# STOCKHOLM 1.0
#=GF ID 3.40.50.1820/FF/115235
#=GF DE Triacylglycerol lipase
#=GF AC 3.40.50.1820/FF/115235
#=GF TP FunFam
#=GF DR CATH: 4.2
#=GF DR DOPS: 92.978
#=GS 1ex9A00/1-285      AC P26876
#=GS 1ex9A00/1-285      OS Pseudomonas aeruginosa PAO1
#=GS 1ex9A00/1-285      DE Lactonizing lipase
#=GS 1ex9A00/1-285      DR CATH; 1ex9; A:1-285; 
#=GS 1ex9A00/1-285      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas aeruginosa; 
#=GS 1ex9A00/1-285      DR GO; GO:0015628; GO:0016298; GO:0043952; 
#=GS 1ex9A00/1-285      DR EC; 3.1.1.3; 
#=GS A0A172PCR4/27-311  AC A0A172PCR4
#=GS A0A172PCR4/27-311  OS Pseudomonas aeruginosa
#=GS A0A172PCR4/27-311  DE Lipase
#=GS A0A172PCR4/27-311  DR GENE3D; 3fe869f054f67a13fbb5438028739590/27-311; 
#=GS A0A172PCR4/27-311  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas aeruginosa; 
#=GS A0A172PCR4/27-311  DR EC; 3.1.1.1; 3.1.1.3; 
#=GS C9YDZ4/42-325      AC C9YDZ4
#=GS C9YDZ4/42-325      OS Curvibacter putative symbiont of Hydra magnipapillata
#=GS C9YDZ4/42-325      DE Lipase
#=GS C9YDZ4/42-325      DR GENE3D; 9d80ac73bd1dfbb873e6268b084aa6c2/42-325; 
#=GS C9YDZ4/42-325      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Comamonadaceae; Curvibacter; Curvibacter putative symbiont of Hydra magnipapillata; 
#=GS C9YDZ4/42-325      DR EC; 3.1.1.3; 4.4.1.8; 
#=GS I3WE68/30-314      AC I3WE68
#=GS I3WE68/30-314      OS Pseudomonas resinovorans
#=GS I3WE68/30-314      DE Lipase
#=GS I3WE68/30-314      DR GENE3D; 78b3b1b6a0403b887d9ce57d06b9199d/30-314; 
#=GS I3WE68/30-314      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas resinovorans; 
#=GS I3WE68/30-314      DR EC; 3.1.1.1; 
#=GS J7JJG8/45-364      AC J7JJG8
#=GS J7JJG8/45-364      OS Burkholderia cepacia GG4
#=GS J7JJG8/45-364      DE Cholesterol esterase
#=GS J7JJG8/45-364      DR GENE3D; a71a1b1afe3fb33ae26be89eee38f9b6/45-364; 
#=GS J7JJG8/45-364      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cepacia; 
#=GS J7JJG8/45-364      DR EC; 2.8.1.8; 
#=GS A8T1Z7/24-308      AC A8T1Z7
#=GS A8T1Z7/24-308      OS Vibrio sp. AND4
#=GS A8T1Z7/24-308      DE Cystathionine beta-lyase
#=GS A8T1Z7/24-308      DR GENE3D; cb5e19cf988ef44ee9ef7a7f55b51dca/24-308; 
#=GS A8T1Z7/24-308      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio harveyi group; Vibrio sp. AND4; 
#=GS A8T1Z7/24-308      DR EC; 4.4.1.8; 
#=GS 1cvlA00/1-319      AC Q05489
#=GS 1cvlA00/1-319      OS Burkholderia glumae
#=GS 1cvlA00/1-319      DE Lipase
#=GS 1cvlA00/1-319      DR CATH; 1cvl; A:1-319; 
#=GS 1cvlA00/1-319      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia glumae; 
#=GS 1cvlA00/1-319      DR GO; GO:0005515; 
#=GS 1cvlA00/1-319      DR EC; 3.1.1.3; 
#=GS 1hqdA00/1-320      AC P22088
#=GS 1hqdA00/1-320      OS Burkholderia cepacia
#=GS 1hqdA00/1-320      DE Lipase
#=GS 1hqdA00/1-320      DR CATH; 1hqd; A:1-320; 
#=GS 1hqdA00/1-320      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cepacia; 
#=GS 1hqdA00/1-320      DR EC; 3.1.1.3; 
#=GS 1ys1X00/1-320      AC P22088
#=GS 1ys1X00/1-320      OS Burkholderia cepacia
#=GS 1ys1X00/1-320      DE Lipase
#=GS 1ys1X00/1-320      DR CATH; 1ys1; X:1-320; 
#=GS 1ys1X00/1-320      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cepacia; 
#=GS 1ys1X00/1-320      DR EC; 3.1.1.3; 
#=GS 1tahA00/1-318      AC Q05489
#=GS 1tahA00/1-318      OS Burkholderia glumae
#=GS 1tahA00/1-318      DE Lipase
#=GS 1tahA00/1-318      DR CATH; 1tah; A:2-319; 
#=GS 1tahA00/1-318      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia glumae; 
#=GS 1tahA00/1-318      DR GO; GO:0005515; 
#=GS 1tahA00/1-318      DR EC; 3.1.1.3; 
#=GS 1tahB00/1-318      AC Q05489
#=GS 1tahB00/1-318      OS Burkholderia glumae
#=GS 1tahB00/1-318      DE Lipase
#=GS 1tahB00/1-318      DR CATH; 1tah; B:2-319; 
#=GS 1tahB00/1-318      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia glumae; 
#=GS 1tahB00/1-318      DR GO; GO:0005515; 
#=GS 1tahB00/1-318      DR EC; 3.1.1.3; 
#=GS 1tahC00/1-318      AC Q05489
#=GS 1tahC00/1-318      OS Burkholderia glumae
#=GS 1tahC00/1-318      DE Lipase
#=GS 1tahC00/1-318      DR CATH; 1tah; C:2-319; 
#=GS 1tahC00/1-318      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia glumae; 
#=GS 1tahC00/1-318      DR GO; GO:0005515; 
#=GS 1tahC00/1-318      DR EC; 3.1.1.3; 
#=GS 1tahD00/1-318      AC Q05489
#=GS 1tahD00/1-318      OS Burkholderia glumae
#=GS 1tahD00/1-318      DE Lipase
#=GS 1tahD00/1-318      DR CATH; 1tah; D:2-319; 
#=GS 1tahD00/1-318      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia glumae; 
#=GS 1tahD00/1-318      DR GO; GO:0005515; 
#=GS 1tahD00/1-318      DR EC; 3.1.1.3; 
#=GS 2es4A00/1-319      AC Q05489
#=GS 2es4A00/1-319      OS Burkholderia glumae
#=GS 2es4A00/1-319      DE Lipase
#=GS 2es4A00/1-319      DR CATH; 2es4; A:1-319; 
#=GS 2es4A00/1-319      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia glumae; 
#=GS 2es4A00/1-319      DR GO; GO:0005515; 
#=GS 2es4A00/1-319      DR EC; 3.1.1.3; 
#=GS 2es4B00/1-319      AC Q05489
#=GS 2es4B00/1-319      OS Burkholderia glumae
#=GS 2es4B00/1-319      DE Lipase
#=GS 2es4B00/1-319      DR CATH; 2es4; B:1-319; 
#=GS 2es4B00/1-319      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia glumae; 
#=GS 2es4B00/1-319      DR GO; GO:0005515; 
#=GS 2es4B00/1-319      DR EC; 3.1.1.3; 
#=GS 1oilA00/1-320      AC P22088
#=GS 1oilA00/1-320      OS Burkholderia cepacia
#=GS 1oilA00/1-320      DE Lipase
#=GS 1oilA00/1-320      DR CATH; 1oil; A:1-320; 
#=GS 1oilA00/1-320      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cepacia; 
#=GS 1oilA00/1-320      DR EC; 3.1.1.3; 
#=GS 1oilB00/1-320      AC P22088
#=GS 1oilB00/1-320      OS Burkholderia cepacia
#=GS 1oilB00/1-320      DE Lipase
#=GS 1oilB00/1-320      DR CATH; 1oil; B:1-320; 
#=GS 1oilB00/1-320      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cepacia; 
#=GS 1oilB00/1-320      DR EC; 3.1.1.3; 
#=GS 1ys2X00/1-320      AC P22088
#=GS 1ys2X00/1-320      OS Burkholderia cepacia
#=GS 1ys2X00/1-320      DE Lipase
#=GS 1ys2X00/1-320      DR CATH; 1ys2; X:1-320; 
#=GS 1ys2X00/1-320      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cepacia; 
#=GS 1ys2X00/1-320      DR EC; 3.1.1.3; 
#=GS 2lipA00/1-320      AC P22088
#=GS 2lipA00/1-320      OS Burkholderia cepacia
#=GS 2lipA00/1-320      DE Lipase
#=GS 2lipA00/1-320      DR CATH; 2lip; A:1-320; 
#=GS 2lipA00/1-320      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cepacia; 
#=GS 2lipA00/1-320      DR EC; 3.1.1.3; 
#=GS 2nw6A00/1-320      AC P22088
#=GS 2nw6A00/1-320      OS Burkholderia cepacia
#=GS 2nw6A00/1-320      DE Lipase
#=GS 2nw6A00/1-320      DR CATH; 2nw6; A:1-320; 
#=GS 2nw6A00/1-320      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cepacia; 
#=GS 2nw6A00/1-320      DR EC; 3.1.1.3; 
#=GS 3lipA00/1-320      AC P22088
#=GS 3lipA00/1-320      OS Burkholderia cepacia
#=GS 3lipA00/1-320      DE Lipase
#=GS 3lipA00/1-320      DR CATH; 3lip; A:1-320; 
#=GS 3lipA00/1-320      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cepacia; 
#=GS 3lipA00/1-320      DR EC; 3.1.1.3; 
#=GS 4lipD00/1-320      AC P22088
#=GS 4lipD00/1-320      OS Burkholderia cepacia
#=GS 4lipD00/1-320      DE Lipase
#=GS 4lipD00/1-320      DR CATH; 4lip; D:2-320; 
#=GS 4lipD00/1-320      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cepacia; 
#=GS 4lipD00/1-320      DR EC; 3.1.1.3; 
#=GS 4lipE00/1-320      AC P22088
#=GS 4lipE00/1-320      OS Burkholderia cepacia
#=GS 4lipE00/1-320      DE Lipase
#=GS 4lipE00/1-320      DR CATH; 4lip; E:2-320; 
#=GS 4lipE00/1-320      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cepacia; 
#=GS 4lipE00/1-320      DR EC; 3.1.1.3; 
#=GS 5lipA00/1-320      AC P22088
#=GS 5lipA00/1-320      OS Burkholderia cepacia
#=GS 5lipA00/1-320      DE Lipase
#=GS 5lipA00/1-320      DR CATH; 5lip; A:1-320; 
#=GS 5lipA00/1-320      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cepacia; 
#=GS 5lipA00/1-320      DR EC; 3.1.1.3; 
#=GS P15493/30-312      AC P15493
#=GS P15493/30-312      OS Vibrio cholerae O1 biovar El Tor str. N16961
#=GS P15493/30-312      DE Lipase
#=GS P15493/30-312      DR GENE3D; 3c217ce1e50ffae66d092bdb6da306d8/30-312; 
#=GS P15493/30-312      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio cholerae; 
#=GS P15493/30-312      DR GO; GO:0004806; GO:0016042; 
#=GS P15493/30-312      DR EC; 3.1.1.3; 
#=GS Q3JKC4/45-364      AC Q3JKC4
#=GS Q3JKC4/45-364      OS Burkholderia pseudomallei 1710b
#=GS Q3JKC4/45-364      DE Lipase
#=GS Q3JKC4/45-364      DR GENE3D; 2ec5e7a3955e0e408945eb0383e42030/45-364; 
#=GS Q3JKC4/45-364      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; pseudomallei group; Burkholderia pseudomallei; 
#=GS Q3JKC4/45-364      DR EC; 3.1.1.3; 
#=GS A0KFL9/50-333      AC A0KFL9
#=GS A0KFL9/50-333      OS Aeromonas hydrophila subsp. hydrophila ATCC 7966
#=GS A0KFL9/50-333      DE Lipase
#=GS A0KFL9/50-333      DR GENE3D; f8adec16acc4d9febd533436a4fda48e/50-333; 
#=GS A0KFL9/50-333      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Aeromonadales; Aeromonadaceae; Aeromonas; Aeromonas hydrophila; Aeromonas hydrophila subsp. hydrophila; 
#=GS A0KFL9/50-333      DR EC; 3.1.1.3; 
#=GS B3GVV8/27-311      AC B3GVV8
#=GS B3GVV8/27-311      OS Pseudomonas sp. 42A2
#=GS B3GVV8/27-311      DE Triacylglycerol lipase A
#=GS B3GVV8/27-311      DR GENE3D; 3fe869f054f67a13fbb5438028739590/27-311; 
#=GS B3GVV8/27-311      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas sp. 42A2; 
#=GS B3GVV8/27-311      DR EC; 3.1.1.1; 3.1.1.3; 
#=GS P26876/27-311      AC P26876
#=GS P26876/27-311      OS Pseudomonas aeruginosa PAO1
#=GS P26876/27-311      DE Lactonizing lipase
#=GS P26876/27-311      DR GENE3D; 47944d01f8053c6e496f63bc1403ab58/27-311; 
#=GS P26876/27-311      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas aeruginosa; 
#=GS P26876/27-311      DR GO; GO:0015628; GO:0016298; GO:0043952; 
#=GS P26876/27-311      DR EC; 3.1.1.3; 
#=GS Q05489/40-358      AC Q05489
#=GS Q05489/40-358      OS Burkholderia glumae
#=GS Q05489/40-358      DE Lipase
#=GS Q05489/40-358      DR GENE3D; 5c8dde98115d1123631718c96d00cb19/40-358; 
#=GS Q05489/40-358      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia glumae; 
#=GS Q05489/40-358      DR GO; GO:0005515; 
#=GS Q05489/40-358      DR EC; 3.1.1.3; 
#=GS A0A125MMR3/30-314  AC A0A125MMR3
#=GS A0A125MMR3/30-314  OS Lysobacter capsici AZ78
#=GS A0A125MMR3/30-314  DE Lipase
#=GS A0A125MMR3/30-314  DR GENE3D; 04bf42955ec32be9ef7a6fb07dc3907b/30-314; 
#=GS A0A125MMR3/30-314  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Xanthomonadales; Xanthomonadaceae; Lysobacter; Lysobacter capsici; 
#=GS A0A125MMR3/30-314  DR EC; 3.1.1.3; 
#=GS B3VLA7/45-364      AC B3VLA7
#=GS B3VLA7/45-364      OS Burkholderia cenocepacia
#=GS B3VLA7/45-364      DE Triacylglycerol lipase
#=GS B3VLA7/45-364      DR GENE3D; 04f6cf3e7cc020fd6498eb8cc32383e2/45-364; 
#=GS B3VLA7/45-364      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cenocepacia; 
#=GS B3VLA7/45-364      DR EC; 3.1.1.3; 
#=GS A0A095RXB9/45-364  AC A0A095RXB9
#=GS A0A095RXB9/45-364  OS Burkholderia pseudomallei
#=GS A0A095RXB9/45-364  DE Lipoyl synthase
#=GS A0A095RXB9/45-364  DR GENE3D; 0515ad23d374fda87d822e1495e25739/45-364; 
#=GS A0A095RXB9/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; pseudomallei group; Burkholderia pseudomallei; 
#=GS A0A095RXB9/45-364  DR EC; 3.1.1.3; 
#=GS B1Z1J5/45-364      AC B1Z1J5
#=GS B1Z1J5/45-364      OS Burkholderia ambifaria MC40-6
#=GS B1Z1J5/45-364      DE Triacylglycerol lipase
#=GS B1Z1J5/45-364      DR GENE3D; 0c210849bbd03cb23cdb76564f17724c/45-364; 
#=GS B1Z1J5/45-364      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia ambifaria; 
#=GS B1Z1J5/45-364      DR EC; 3.1.1.3; 
#=GS A0A0B2D0E2/46-331  AC A0A0B2D0E2
#=GS A0A0B2D0E2/46-331  OS Pseudomonas flexibilis
#=GS A0A0B2D0E2/46-331  DE Lactonizing lipase
#=GS A0A0B2D0E2/46-331  DR GENE3D; 137e5b36df19fb8744624cee0113de6c/46-331; 
#=GS A0A0B2D0E2/46-331  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas flexibilis; 
#=GS A0A0B2D0E2/46-331  DR EC; 3.1.1.3; 
#=GS Q9X5I2/27-311      AC Q9X5I2
#=GS Q9X5I2/27-311      OS Pseudomonas sp. KFCC10818
#=GS Q9X5I2/27-311      DE Lipase
#=GS Q9X5I2/27-311      DR GENE3D; 145624008b18eea122cc3c7c47435f14/27-311; 
#=GS Q9X5I2/27-311      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas sp. KFCC10818; 
#=GS Q9X5I2/27-311      DR EC; 3.1.1.3; 
#=GS F8H9H4/29-311      AC F8H9H4
#=GS F8H9H4/29-311      OS Pseudomonas stutzeri
#=GS F8H9H4/29-311      DE Lipase
#=GS F8H9H4/29-311      DR GENE3D; 154609ea51974956630d1c7a10900cbe/29-311; 
#=GS F8H9H4/29-311      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas stutzeri group; Pseudomonas stutzeri subgroup; Pseudomonas stutzeri; 
#=GS F8H9H4/29-311      DR EC; 3.1.1.3; 
#=GS A0A0T8L331/29-311  AC A0A0T8L331
#=GS A0A0T8L331/29-311  OS Streptococcus pneumoniae
#=GS A0A0T8L331/29-311  DE Lactonizing lipase
#=GS A0A0T8L331/29-311  DR GENE3D; 154609ea51974956630d1c7a10900cbe/29-311; 
#=GS A0A0T8L331/29-311  DR ORG; Bacteria; Firmicutes; Bacilli; Lactobacillales; Streptococcaceae; Streptococcus; Streptococcus pneumoniae; 
#=GS A0A0T8L331/29-311  DR EC; 3.1.1.3; 
#=GS A4VL36/29-311      AC A4VL36
#=GS A4VL36/29-311      OS Pseudomonas stutzeri A1501
#=GS A4VL36/29-311      DE Lipase LipC
#=GS A4VL36/29-311      DR GENE3D; 154609ea51974956630d1c7a10900cbe/29-311; 
#=GS A4VL36/29-311      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas stutzeri group; Pseudomonas stutzeri subgroup; Pseudomonas stutzeri; 
#=GS A4VL36/29-311      DR EC; 3.1.1.3; 
#=GS F2MYZ1/29-311      AC F2MYZ1
#=GS F2MYZ1/29-311      OS Pseudomonas stutzeri DSM 4166
#=GS F2MYZ1/29-311      DE LipC protein
#=GS F2MYZ1/29-311      DR GENE3D; 154609ea51974956630d1c7a10900cbe/29-311; 
#=GS F2MYZ1/29-311      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas stutzeri group; Pseudomonas stutzeri subgroup; Pseudomonas stutzeri; 
#=GS F2MYZ1/29-311      DR EC; 3.1.1.3; 
#=GS S6K0N8/29-311      AC S6K0N8
#=GS S6K0N8/29-311      OS Pseudomonas stutzeri B1SMN1
#=GS S6K0N8/29-311      DE Lipase LipC
#=GS S6K0N8/29-311      DR GENE3D; 154609ea51974956630d1c7a10900cbe/29-311; 
#=GS S6K0N8/29-311      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas stutzeri group; Pseudomonas stutzeri subgroup; Pseudomonas stutzeri; 
#=GS S6K0N8/29-311      DR EC; 3.1.1.3; 
#=GS A0A1G3DKG4/29-311  AC A0A1G3DKG4
#=GS A0A1G3DKG4/29-311  OS Pseudomonadales bacterium RIFCSPHIGHO2_01_FULL_64_12
#=GS A0A1G3DKG4/29-311  DE Lipase
#=GS A0A1G3DKG4/29-311  DR GENE3D; 154609ea51974956630d1c7a10900cbe/29-311; 
#=GS A0A1G3DKG4/29-311  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadales bacterium RIFCSPHIGHO2_01_FULL_64_12; 
#=GS A0A1G3DKG4/29-311  DR EC; 3.1.1.3; 
#=GS Q5U9G2/46-364      AC Q5U9G2
#=GS Q5U9G2/46-364      OS Burkholderia sp. MC16-3
#=GS Q5U9G2/46-364      DE Lipase
#=GS Q5U9G2/46-364      DR GENE3D; 1716a114042d956ad34cec17e415e5b2/46-364; 
#=GS Q5U9G2/46-364      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia sp. MC16-3; 
#=GS Q5U9G2/46-364      DR EC; 3.1.1.3; 
#=GS P22088/46-364      AC P22088
#=GS P22088/46-364      OS Burkholderia cepacia
#=GS P22088/46-364      DE Lipase
#=GS P22088/46-364      DR GENE3D; 17ce7a364fdbc0ac344b3a770d66353c/46-364; 
#=GS P22088/46-364      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cepacia; 
#=GS P22088/46-364      DR EC; 3.1.1.3; 
#=GS A0A0F6L4P4/45-364  AC A0A0F6L4P4
#=GS A0A0F6L4P4/45-364  OS Burkholderia pseudomallei MSHR4000
#=GS A0A0F6L4P4/45-364  DE Lipase
#=GS A0A0F6L4P4/45-364  DR GENE3D; 192b55b9e59ae69e0ba91d66e256582a/45-364; 
#=GS A0A0F6L4P4/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; pseudomallei group; Burkholderia pseudomallei; 
#=GS A0A0F6L4P4/45-364  DR EC; 3.1.1.3; 
#=GS A0A0H5KSC3/45-364  AC A0A0H5KSC3
#=GS A0A0H5KSC3/45-364  OS Burkholderia pseudomallei
#=GS A0A0H5KSC3/45-364  DE Lipase
#=GS A0A0H5KSC3/45-364  DR GENE3D; 192b55b9e59ae69e0ba91d66e256582a/45-364; 
#=GS A0A0H5KSC3/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; pseudomallei group; Burkholderia pseudomallei; 
#=GS A0A0H5KSC3/45-364  DR EC; 3.1.1.3; 
#=GS A0A0I9SJ52/29-311  AC A0A0I9SJ52
#=GS A0A0I9SJ52/29-311  OS Pseudomonas sp. BICA1-14
#=GS A0A0I9SJ52/29-311  DE Lactonizing lipase
#=GS A0A0I9SJ52/29-311  DR GENE3D; 1ba8f45357a093b3fa9fd3ceeb7721c2/29-311; 
#=GS A0A0I9SJ52/29-311  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas stutzeri group; Pseudomonas sp. BICA1-14; 
#=GS A0A0I9SJ52/29-311  DR EC; 3.1.1.3; 
#=GS A0A1C2KCA1/29-311  AC A0A1C2KCA1
#=GS A0A1C2KCA1/29-311  OS Pseudomonas sp. K35
#=GS A0A1C2KCA1/29-311  DE Lipase
#=GS A0A1C2KCA1/29-311  DR GENE3D; 1ba8f45357a093b3fa9fd3ceeb7721c2/29-311; 
#=GS A0A1C2KCA1/29-311  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas sp. K35; 
#=GS A0A1C2KCA1/29-311  DR EC; 3.1.1.3; 
#=GS A0A098FP14/29-311  AC A0A098FP14
#=GS A0A098FP14/29-311  OS Pseudomonas xanthomarina
#=GS A0A098FP14/29-311  DE Lipase
#=GS A0A098FP14/29-311  DR GENE3D; 1ba8f45357a093b3fa9fd3ceeb7721c2/29-311; 
#=GS A0A098FP14/29-311  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas stutzeri group; Pseudomonas xanthomarina; 
#=GS A0A098FP14/29-311  DR EC; 3.1.1.3; 
#=GS A0A090IJL4/30-313  AC A0A090IJL4
#=GS A0A090IJL4/30-313  OS Moritella viscosa
#=GS A0A090IJL4/30-313  DE Lipase
#=GS A0A090IJL4/30-313  DR GENE3D; 1dacecd89ba76ab99265cc1576e000c4/30-313; 
#=GS A0A090IJL4/30-313  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Alteromonadales; Moritellaceae; Moritella; Moritella viscosa; 
#=GS A0A090IJL4/30-313  DR EC; 3.1.1.3; 
#=GS A0A1B4K2U7/45-364  AC A0A1B4K2U7
#=GS A0A1B4K2U7/45-364  OS Burkholderia thailandensis
#=GS A0A1B4K2U7/45-364  DE Alpha/beta hydrolase
#=GS A0A1B4K2U7/45-364  DR GENE3D; 1fb22787bf490d7b16be389e12a16409/45-364; 
#=GS A0A1B4K2U7/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; pseudomallei group; Burkholderia thailandensis; 
#=GS A0A1B4K2U7/45-364  DR EC; 3.1.1.3; 
#=GS Q2T7L1/45-364      AC Q2T7L1
#=GS Q2T7L1/45-364      OS Burkholderia thailandensis E264
#=GS Q2T7L1/45-364      DE Lipase
#=GS Q2T7L1/45-364      DR GENE3D; 1fb22787bf490d7b16be389e12a16409/45-364; 
#=GS Q2T7L1/45-364      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; pseudomallei group; Burkholderia thailandensis; 
#=GS Q2T7L1/45-364      DR EC; 3.1.1.3; 
#=GS B1TA42/45-363      AC B1TA42
#=GS B1TA42/45-363      OS Burkholderia ambifaria MEX-5
#=GS B1TA42/45-363      DE Triacylglycerol lipase
#=GS B1TA42/45-363      DR GENE3D; 226b0976dc40c3605b30715e9737e9a8/45-363; 
#=GS B1TA42/45-363      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia ambifaria; 
#=GS B1TA42/45-363      DR EC; 3.1.1.3; 
#=GS A0A0E4CFQ2/30-312  AC A0A0E4CFQ2
#=GS A0A0E4CFQ2/30-312  OS Vibrio cholerae
#=GS A0A0E4CFQ2/30-312  DE Lipase
#=GS A0A0E4CFQ2/30-312  DR GENE3D; 24552b62f69c073f6b5f056dd55da499/30-312; 
#=GS A0A0E4CFQ2/30-312  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio cholerae; 
#=GS A0A0E4CFQ2/30-312  DR EC; 3.1.1.3; 
#=GS A0A0X1L285/57-339  AC A0A0X1L285
#=GS A0A0X1L285/57-339  OS Vibrio cholerae MO10
#=GS A0A0X1L285/57-339  DE Lactonizing lipase
#=GS A0A0X1L285/57-339  DR GENE3D; 286a8c03ad81e03d68f207437728629d/57-339; 
#=GS A0A0X1L285/57-339  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio cholerae; 
#=GS A0A0X1L285/57-339  DR EC; 3.1.1.3; 
#=GS A0A0H6FFS9/57-339  AC A0A0H6FFS9
#=GS A0A0H6FFS9/57-339  OS Vibrio cholerae
#=GS A0A0H6FFS9/57-339  DE Lipase
#=GS A0A0H6FFS9/57-339  DR GENE3D; 286a8c03ad81e03d68f207437728629d/57-339; 
#=GS A0A0H6FFS9/57-339  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio cholerae; 
#=GS A0A0H6FFS9/57-339  DR EC; 3.1.1.3; 
#=GS A0A0H3AEQ5/57-339  AC A0A0H3AEQ5
#=GS A0A0H3AEQ5/57-339  OS Vibrio cholerae O395
#=GS A0A0H3AEQ5/57-339  DE Lactonizing lipase
#=GS A0A0H3AEQ5/57-339  DR GENE3D; 286a8c03ad81e03d68f207437728629d/57-339; 
#=GS A0A0H3AEQ5/57-339  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio cholerae; 
#=GS A0A0H3AEQ5/57-339  DR EC; 3.1.1.3; 
#=GS A0A0H3Q6Y6/57-339  AC A0A0H3Q6Y6
#=GS A0A0H3Q6Y6/57-339  OS Vibrio cholerae B33
#=GS A0A0H3Q6Y6/57-339  DE Lipase
#=GS A0A0H3Q6Y6/57-339  DR GENE3D; 286a8c03ad81e03d68f207437728629d/57-339; 
#=GS A0A0H3Q6Y6/57-339  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio cholerae; 
#=GS A0A0H3Q6Y6/57-339  DR EC; 3.1.1.3; 
#=GS C3LUP1/57-339      AC C3LUP1
#=GS C3LUP1/57-339      OS Vibrio cholerae M66-2
#=GS C3LUP1/57-339      DE Lactonizing lipase
#=GS C3LUP1/57-339      DR GENE3D; 286a8c03ad81e03d68f207437728629d/57-339; 
#=GS C3LUP1/57-339      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio cholerae; 
#=GS C3LUP1/57-339      DR EC; 3.1.1.3; 
#=GS A0A0H2XWD4/45-364  AC A0A0H2XWD4
#=GS A0A0H2XWD4/45-364  OS Burkholderia cenocepacia AU 1054
#=GS A0A0H2XWD4/45-364  DE Triacylglycerol lipase
#=GS A0A0H2XWD4/45-364  DR GENE3D; 291689a802dfd0dff7f62c7d9cba7f02/45-364; 
#=GS A0A0H2XWD4/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cenocepacia; 
#=GS A0A0H2XWD4/45-364  DR EC; 3.1.1.3; 
#=GS K6ZR22/23-307      AC K6ZR22
#=GS K6ZR22/23-307      OS Paraglaciecola polaris LMG 21857
#=GS K6ZR22/23-307      DE Triacylglycerol lipase
#=GS K6ZR22/23-307      DR GENE3D; 2a6ef90800f0654573adc683df3b1755/23-307; 
#=GS K6ZR22/23-307      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Alteromonadales; Alteromonadaceae; Paraglaciecola; Paraglaciecola polaris; 
#=GS K6ZR22/23-307      DR EC; 3.1.1.3; 
#=GS A0A128F8Z4/30-312  AC A0A128F8Z4
#=GS A0A128F8Z4/30-312  OS Grimontia celer
#=GS A0A128F8Z4/30-312  DE Lactonizing lipase
#=GS A0A128F8Z4/30-312  DR GENE3D; 2b88104edad6f97ad9792adc600c0491/30-312; 
#=GS A0A128F8Z4/30-312  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Grimontia; Grimontia celer; 
#=GS A0A128F8Z4/30-312  DR EC; 3.1.1.3; 
#=GS A0A0H3HWA8/45-364  AC A0A0H3HWA8
#=GS A0A0H3HWA8/45-364  OS Burkholderia pseudomallei 1026b
#=GS A0A0H3HWA8/45-364  DE Lipase
#=GS A0A0H3HWA8/45-364  DR GENE3D; 2ec5e7a3955e0e408945eb0383e42030/45-364; 
#=GS A0A0H3HWA8/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; pseudomallei group; Burkholderia pseudomallei; 
#=GS A0A0H3HWA8/45-364  DR EC; 3.1.1.3; 
#=GS A0A069BB28/45-364  AC A0A069BB28
#=GS A0A069BB28/45-364  OS Burkholderia pseudomallei
#=GS A0A069BB28/45-364  DE Alpha/beta hydrolase
#=GS A0A069BB28/45-364  DR GENE3D; 2ec5e7a3955e0e408945eb0383e42030/45-364; 
#=GS A0A069BB28/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; pseudomallei group; Burkholderia pseudomallei; 
#=GS A0A069BB28/45-364  DR EC; 3.1.1.3; 
#=GS A0A0F6G6X0/45-364  AC A0A0F6G6X0
#=GS A0A0F6G6X0/45-364  OS Burkholderia pseudomallei MSHR2543
#=GS A0A0F6G6X0/45-364  DE Lipase
#=GS A0A0F6G6X0/45-364  DR GENE3D; 2ec5e7a3955e0e408945eb0383e42030/45-364; 
#=GS A0A0F6G6X0/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; pseudomallei group; Burkholderia pseudomallei; 
#=GS A0A0F6G6X0/45-364  DR EC; 3.1.1.3; 
#=GS Q63JH5/45-364      AC Q63JH5
#=GS Q63JH5/45-364      OS Burkholderia pseudomallei K96243
#=GS Q63JH5/45-364      DE Lipase
#=GS Q63JH5/45-364      DR GENE3D; 2ec5e7a3955e0e408945eb0383e42030/45-364; 
#=GS Q63JH5/45-364      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; pseudomallei group; Burkholderia pseudomallei; 
#=GS Q63JH5/45-364      DR EC; 3.1.1.3; 
#=GS C2HYF2/57-339      AC C2HYF2
#=GS C2HYF2/57-339      OS Vibrio albensis VL426
#=GS C2HYF2/57-339      DE Lipase
#=GS C2HYF2/57-339      DR GENE3D; 2eca56685d46202f4f1aaa75ed27b9db/57-339; 
#=GS C2HYF2/57-339      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio albensis; 
#=GS C2HYF2/57-339      DR EC; 3.1.1.3; 
#=GS A6AS17/25-308      AC A6AS17
#=GS A6AS17/25-308      OS Vibrio campbellii HY01
#=GS A6AS17/25-308      DE Lipase
#=GS A6AS17/25-308      DR GENE3D; 30a197479d8ca1bd541c503a79d9bab2/25-308; 
#=GS A6AS17/25-308      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio harveyi group; Vibrio campbellii; 
#=GS A6AS17/25-308      DR EC; 3.1.1.3; 
#=GS A0A1E7VL78/29-302  AC A0A1E7VL78
#=GS A0A1E7VL78/29-302  OS Janthinobacterium lividum
#=GS A0A1E7VL78/29-302  DE Lactonizing lipase
#=GS A0A1E7VL78/29-302  DR GENE3D; 3162b31d3b3bfd92abc4ca5bbcdb4b1e/29-302; 
#=GS A0A1E7VL78/29-302  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Oxalobacteraceae; Janthinobacterium; Janthinobacterium lividum; 
#=GS A0A1E7VL78/29-302  DR EC; 3.1.1.3; 
#=GS A0A0S2G3D7/30-314  AC A0A0S2G3D7
#=GS A0A0S2G3D7/30-314  OS Lysobacter gummosus
#=GS A0A0S2G3D7/30-314  DE Lactonizing lipase
#=GS A0A0S2G3D7/30-314  DR GENE3D; 32b678cf6ef8f7ab03de1cc9d49bec4a/30-314; 
#=GS A0A0S2G3D7/30-314  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Xanthomonadales; Xanthomonadaceae; Lysobacter; Lysobacter gummosus; 
#=GS A0A0S2G3D7/30-314  DR EC; 3.1.1.3; 
#=GS A0A0H3KKZ3/45-364  AC A0A0H3KKZ3
#=GS A0A0H3KKZ3/45-364  OS Burkholderia multivorans ATCC 17616
#=GS A0A0H3KKZ3/45-364  DE Triacylglycerol lipase
#=GS A0A0H3KKZ3/45-364  DR GENE3D; 33c97fe00299d9d4bbbe5f74ef38ca08/45-364; 
#=GS A0A0H3KKZ3/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia multivorans; 
#=GS A0A0H3KKZ3/45-364  DR EC; 3.1.1.3; 
#=GS A0A0D6SZK4/27-310  AC A0A0D6SZK4
#=GS A0A0D6SZK4/27-310  OS Pseudomonas sp. FeS53a
#=GS A0A0D6SZK4/27-310  DE Lipase
#=GS A0A0D6SZK4/27-310  DR GENE3D; 35342e60cce910719d4d147a712437f9/27-310; 
#=GS A0A0D6SZK4/27-310  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas sp. FeS53a; 
#=GS A0A0D6SZK4/27-310  DR EC; 3.1.1.3; 
#=GS A0A0T7DJ96/30-313  AC A0A0T7DJ96
#=GS A0A0T7DJ96/30-313  OS Vibrio crassostreae
#=GS A0A0T7DJ96/30-313  DE Lipase
#=GS A0A0T7DJ96/30-313  DR GENE3D; 3b20d3e2a5b504809237f41a20f86224/30-313; 
#=GS A0A0T7DJ96/30-313  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio crassostreae; 
#=GS A0A0T7DJ96/30-313  DR EC; 3.1.1.3; 
#=GS A1TUU1/37-318      AC A1TUU1
#=GS A1TUU1/37-318      OS Acidovorax citrulli AAC00-1
#=GS A1TUU1/37-318      DE Triacylglycerol lipase
#=GS A1TUU1/37-318      DR GENE3D; 3b3d51965f3b905317c05bc979c95f40/37-318; 
#=GS A1TUU1/37-318      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Comamonadaceae; Acidovorax; Acidovorax citrulli; 
#=GS A1TUU1/37-318      DR EC; 3.1.1.3; 
#=GS A0A0K9UUT9/30-312  AC A0A0K9UUT9
#=GS A0A0K9UUT9/30-312  OS Vibrio cholerae 2740-80
#=GS A0A0K9UUT9/30-312  DE Triacylglycerol lipase
#=GS A0A0K9UUT9/30-312  DR GENE3D; 3c217ce1e50ffae66d092bdb6da306d8/30-312; 
#=GS A0A0K9UUT9/30-312  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio cholerae; 
#=GS A0A0K9UUT9/30-312  DR EC; 3.1.1.3; 
#=GS A0A085SK61/30-312  AC A0A085SK61
#=GS A0A085SK61/30-312  OS Vibrio cholerae
#=GS A0A085SK61/30-312  DE Lactonizing lipase
#=GS A0A085SK61/30-312  DR GENE3D; 3c217ce1e50ffae66d092bdb6da306d8/30-312; 
#=GS A0A085SK61/30-312  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio cholerae; 
#=GS A0A085SK61/30-312  DR EC; 3.1.1.3; 
#=GS V9ZWU9/20-303      AC V9ZWU9
#=GS V9ZWU9/20-303      OS Aeromonas hydrophila 4AK4
#=GS V9ZWU9/20-303      DE Lipase
#=GS V9ZWU9/20-303      DR GENE3D; 438b84a71dfb09c3b61e6a6bc68ae9bc/20-303; 
#=GS V9ZWU9/20-303      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Aeromonadales; Aeromonadaceae; Aeromonas; Aeromonas hydrophila; 
#=GS V9ZWU9/20-303      DR EC; 3.1.1.3; 
#=GS B9B7G1/109-428     AC B9B7G1
#=GS B9B7G1/109-428     OS Burkholderia multivorans CGD1
#=GS B9B7G1/109-428     DE Lipase (Triacylglycerol lipase)
#=GS B9B7G1/109-428     DR GENE3D; 45a8550f2b179eac8c223f60d09bc6cf/109-428; 
#=GS B9B7G1/109-428     DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia multivorans; 
#=GS B9B7G1/109-428     DR EC; 3.1.1.3; 
#=GS A0A157WLA0/27-311  AC A0A157WLA0
#=GS A0A157WLA0/27-311  OS Enterobacter cloacae
#=GS A0A157WLA0/27-311  DE Lactonizing lipase
#=GS A0A157WLA0/27-311  DR GENE3D; 47944d01f8053c6e496f63bc1403ab58/27-311; 
#=GS A0A157WLA0/27-311  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Enterobacterales; Enterobacteriaceae; Enterobacter; Enterobacter cloacae complex; Enterobacter cloacae; 
#=GS A0A157WLA0/27-311  DR EC; 3.1.1.3; 
#=GS A0A1F0J6X2/27-311  AC A0A1F0J6X2
#=GS A0A1F0J6X2/27-311  OS Pseudomonas sp. HMSC065H01
#=GS A0A1F0J6X2/27-311  DE Lipase
#=GS A0A1F0J6X2/27-311  DR GENE3D; 47944d01f8053c6e496f63bc1403ab58/27-311; 
#=GS A0A1F0J6X2/27-311  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas sp. HMSC065H01; 
#=GS A0A1F0J6X2/27-311  DR EC; 3.1.1.3; 
#=GS V6ADF1/27-311      AC V6ADF1
#=GS V6ADF1/27-311      OS Pseudomonas aeruginosa MH27
#=GS V6ADF1/27-311      DE Lactonizing lipase
#=GS V6ADF1/27-311      DR GENE3D; 47944d01f8053c6e496f63bc1403ab58/27-311; 
#=GS V6ADF1/27-311      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas aeruginosa; 
#=GS V6ADF1/27-311      DR EC; 3.1.1.3; 
#=GS A0A0H2ZCK8/27-311  AC A0A0H2ZCK8
#=GS A0A0H2ZCK8/27-311  OS Pseudomonas aeruginosa UCBPP-PA14
#=GS A0A0H2ZCK8/27-311  DE Lactonizing lipase
#=GS A0A0H2ZCK8/27-311  DR GENE3D; 47944d01f8053c6e496f63bc1403ab58/27-311; 
#=GS A0A0H2ZCK8/27-311  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas aeruginosa; 
#=GS A0A0H2ZCK8/27-311  DR EC; 3.1.1.3; 
#=GS A0A0P1D9T8/27-311  AC A0A0P1D9T8
#=GS A0A0P1D9T8/27-311  OS Pseudomonas aeruginosa DK1
#=GS A0A0P1D9T8/27-311  DE Lactonizing lipase
#=GS A0A0P1D9T8/27-311  DR GENE3D; 47944d01f8053c6e496f63bc1403ab58/27-311; 
#=GS A0A0P1D9T8/27-311  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas aeruginosa; 
#=GS A0A0P1D9T8/27-311  DR EC; 3.1.1.3; 
#=GS Q6B4I3/27-311      AC Q6B4I3
#=GS Q6B4I3/27-311      OS Pseudomonas aeruginosa
#=GS Q6B4I3/27-311      DE Lipase
#=GS Q6B4I3/27-311      DR GENE3D; 47944d01f8053c6e496f63bc1403ab58/27-311; 
#=GS Q6B4I3/27-311      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas aeruginosa; 
#=GS Q6B4I3/27-311      DR EC; 3.1.1.3; 
#=GS A0A128FIL3/30-313  AC A0A128FIL3
#=GS A0A128FIL3/30-313  OS Grimontia marina
#=GS A0A128FIL3/30-313  DE Lactonizing lipase
#=GS A0A128FIL3/30-313  DR GENE3D; 4800e929d105f8ed5da4e567e7f377a2/30-313; 
#=GS A0A128FIL3/30-313  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Grimontia; Grimontia marina; 
#=GS A0A128FIL3/30-313  DR EC; 3.1.1.3; 
#=GS A0A0S2DDK4/30-314  AC A0A0S2DDK4
#=GS A0A0S2DDK4/30-314  OS Lysobacter enzymogenes
#=GS A0A0S2DDK4/30-314  DE Lipase (Triacylglycerol lipase)
#=GS A0A0S2DDK4/30-314  DR GENE3D; 4a30e57585c55e57b6188e2624de8ca8/30-314; 
#=GS A0A0S2DDK4/30-314  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Xanthomonadales; Xanthomonadaceae; Lysobacter; Lysobacter enzymogenes; 
#=GS A0A0S2DDK4/30-314  DR EC; 3.1.1.3; 
#=GS A0A1L9JBC6/18-302  AC A0A1L9JBC6
#=GS A0A1L9JBC6/18-302  OS Vibrio vulnificus
#=GS A0A1L9JBC6/18-302  DE Lactonizing lipase
#=GS A0A1L9JBC6/18-302  DR GENE3D; 4ac3b3fd5b7e65298b279b6491126729/18-302; 
#=GS A0A1L9JBC6/18-302  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio vulnificus; 
#=GS A0A1L9JBC6/18-302  DR EC; 3.1.1.3; 
#=GS A0A088UBS2/45-363  AC A0A088UBS2
#=GS A0A088UBS2/45-363  OS Burkholderia cepacia ATCC 25416
#=GS A0A088UBS2/45-363  DE Lipase
#=GS A0A088UBS2/45-363  DR GENE3D; 4e8f1c191a8f0eb3a31bba7582796c7f/45-363; 
#=GS A0A088UBS2/45-363  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cepacia; 
#=GS A0A088UBS2/45-363  DR EC; 3.1.1.3; 
#=GS A0A0N9HLH6/45-364  AC A0A0N9HLH6
#=GS A0A0N9HLH6/45-364  OS Burkholderia cepacia
#=GS A0A0N9HLH6/45-364  DE Lipase
#=GS A0A0N9HLH6/45-364  DR GENE3D; 4f203a2f797e6b8891471d5909c51f6f/45-364; 
#=GS A0A0N9HLH6/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cepacia; 
#=GS A0A0N9HLH6/45-364  DR EC; 3.1.1.3; 
#=GS L8MIV8/30-314      AC L8MIV8
#=GS L8MIV8/30-314      OS Pseudomonas pseudoalcaligenes KF707 = NBRC 110670
#=GS L8MIV8/30-314      DE Lipase
#=GS L8MIV8/30-314      DR GENE3D; 4fdc818758bb1749747256777a0a68cb/30-314; 
#=GS L8MIV8/30-314      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas oleovorans/pseudoalcaligenes group; Pseudomonas pseudoalcaligenes; 
#=GS L8MIV8/30-314      DR EC; 3.1.1.3; 
#=GS Q393T2/45-364      AC Q393T2
#=GS Q393T2/45-364      OS Burkholderia lata
#=GS Q393T2/45-364      DE Triacylglycerol lipase
#=GS Q393T2/45-364      DR GENE3D; 50335ddec404df13f18f6c43f862ead1/45-364; 
#=GS Q393T2/45-364      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia lata; 
#=GS Q393T2/45-364      DR EC; 3.1.1.3; 
#=GS E7CY80/46-364      AC E7CY80
#=GS E7CY80/46-364      OS Burkholderia cepacia
#=GS E7CY80/46-364      DE LipA
#=GS E7CY80/46-364      DR GENE3D; 50c5ac48d0235105e548ff4a03b0cbc9/46-364; 
#=GS E7CY80/46-364      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cepacia; 
#=GS E7CY80/46-364      DR EC; 3.1.1.3; 
#=GS B1K3P3/45-364      AC B1K3P3
#=GS B1K3P3/45-364      OS Burkholderia cenocepacia MC0-3
#=GS B1K3P3/45-364      DE Triacylglycerol lipase
#=GS B1K3P3/45-364      DR GENE3D; 5156fdbd666d5d273ae6219edb548574/45-364; 
#=GS B1K3P3/45-364      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cenocepacia; 
#=GS B1K3P3/45-364      DR EC; 3.1.1.3; 
#=GS A4XVF4/30-317      AC A4XVF4
#=GS A4XVF4/30-317      OS Pseudomonas mendocina ymp
#=GS A4XVF4/30-317      DE Triacylglycerol lipase
#=GS A4XVF4/30-317      DR GENE3D; 52b2c05b1c9af60d2ecc60230d99361d/30-317; 
#=GS A4XVF4/30-317      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas mendocina; 
#=GS A4XVF4/30-317      DR EC; 3.1.1.3; 
#=GS K5VCR3/17-300      AC K5VCR3
#=GS K5VCR3/17-300      OS Vibrio sp. HENC-02
#=GS K5VCR3/17-300      DE Lactonizing lipase
#=GS K5VCR3/17-300      DR GENE3D; 53b99116e24f2196d13ff658dcb9dc8a/17-300; 
#=GS K5VCR3/17-300      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio sp. HENC-02; 
#=GS K5VCR3/17-300      DR EC; 3.1.1.3; 
#=GS A0A1L5RIB7/17-300  AC A0A1L5RIB7
#=GS A0A1L5RIB7/17-300  OS Vibrio harveyi
#=GS A0A1L5RIB7/17-300  DE Lipase
#=GS A0A1L5RIB7/17-300  DR GENE3D; 53b99116e24f2196d13ff658dcb9dc8a/17-300; 
#=GS A0A1L5RIB7/17-300  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio harveyi group; Vibrio harveyi; 
#=GS A0A1L5RIB7/17-300  DR EC; 3.1.1.3; 
#=GS K5UP63/17-300      AC K5UP63
#=GS K5UP63/17-300      OS Vibrio sp. HENC-01
#=GS K5UP63/17-300      DE Lactonizing lipase
#=GS K5UP63/17-300      DR GENE3D; 53b99116e24f2196d13ff658dcb9dc8a/17-300; 
#=GS K5UP63/17-300      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio sp. HENC-01; 
#=GS K5UP63/17-300      DR EC; 3.1.1.3; 
#=GS A0A0P1IYR5/76-360  AC A0A0P1IYR5
#=GS A0A0P1IYR5/76-360  OS Alcanivorax dieselolei
#=GS A0A0P1IYR5/76-360  DE Lipase
#=GS A0A0P1IYR5/76-360  DR GENE3D; 54647756318221339867ffa00476c3fc/76-360; 
#=GS A0A0P1IYR5/76-360  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Oceanospirillales; Alcanivoracaceae; Alcanivorax; Alcanivorax dieselolei; 
#=GS A0A0P1IYR5/76-360  DR EC; 3.1.1.3; 
#=GS A0A090SSW1/27-310  AC A0A090SSW1
#=GS A0A090SSW1/27-310  OS Vibrio variabilis
#=GS A0A090SSW1/27-310  DE Lipase
#=GS A0A090SSW1/27-310  DR GENE3D; 557d7e5b6d2e8c7966f0d8b517f678d6/27-310; 
#=GS A0A090SSW1/27-310  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio variabilis; 
#=GS A0A090SSW1/27-310  DR EC; 3.1.1.3; 
#=GS U4E360/30-313      AC U4E360
#=GS U4E360/30-313      OS Vibrio nigripulchritudo FTn2
#=GS U4E360/30-313      DE Lipase
#=GS U4E360/30-313      DR GENE3D; 566b8ab129e102141f928461087f1d21/30-313; 
#=GS U4E360/30-313      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio nigripulchritudo; 
#=GS U4E360/30-313      DR EC; 3.1.1.3; 
#=GS U4KDT9/30-313      AC U4KDT9
#=GS U4KDT9/30-313      OS Vibrio nigripulchritudo
#=GS U4KDT9/30-313      DE Lipase
#=GS U4KDT9/30-313      DR GENE3D; 566b8ab129e102141f928461087f1d21/30-313; 
#=GS U4KDT9/30-313      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio nigripulchritudo; 
#=GS U4KDT9/30-313      DR EC; 3.1.1.3; 
#=GS A0A0P0KKQ1/40-358  AC A0A0P0KKQ1
#=GS A0A0P0KKQ1/40-358  OS Burkholderia plantarii
#=GS A0A0P0KKQ1/40-358  DE Lipase
#=GS A0A0P0KKQ1/40-358  DR GENE3D; 5c8dde98115d1123631718c96d00cb19/40-358; 
#=GS A0A0P0KKQ1/40-358  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia plantarii; 
#=GS A0A0P0KKQ1/40-358  DR EC; 3.1.1.3; 
#=GS A0A0B6RX62/40-358  AC A0A0B6RX62
#=GS A0A0B6RX62/40-358  OS Burkholderia glumae PG1
#=GS A0A0B6RX62/40-358  DE Lipase LipA
#=GS A0A0B6RX62/40-358  DR GENE3D; 5c8dde98115d1123631718c96d00cb19/40-358; 
#=GS A0A0B6RX62/40-358  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia glumae; 
#=GS A0A0B6RX62/40-358  DR EC; 3.1.1.3; 
#=GS B9BJY8/71-390      AC B9BJY8
#=GS B9BJY8/71-390      OS Burkholderia multivorans CGD2
#=GS B9BJY8/71-390      DE Lipase (Triacylglycerol lipase)
#=GS B9BJY8/71-390      DR GENE3D; 610c48ac3c2b45d2e33afb235af3690e/71-390; 
#=GS B9BJY8/71-390      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia multivorans; 
#=GS B9BJY8/71-390      DR EC; 3.1.1.3; 
#=GS A0A0E4AP21/45-364  AC A0A0E4AP21
#=GS A0A0E4AP21/45-364  OS Burkholderia cepacia
#=GS A0A0E4AP21/45-364  DE Alpha/beta hydrolase
#=GS A0A0E4AP21/45-364  DR GENE3D; 62c2ce4539c69d2a6610790fc3b4c588/45-364; 
#=GS A0A0E4AP21/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cepacia; 
#=GS A0A0E4AP21/45-364  DR EC; 3.1.1.3; 
#=GS A0A0D5IRU4/45-364  AC A0A0D5IRU4
#=GS A0A0D5IRU4/45-364  OS Burkholderia dolosa AU0158
#=GS A0A0D5IRU4/45-364  DE Lipase
#=GS A0A0D5IRU4/45-364  DR GENE3D; 62c2ce4539c69d2a6610790fc3b4c588/45-364; 
#=GS A0A0D5IRU4/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia dolosa; 
#=GS A0A0D5IRU4/45-364  DR EC; 3.1.1.3; 
#=GS A0A1L9JX42/20-301  AC A0A1L9JX42
#=GS A0A1L9JX42/20-301  OS Vibrio vulnificus
#=GS A0A1L9JX42/20-301  DE Lactonizing lipase
#=GS A0A1L9JX42/20-301  DR GENE3D; 651307898ee324e57a706ba1c24bec44/20-301; 
#=GS A0A1L9JX42/20-301  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio vulnificus; 
#=GS A0A1L9JX42/20-301  DR EC; 3.1.1.3; 
#=GS A0A0T7EWH3/26-309  AC A0A0T7EWH3
#=GS A0A0T7EWH3/26-309  OS Vibrio diabolicus
#=GS A0A0T7EWH3/26-309  DE Lipase
#=GS A0A0T7EWH3/26-309  DR GENE3D; 6581231fb0b9c80f2c6642b6d6485c87/26-309; 
#=GS A0A0T7EWH3/26-309  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio harveyi group; Vibrio diabolicus; 
#=GS A0A0T7EWH3/26-309  DR EC; 3.1.1.3; 
#=GS P26877/27-311      AC P26877
#=GS P26877/27-311      OS Pseudomonas sp. 109
#=GS P26877/27-311      DE Lactonizing lipase
#=GS P26877/27-311      DR GENE3D; 661b53868ba9e217fbcd8c8238f6279b/27-311; 
#=GS P26877/27-311      DR ORG; Bacteria; Proteobacteria; Pseudomonas sp. 109; 
#=GS P26877/27-311      DR EC; 3.1.1.3; 
#=GS B8K5B1/27-310      AC B8K5B1
#=GS B8K5B1/27-310      OS Vibrio sp. 16
#=GS B8K5B1/27-310      DE Lipase (Triacylglycerol lipase)
#=GS B8K5B1/27-310      DR GENE3D; 67b632741fb951d545f0ebd9a28d25ff/27-310; 
#=GS B8K5B1/27-310      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio sp. 16; 
#=GS B8K5B1/27-310      DR EC; 3.1.1.3; 
#=GS A0A090IHB8/30-313  AC A0A090IHB8
#=GS A0A090IHB8/30-313  OS Moritella viscosa
#=GS A0A090IHB8/30-313  DE Lipase
#=GS A0A090IHB8/30-313  DR GENE3D; 685083a807d3c6bb1448d641da8042a9/30-313; 
#=GS A0A090IHB8/30-313  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Alteromonadales; Moritellaceae; Moritella; Moritella viscosa; 
#=GS A0A090IHB8/30-313  DR EC; 3.1.1.3; 
#=GS A0A060L3K4/45-364  AC A0A060L3K4
#=GS A0A060L3K4/45-364  OS Burkholderia sp. 30(2014)
#=GS A0A060L3K4/45-364  DE Lipase
#=GS A0A060L3K4/45-364  DR GENE3D; 68a72b530b8a72a49cb064abc9a4e2dd/45-364; 
#=GS A0A060L3K4/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia sp. 30(2014); 
#=GS A0A060L3K4/45-364  DR EC; 3.1.1.3; 
#=GS P95419/27-311      AC P95419
#=GS P95419/27-311      OS Pseudomonas aeruginosa
#=GS P95419/27-311      DE Lactonizing lipase
#=GS P95419/27-311      DR GENE3D; 6adbc8c5d76ae4dc76ae7d242cae68f1/27-311; 
#=GS P95419/27-311      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas aeruginosa; 
#=GS P95419/27-311      DR EC; 3.1.1.3; 
#=GS A0A1D5C0Q7/27-311  AC A0A1D5C0Q7
#=GS A0A1D5C0Q7/27-311  OS Pseudomonas sp. P179
#=GS A0A1D5C0Q7/27-311  DE Lactonizing lipase
#=GS A0A1D5C0Q7/27-311  DR GENE3D; 6adbc8c5d76ae4dc76ae7d242cae68f1/27-311; 
#=GS A0A1D5C0Q7/27-311  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas sp. P179; 
#=GS A0A1D5C0Q7/27-311  DR EC; 3.1.1.3; 
#=GS A0A0T7EPD2/29-313  AC A0A0T7EPD2
#=GS A0A0T7EPD2/29-313  OS Vibrio sp. J2-31
#=GS A0A0T7EPD2/29-313  DE Lipase
#=GS A0A0T7EPD2/29-313  DR GENE3D; 6c324b00c766f5bb90c9a8e9639f1fc8/29-313; 
#=GS A0A0T7EPD2/29-313  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio sp. J2-31; 
#=GS A0A0T7EPD2/29-313  DR EC; 3.1.1.3; 
#=GS A8QYB2/27-311      AC A8QYB2
#=GS A8QYB2/27-311      OS Pseudomonas aeruginosa
#=GS A8QYB2/27-311      DE LST-03 lipase
#=GS A8QYB2/27-311      DR GENE3D; 6e9f8f822c002697b24315286ac56ed9/27-311; 
#=GS A8QYB2/27-311      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas aeruginosa; 
#=GS A8QYB2/27-311      DR EC; 3.1.1.3; 
#=GS A0A1E9CKR8/27-311  AC A0A1E9CKR8
#=GS A0A1E9CKR8/27-311  OS Pseudomonas sp. HMSC066B11
#=GS A0A1E9CKR8/27-311  DE Lipase
#=GS A0A1E9CKR8/27-311  DR GENE3D; 6e9f8f822c002697b24315286ac56ed9/27-311; 
#=GS A0A1E9CKR8/27-311  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas sp. HMSC066B11; 
#=GS A0A1E9CKR8/27-311  DR EC; 3.1.1.3; 
#=GS A0A1G5KPN8/27-311  AC A0A1G5KPN8
#=GS A0A1G5KPN8/27-311  OS Acinetobacter baumannii
#=GS A0A1G5KPN8/27-311  DE Lactonizing lipase
#=GS A0A1G5KPN8/27-311  DR GENE3D; 6e9f8f822c002697b24315286ac56ed9/27-311; 
#=GS A0A1G5KPN8/27-311  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Moraxellaceae; Acinetobacter; Acinetobacter calcoaceticus/baumannii complex; Acinetobacter baumannii; 
#=GS A0A1G5KPN8/27-311  DR EC; 3.1.1.3; 
#=GS A0A095FBP4/40-358  AC A0A095FBP4
#=GS A0A095FBP4/40-358  OS Burkholderia gladioli
#=GS A0A095FBP4/40-358  DE Lipoyl synthase
#=GS A0A095FBP4/40-358  DR GENE3D; 6fe74704f119d3b75306076ae45d127e/40-358; 
#=GS A0A095FBP4/40-358  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia gladioli; 
#=GS A0A095FBP4/40-358  DR EC; 3.1.1.3; 
#=GS A0A088UYR6/45-364  AC A0A088UYR6
#=GS A0A088UYR6/45-364  OS Burkholderia cenocepacia
#=GS A0A088UYR6/45-364  DE Lipoyl synthase
#=GS A0A088UYR6/45-364  DR GENE3D; 7045c16f3fa7888d59f149468cfde7ea/45-364; 
#=GS A0A088UYR6/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cenocepacia; 
#=GS A0A088UYR6/45-364  DR EC; 3.1.1.3; 
#=GS A0A1C3IXN3/30-313  AC A0A1C3IXN3
#=GS A0A1C3IXN3/30-313  OS Vibrio hemicentroti
#=GS A0A1C3IXN3/30-313  DE Lactonizing lipase
#=GS A0A1C3IXN3/30-313  DR GENE3D; 73e8b39ba82c6967744feb43facc5606/30-313; 
#=GS A0A1C3IXN3/30-313  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio hemicentroti; 
#=GS A0A1C3IXN3/30-313  DR EC; 3.1.1.3; 
#=GS A0A0A3FGN8/25-308  AC A0A0A3FGN8
#=GS A0A0A3FGN8/25-308  OS Vibrio campbellii
#=GS A0A0A3FGN8/25-308  DE Lipase
#=GS A0A0A3FGN8/25-308  DR GENE3D; 7432b1d29d3cc56771569f3dccf06684/25-308; 
#=GS A0A0A3FGN8/25-308  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio harveyi group; Vibrio campbellii; 
#=GS A0A0A3FGN8/25-308  DR EC; 3.1.1.3; 
#=GS A0A031GJE5/29-302  AC A0A031GJE5
#=GS A0A031GJE5/29-302  OS Janthinobacterium lividum
#=GS A0A031GJE5/29-302  DE Lipase LipA
#=GS A0A031GJE5/29-302  DR GENE3D; 782e8b5ea1ec4bc3589fc51f605170eb/29-302; 
#=GS A0A031GJE5/29-302  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Oxalobacteraceae; Janthinobacterium; Janthinobacterium lividum; 
#=GS A0A031GJE5/29-302  DR EC; 3.1.1.3; 
#=GS Q4JL88/45-363      AC Q4JL88
#=GS Q4JL88/45-363      OS Burkholderia cepacia
#=GS Q4JL88/45-363      DE LipA
#=GS Q4JL88/45-363      DR GENE3D; 7b8fc163a153ab62d38795adcc659d43/45-363; 
#=GS Q4JL88/45-363      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cepacia; 
#=GS Q4JL88/45-363      DR EC; 3.1.1.3; 
#=GS A0A095F5E6/45-364  AC A0A095F5E6
#=GS A0A095F5E6/45-364  OS Burkholderia cepacia
#=GS A0A095F5E6/45-364  DE Lipoyl synthase
#=GS A0A095F5E6/45-364  DR GENE3D; 7f822d45bf8bf4a161d5afeaf1fa5e13/45-364; 
#=GS A0A095F5E6/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cepacia; 
#=GS A0A095F5E6/45-364  DR EC; 3.1.1.3; 
#=GS A0A142PDQ3/45-364  AC A0A142PDQ3
#=GS A0A142PDQ3/45-364  OS Burkholderia cenocepacia
#=GS A0A142PDQ3/45-364  DE Alpha/beta hydrolase
#=GS A0A142PDQ3/45-364  DR GENE3D; 7f822d45bf8bf4a161d5afeaf1fa5e13/45-364; 
#=GS A0A142PDQ3/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cenocepacia; 
#=GS A0A142PDQ3/45-364  DR EC; 3.1.1.3; 
#=GS U1Y1X8/45-364      AC U1Y1X8
#=GS U1Y1X8/45-364      OS Burkholderia cenocepacia BC7
#=GS U1Y1X8/45-364      DE Triacylglycerol lipase
#=GS U1Y1X8/45-364      DR GENE3D; 7f822d45bf8bf4a161d5afeaf1fa5e13/45-364; 
#=GS U1Y1X8/45-364      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cenocepacia; 
#=GS U1Y1X8/45-364      DR EC; 3.1.1.3; 
#=GS B4EF94/45-364      AC B4EF94
#=GS B4EF94/45-364      OS Burkholderia cenocepacia J2315
#=GS B4EF94/45-364      DE Exported lipase LipA
#=GS B4EF94/45-364      DR GENE3D; 7f822d45bf8bf4a161d5afeaf1fa5e13/45-364; 
#=GS B4EF94/45-364      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cenocepacia; 
#=GS B4EF94/45-364      DR EC; 3.1.1.3; 
#=GS K5TNY2/17-300      AC K5TNY2
#=GS K5TNY2/17-300      OS Vibrio sp. HENC-03
#=GS K5TNY2/17-300      DE Lactonizing lipase
#=GS K5TNY2/17-300      DR GENE3D; 832fc256b429795753c4b005e73553fd/17-300; 
#=GS K5TNY2/17-300      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio sp. HENC-03; 
#=GS K5TNY2/17-300      DR EC; 3.1.1.3; 
#=GS A0A0H6PFS2/57-339  AC A0A0H6PFS2
#=GS A0A0H6PFS2/57-339  OS Vibrio cholerae
#=GS A0A0H6PFS2/57-339  DE Lipase
#=GS A0A0H6PFS2/57-339  DR GENE3D; 8369ecd3ba6d807ce0478f2f015e3f7e/57-339; 
#=GS A0A0H6PFS2/57-339  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio cholerae; 
#=GS A0A0H6PFS2/57-339  DR EC; 3.1.1.3; 
#=GS Q9L6C7/27-311      AC Q9L6C7
#=GS Q9L6C7/27-311      OS Pseudomonas aeruginosa
#=GS Q9L6C7/27-311      DE Triacylglycerol acylhydrolase
#=GS Q9L6C7/27-311      DR GENE3D; 839e8e112dd8930af7ad0f3f3e7b3749/27-311; 
#=GS Q9L6C7/27-311      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas aeruginosa; 
#=GS Q9L6C7/27-311      DR EC; 3.1.1.3; 
#=GS Q5U9G1/46-364      AC Q5U9G1
#=GS Q5U9G1/46-364      OS Burkholderia sp. 99-2-1
#=GS Q5U9G1/46-364      DE Lipase
#=GS Q5U9G1/46-364      DR GENE3D; 85665533ab4d76f2a7940ffd0b3b0087/46-364; 
#=GS Q5U9G1/46-364      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia sp. 99-2-1; 
#=GS Q5U9G1/46-364      DR EC; 3.1.1.3; 
#=GS A0A0C4XVX2/23-306  AC A0A0C4XVX2
#=GS A0A0C4XVX2/23-306  OS uncultured bacterium
#=GS A0A0C4XVX2/23-306  DE Lipg9 protein
#=GS A0A0C4XVX2/23-306  DR GENE3D; 877075299eb1a84a69bcefb944ac8f71/23-306; 
#=GS A0A0C4XVX2/23-306  DR ORG; Bacteria; uncultured bacterium; 
#=GS A0A0C4XVX2/23-306  DR EC; 3.1.1.3; 
#=GS D0IJN7/30-312      AC D0IJN7
#=GS D0IJN7/30-312      OS Vibrio sp. RC586
#=GS D0IJN7/30-312      DE Lipase
#=GS D0IJN7/30-312      DR GENE3D; 87fab7b7e3c8818139e7ea86957f9651/30-312; 
#=GS D0IJN7/30-312      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio sp. RC586; 
#=GS D0IJN7/30-312      DR EC; 3.1.1.3; 
#=GS Q7NUI4/26-310      AC Q7NUI4
#=GS Q7NUI4/26-310      OS Chromobacterium violaceum ATCC 12472
#=GS Q7NUI4/26-310      DE Probable triacylglycerol lipase
#=GS Q7NUI4/26-310      DR GENE3D; 8a57fb9f67ff5d2ab981a85278e961f8/26-310; 
#=GS Q7NUI4/26-310      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Neisseriales; Chromobacteriaceae; Chromobacterium; Chromobacterium violaceum; 
#=GS Q7NUI4/26-310      DR EC; 3.1.1.3; 
#=GS A0A0J6LS87/26-310  AC A0A0J6LS87
#=GS A0A0J6LS87/26-310  OS Chromobacterium violaceum
#=GS A0A0J6LS87/26-310  DE Lactonizing lipase
#=GS A0A0J6LS87/26-310  DR GENE3D; 8a57fb9f67ff5d2ab981a85278e961f8/26-310; 
#=GS A0A0J6LS87/26-310  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Neisseriales; Chromobacteriaceae; Chromobacterium; Chromobacterium violaceum; 
#=GS A0A0J6LS87/26-310  DR EC; 3.1.1.3; 
#=GS A0A1E7UGJ8/29-302  AC A0A1E7UGJ8
#=GS A0A1E7UGJ8/29-302  OS Janthinobacterium sp. MP5059B
#=GS A0A1E7UGJ8/29-302  DE Lactonizing lipase
#=GS A0A1E7UGJ8/29-302  DR GENE3D; 8ae4f223ef7278420e5aa93d84b0a46f/29-302; 
#=GS A0A1E7UGJ8/29-302  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Oxalobacteraceae; Janthinobacterium; Janthinobacterium sp. MP5059B; 
#=GS A0A1E7UGJ8/29-302  DR EC; 3.1.1.3; 
#=GS B1FNV3/45-364      AC B1FNV3
#=GS B1FNV3/45-364      OS Burkholderia ambifaria IOP40-10
#=GS B1FNV3/45-364      DE Triacylglycerol lipase
#=GS B1FNV3/45-364      DR GENE3D; 8dbecf3edf4f0758b7d9254e4b769c11/45-364; 
#=GS B1FNV3/45-364      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia ambifaria; 
#=GS B1FNV3/45-364      DR EC; 3.1.1.3; 
#=GS A0A1L9HT89/20-301  AC A0A1L9HT89
#=GS A0A1L9HT89/20-301  OS Vibrio vulnificus
#=GS A0A1L9HT89/20-301  DE Lactonizing lipase
#=GS A0A1L9HT89/20-301  DR GENE3D; 95c28c4347b6c82b091853ba60d22bdb/20-301; 
#=GS A0A1L9HT89/20-301  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio vulnificus; 
#=GS A0A1L9HT89/20-301  DR EC; 3.1.1.3; 
#=GS R4RRT6/29-311      AC R4RRT6
#=GS R4RRT6/29-311      OS Pseudomonas stutzeri
#=GS R4RRT6/29-311      DE Lipase
#=GS R4RRT6/29-311      DR GENE3D; 968081fe86924450f7597d826e5223e3/29-311; 
#=GS R4RRT6/29-311      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas stutzeri group; Pseudomonas stutzeri subgroup; Pseudomonas stutzeri; 
#=GS R4RRT6/29-311      DR EC; 3.1.1.3; 
#=GS C5TAG4/31-312      AC C5TAG4
#=GS C5TAG4/31-312      OS Acidovorax delafieldii 2AN
#=GS C5TAG4/31-312      DE Triacylglycerol lipase
#=GS C5TAG4/31-312      DR GENE3D; 98d5d49938be2213ab4a182ca3bc70b8/31-312; 
#=GS C5TAG4/31-312      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Comamonadaceae; Acidovorax; Acidovorax delafieldii; 
#=GS C5TAG4/31-312      DR EC; 3.1.1.3; 
#=GS A0A1E7VWF5/29-302  AC A0A1E7VWF5
#=GS A0A1E7VWF5/29-302  OS Janthinobacterium sp. HH106
#=GS A0A1E7VWF5/29-302  DE Lactonizing lipase
#=GS A0A1E7VWF5/29-302  DR GENE3D; 9ec5a662d434be2e7bd307962158531f/29-302; 
#=GS A0A1E7VWF5/29-302  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Oxalobacteraceae; Janthinobacterium; Janthinobacterium sp. HH106; 
#=GS A0A1E7VWF5/29-302  DR EC; 3.1.1.3; 
#=GS A0A0F6UBZ4/27-311  AC A0A0F6UBZ4
#=GS A0A0F6UBZ4/27-311  OS Pseudomonas aeruginosa
#=GS A0A0F6UBZ4/27-311  DE Lactonizing lipase
#=GS A0A0F6UBZ4/27-311  DR GENE3D; a0bbc5e3472fe29917e1d1e4a9d5487c/27-311; 
#=GS A0A0F6UBZ4/27-311  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas aeruginosa; 
#=GS A0A0F6UBZ4/27-311  DR EC; 3.1.1.3; 
#=GS P25275/45-364      AC P25275
#=GS P25275/45-364      OS Pseudomonas sp. KWI-56
#=GS P25275/45-364      DE Lipase
#=GS P25275/45-364      DR GENE3D; a156bb1e609a0136295c32242b017579/45-364; 
#=GS P25275/45-364      DR ORG; Bacteria; Proteobacteria; Pseudomonas sp. KWI-56; 
#=GS P25275/45-364      DR EC; 3.1.1.3; 
#=GS A0A1L9IDN4/20-301  AC A0A1L9IDN4
#=GS A0A1L9IDN4/20-301  OS Vibrio vulnificus
#=GS A0A1L9IDN4/20-301  DE Lactonizing lipase
#=GS A0A1L9IDN4/20-301  DR GENE3D; a324c724d0522678e0c9e539f2bd6028/20-301; 
#=GS A0A1L9IDN4/20-301  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio vulnificus; 
#=GS A0A1L9IDN4/20-301  DR EC; 3.1.1.3; 
#=GS A0A1C3IKZ8/29-313  AC A0A1C3IKZ8
#=GS A0A1C3IKZ8/29-313  OS Vibrio atlanticus
#=GS A0A1C3IKZ8/29-313  DE Lactonizing lipase
#=GS A0A1C3IKZ8/29-313  DR GENE3D; a501b5be523063eb3fc9dbf00643aa00/29-313; 
#=GS A0A1C3IKZ8/29-313  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio atlanticus; 
#=GS A0A1C3IKZ8/29-313  DR EC; 3.1.1.3; 
#=GS B7VQH1/29-313      AC B7VQH1
#=GS B7VQH1/29-313      OS Vibrio tasmaniensis LGP32
#=GS B7VQH1/29-313      DE Lipase
#=GS B7VQH1/29-313      DR GENE3D; a501b5be523063eb3fc9dbf00643aa00/29-313; 
#=GS B7VQH1/29-313      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio tasmaniensis; 
#=GS B7VQH1/29-313      DR EC; 3.1.1.3; 
#=GS A0A1C3JI99/29-313  AC A0A1C3JI99
#=GS A0A1C3JI99/29-313  OS Vibrio celticus
#=GS A0A1C3JI99/29-313  DE Lactonizing lipase
#=GS A0A1C3JI99/29-313  DR GENE3D; a89f53a6ddf4e093756be964793e85cd/29-313; 
#=GS A0A1C3JI99/29-313  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio celticus; 
#=GS A0A1C3JI99/29-313  DR EC; 3.1.1.3; 
#=GS A0A0T7DN00/29-313  AC A0A0T7DN00
#=GS A0A0T7DN00/29-313  OS Vibrio sp. J2-29
#=GS A0A0T7DN00/29-313  DE Lipase
#=GS A0A0T7DN00/29-313  DR GENE3D; a8ce85c4b830756e72f7838d8f724a6f/29-313; 
#=GS A0A0T7DN00/29-313  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio sp. J2-29; 
#=GS A0A0T7DN00/29-313  DR EC; 3.1.1.3; 
#=GS A0A095EJS0/45-364  AC A0A095EJS0
#=GS A0A095EJS0/45-364  OS Burkholderia cepacia
#=GS A0A095EJS0/45-364  DE Lipoyl synthase
#=GS A0A095EJS0/45-364  DR GENE3D; a9a0e58b8f130f6b841876cef3df367d/45-364; 
#=GS A0A095EJS0/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cepacia; 
#=GS A0A095EJS0/45-364  DR EC; 3.1.1.3; 
#=GS A4JM55/45-364      AC A4JM55
#=GS A4JM55/45-364      OS Burkholderia vietnamiensis G4
#=GS A4JM55/45-364      DE Triacylglycerol lipase
#=GS A4JM55/45-364      DR GENE3D; ab764ca7251e4d964e0e64f69c5451e9/45-364; 
#=GS A4JM55/45-364      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia vietnamiensis; 
#=GS A4JM55/45-364      DR EC; 3.1.1.3; 
#=GS A0A132DRP8/45-364  AC A0A132DRP8
#=GS A0A132DRP8/45-364  OS Burkholderia vietnamiensis
#=GS A0A132DRP8/45-364  DE Alpha/beta hydrolase
#=GS A0A132DRP8/45-364  DR GENE3D; ab764ca7251e4d964e0e64f69c5451e9/45-364; 
#=GS A0A132DRP8/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia vietnamiensis; 
#=GS A0A132DRP8/45-364  DR EC; 3.1.1.3; 
#=GS H6U4T7/27-311      AC H6U4T7
#=GS H6U4T7/27-311      OS Pseudomonas sp. enrichment culture clone TLF-A
#=GS H6U4T7/27-311      DE Lipase A
#=GS H6U4T7/27-311      DR GENE3D; ad3668487034dc0f7b80bf2e8b6ed2cb/27-311; 
#=GS H6U4T7/27-311      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas sp. enrichment culture clone TLF-A; 
#=GS H6U4T7/27-311      DR EC; 3.1.1.3; 
#=GS A0A104Z7H4/45-364  AC A0A104Z7H4
#=GS A0A104Z7H4/45-364  OS Burkholderia ubonensis
#=GS A0A104Z7H4/45-364  DE Alpha/beta hydrolase
#=GS A0A104Z7H4/45-364  DR GENE3D; ae75dfd74126abe568592818a3b21945/45-364; 
#=GS A0A104Z7H4/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia ubonensis; 
#=GS A0A104Z7H4/45-364  DR EC; 3.1.1.3; 
#=GS A0A0D0HAV1/45-364  AC A0A0D0HAV1
#=GS A0A0D0HAV1/45-364  OS Burkholderia sp. MSHR3999
#=GS A0A0D0HAV1/45-364  DE LipA protein
#=GS A0A0D0HAV1/45-364  DR GENE3D; ae75dfd74126abe568592818a3b21945/45-364; 
#=GS A0A0D0HAV1/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia sp. MSHR3999; 
#=GS A0A0D0HAV1/45-364  DR EC; 3.1.1.3; 
#=GS A0A085PJG5/30-312  AC A0A085PJG5
#=GS A0A085PJG5/30-312  OS Vibrio cholerae
#=GS A0A085PJG5/30-312  DE Lactonizing lipase
#=GS A0A085PJG5/30-312  DR GENE3D; af1f2e90dc40874655128213fd6a7f89/30-312; 
#=GS A0A085PJG5/30-312  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio cholerae; 
#=GS A0A085PJG5/30-312  DR EC; 3.1.1.3; 
#=GS A0A0D5L6G7/49-368  AC A0A0D5L6G7
#=GS A0A0D5L6G7/49-368  OS Burkholderia sp. 2002721687
#=GS A0A0D5L6G7/49-368  DE Lipase
#=GS A0A0D5L6G7/49-368  DR GENE3D; af3c32b72de2354931bdb301948ec991/49-368; 
#=GS A0A0D5L6G7/49-368  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia sp. 2002721687; 
#=GS A0A0D5L6G7/49-368  DR EC; 3.1.1.3; 
#=GS J5CPP1/109-428     AC J5CPP1
#=GS J5CPP1/109-428     OS Burkholderia multivorans CF2
#=GS J5CPP1/109-428     DE Triacylglycerol lipase
#=GS J5CPP1/109-428     DR GENE3D; b02f76f60aa25a85c36359e6f64d966a/109-428; 
#=GS J5CPP1/109-428     DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia multivorans; 
#=GS J5CPP1/109-428     DR EC; 3.1.1.3; 
#=GS Q21T36/22-305      AC Q21T36
#=GS Q21T36/22-305      OS Rhodoferax ferrireducens T118
#=GS Q21T36/22-305      DE Triacylglycerol lipase
#=GS Q21T36/22-305      DR GENE3D; b1d0ec5d9b41efd2a00d124aae299ef2/22-305; 
#=GS Q21T36/22-305      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Comamonadaceae; Rhodoferax; Rhodoferax ferrireducens; 
#=GS Q21T36/22-305      DR EC; 3.1.1.3; 
#=GS G0ADA2/60-338      AC G0ADA2
#=GS G0ADA2/60-338      OS Collimonas fungivorans Ter331
#=GS G0ADA2/60-338      DE Lipase
#=GS G0ADA2/60-338      DR GENE3D; b29be68802181a6d743173dc172712cc/60-338; 
#=GS G0ADA2/60-338      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Oxalobacteraceae; Collimonas; Collimonas fungivorans; 
#=GS G0ADA2/60-338      DR EC; 3.1.1.3; 
#=GS A0A1B4A8F9/45-364  AC A0A1B4A8F9
#=GS A0A1B4A8F9/45-364  OS Burkholderia oklahomensis EO147
#=GS A0A1B4A8F9/45-364  DE Alpha/beta hydrolase
#=GS A0A1B4A8F9/45-364  DR GENE3D; b694f96718ef792f5390324255ed55b0/45-364; 
#=GS A0A1B4A8F9/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; pseudomallei group; Burkholderia oklahomensis; 
#=GS A0A1B4A8F9/45-364  DR EC; 3.1.1.3; 
#=GS A0A088X4H2/45-364  AC A0A088X4H2
#=GS A0A088X4H2/45-364  OS Burkholderia oklahomensis
#=GS A0A088X4H2/45-364  DE Lipase
#=GS A0A088X4H2/45-364  DR GENE3D; b694f96718ef792f5390324255ed55b0/45-364; 
#=GS A0A088X4H2/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; pseudomallei group; Burkholderia oklahomensis; 
#=GS A0A088X4H2/45-364  DR EC; 3.1.1.3; 
#=GS B3GVV9/25-309      AC B3GVV9
#=GS B3GVV9/25-309      OS Pseudomonas sp. 42A2
#=GS B3GVV9/25-309      DE Triacylglycerol lipase C
#=GS B3GVV9/25-309      DR GENE3D; bd80e9712d0f0262389f9c760b9e5173/25-309; 
#=GS B3GVV9/25-309      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas sp. 42A2; 
#=GS B3GVV9/25-309      DR EC; 3.1.1.3; 
#=GS A0A0E1W4R4/36-355  AC A0A0E1W4R4
#=GS A0A0E1W4R4/36-355  OS Burkholderia pseudomallei 1710a
#=GS A0A0E1W4R4/36-355  DE Triacylglycerol lipase
#=GS A0A0E1W4R4/36-355  DR GENE3D; be19eaf0282142b4aae5f6c8b93e2c14/36-355; 
#=GS A0A0E1W4R4/36-355  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; pseudomallei group; Burkholderia pseudomallei; 
#=GS A0A0E1W4R4/36-355  DR EC; 3.1.1.3; 
#=GS A8ENY2/36-355      AC A8ENY2
#=GS A8ENY2/36-355      OS Burkholderia pseudomallei 406e
#=GS A8ENY2/36-355      DE Lipase
#=GS A8ENY2/36-355      DR GENE3D; be19eaf0282142b4aae5f6c8b93e2c14/36-355; 
#=GS A8ENY2/36-355      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; pseudomallei group; Burkholderia pseudomallei; 
#=GS A8ENY2/36-355      DR EC; 3.1.1.3; 
#=GS A0A0E1SMB7/36-355  AC A0A0E1SMB7
#=GS A0A0E1SMB7/36-355  OS Burkholderia pseudomallei 305
#=GS A0A0E1SMB7/36-355  DE Lipase
#=GS A0A0E1SMB7/36-355  DR GENE3D; be19eaf0282142b4aae5f6c8b93e2c14/36-355; 
#=GS A0A0E1SMB7/36-355  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; pseudomallei group; Burkholderia pseudomallei; 
#=GS A0A0E1SMB7/36-355  DR EC; 3.1.1.3; 
#=GS A0A0E1UMI4/36-355  AC A0A0E1UMI4
#=GS A0A0E1UMI4/36-355  OS Burkholderia pseudomallei Pakistan 9
#=GS A0A0E1UMI4/36-355  DE Triacylglycerol lipase
#=GS A0A0E1UMI4/36-355  DR GENE3D; be19eaf0282142b4aae5f6c8b93e2c14/36-355; 
#=GS A0A0E1UMI4/36-355  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; pseudomallei group; Burkholderia pseudomallei; 
#=GS A0A0E1UMI4/36-355  DR EC; 3.1.1.3; 
#=GS Q9EV86/5-292       AC Q9EV86
#=GS Q9EV86/5-292       OS Pseudomonas fragi
#=GS Q9EV86/5-292       DE Lipase
#=GS Q9EV86/5-292       DR GENE3D; bfa8e31a03da3d91c3fe77b758e6d44b/5-292; 
#=GS Q9EV86/5-292       DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas chlororaphis group; Pseudomonas fragi; 
#=GS Q9EV86/5-292       DR EC; 3.1.1.3; 
#=GS A0A137S9A2/30-313  AC A0A137S9A2
#=GS A0A137S9A2/30-313  OS Moritella sp. JT01
#=GS A0A137S9A2/30-313  DE Lipase
#=GS A0A137S9A2/30-313  DR GENE3D; c98d65021ca1bdca39d8367b04d8b03c/30-313; 
#=GS A0A137S9A2/30-313  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Alteromonadales; Moritellaceae; Moritella; Moritella sp. JT01; 
#=GS A0A137S9A2/30-313  DR EC; 3.1.1.3; 
#=GS G8I0B5/29-311      AC G8I0B5
#=GS G8I0B5/29-311      OS Pseudomonas stutzeri
#=GS G8I0B5/29-311      DE Lactonizing lipase
#=GS G8I0B5/29-311      DR GENE3D; ca74f6facd2701cc482f6a6579cc2329/29-311; 
#=GS G8I0B5/29-311      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas stutzeri group; Pseudomonas stutzeri subgroup; Pseudomonas stutzeri; 
#=GS G8I0B5/29-311      DR EC; 3.1.1.3; 
#=GS A0A0D6RYW9/27-310  AC A0A0D6RYW9
#=GS A0A0D6RYW9/27-310  OS Pseudomonas sp. FeS53a
#=GS A0A0D6RYW9/27-310  DE Lipase
#=GS A0A0D6RYW9/27-310  DR GENE3D; cc104f9cdba362db6992d30f93bcdfd2/27-310; 
#=GS A0A0D6RYW9/27-310  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas sp. FeS53a; 
#=GS A0A0D6RYW9/27-310  DR EC; 3.1.1.3; 
#=GS A0A0A8RD86/27-311  AC A0A0A8RD86
#=GS A0A0A8RD86/27-311  OS Pseudomonas aeruginosa
#=GS A0A0A8RD86/27-311  DE Lactonizing lipase
#=GS A0A0A8RD86/27-311  DR GENE3D; cde279ecaf2b2bcc522ef71e957e3d43/27-311; 
#=GS A0A0A8RD86/27-311  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas aeruginosa; 
#=GS A0A0A8RD86/27-311  DR EC; 3.1.1.3; 
#=GS B1SYQ6/45-364      AC B1SYQ6
#=GS B1SYQ6/45-364      OS Burkholderia ambifaria MEX-5
#=GS B1SYQ6/45-364      DE Triacylglycerol lipase
#=GS B1SYQ6/45-364      DR GENE3D; cea23afbb256cb32a7eac35952a97170/45-364; 
#=GS B1SYQ6/45-364      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia ambifaria; 
#=GS B1SYQ6/45-364      DR EC; 3.1.1.3; 
#=GS A4JM54/45-364      AC A4JM54
#=GS A4JM54/45-364      OS Burkholderia vietnamiensis G4
#=GS A4JM54/45-364      DE Triacylglycerol lipase
#=GS A4JM54/45-364      DR GENE3D; d0191fbb2ff5400907290675cd5d3335/45-364; 
#=GS A4JM54/45-364      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia vietnamiensis; 
#=GS A4JM54/45-364      DR EC; 3.1.1.3; 
#=GS F0Q4B9/37-318      AC F0Q4B9
#=GS F0Q4B9/37-318      OS Acidovorax avenae subsp. avenae ATCC 19860
#=GS F0Q4B9/37-318      DE Triacylglycerol lipase
#=GS F0Q4B9/37-318      DR GENE3D; d2abc09c4398054930966f158728e1cf/37-318; 
#=GS F0Q4B9/37-318      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Comamonadaceae; Acidovorax; Acidovorax avenae; Acidovorax avenae subsp. avenae; 
#=GS F0Q4B9/37-318      DR EC; 3.1.1.3; 
#=GS A0A0D5VJA8/47-364  AC A0A0D5VJA8
#=GS A0A0D5VJA8/47-364  OS Paraburkholderia fungorum
#=GS A0A0D5VJA8/47-364  DE Lipase
#=GS A0A0D5VJA8/47-364  DR GENE3D; d55dee8849adb67dbc1e295b98bcc116/47-364; 
#=GS A0A0D5VJA8/47-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Paraburkholderia; Paraburkholderia fungorum; 
#=GS A0A0D5VJA8/47-364  DR EC; 3.1.1.3; 
#=GS A0A118PP51/45-364  AC A0A118PP51
#=GS A0A118PP51/45-364  OS Burkholderia sp. MSMB1552
#=GS A0A118PP51/45-364  DE Alpha/beta hydrolase
#=GS A0A118PP51/45-364  DR GENE3D; d9e7b6669e09277dffe9e733b60eaa01/45-364; 
#=GS A0A118PP51/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; pseudomallei group; Burkholderia sp. MSMB1552; 
#=GS A0A118PP51/45-364  DR EC; 3.1.1.3; 
#=GS A0A0D5L5M7/45-364  AC A0A0D5L5M7
#=GS A0A0D5L5M7/45-364  OS Burkholderia sp. 2002721687
#=GS A0A0D5L5M7/45-364  DE Lipase
#=GS A0A0D5L5M7/45-364  DR GENE3D; d9e7b6669e09277dffe9e733b60eaa01/45-364; 
#=GS A0A0D5L5M7/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia sp. 2002721687; 
#=GS A0A0D5L5M7/45-364  DR EC; 3.1.1.3; 
#=GS A0A0H2ZI71/25-309  AC A0A0H2ZI71
#=GS A0A0H2ZI71/25-309  OS Pseudomonas aeruginosa UCBPP-PA14
#=GS A0A0H2ZI71/25-309  DE Lipase LipC
#=GS A0A0H2ZI71/25-309  DR GENE3D; dcfede94b1d3f1e218f227e2e1f64987/25-309; 
#=GS A0A0H2ZI71/25-309  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas aeruginosa; 
#=GS A0A0H2ZI71/25-309  DR EC; 3.1.1.3; 
#=GS A0A157U255/25-309  AC A0A157U255
#=GS A0A157U255/25-309  OS Enterobacter cloacae
#=GS A0A157U255/25-309  DE Lactonizing lipase
#=GS A0A157U255/25-309  DR GENE3D; dcfede94b1d3f1e218f227e2e1f64987/25-309; 
#=GS A0A157U255/25-309  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Enterobacterales; Enterobacteriaceae; Enterobacter; Enterobacter cloacae complex; Enterobacter cloacae; 
#=GS A0A157U255/25-309  DR EC; 3.1.1.3; 
#=GS A0A0H3QQA9/25-309  AC A0A0H3QQA9
#=GS A0A0H3QQA9/25-309  OS Pseudomonas aeruginosa str. Stone 130
#=GS A0A0H3QQA9/25-309  DE Uncharacterized protein
#=GS A0A0H3QQA9/25-309  DR GENE3D; dcfede94b1d3f1e218f227e2e1f64987/25-309; 
#=GS A0A0H3QQA9/25-309  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas aeruginosa; 
#=GS A0A0H3QQA9/25-309  DR EC; 3.1.1.3; 
#=GS W1MSM0/25-309      AC W1MSM0
#=GS W1MSM0/25-309      OS Pseudomonas aeruginosa VRFPA03
#=GS W1MSM0/25-309      DE Lactonizing lipase
#=GS W1MSM0/25-309      DR GENE3D; dcfede94b1d3f1e218f227e2e1f64987/25-309; 
#=GS W1MSM0/25-309      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas aeruginosa; 
#=GS W1MSM0/25-309      DR EC; 3.1.1.3; 
#=GS A0A1F0I900/25-309  AC A0A1F0I900
#=GS A0A1F0I900/25-309  OS Pseudomonas sp. HMSC065H01
#=GS A0A1F0I900/25-309  DE Lipase
#=GS A0A1F0I900/25-309  DR GENE3D; dcfede94b1d3f1e218f227e2e1f64987/25-309; 
#=GS A0A1F0I900/25-309  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas sp. HMSC065H01; 
#=GS A0A1F0I900/25-309  DR EC; 3.1.1.3; 
#=GS A0A1G5K328/25-309  AC A0A1G5K328
#=GS A0A1G5K328/25-309  OS Acinetobacter baumannii
#=GS A0A1G5K328/25-309  DE Lactonizing lipase
#=GS A0A1G5K328/25-309  DR GENE3D; dcfede94b1d3f1e218f227e2e1f64987/25-309; 
#=GS A0A1G5K328/25-309  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Moraxellaceae; Acinetobacter; Acinetobacter calcoaceticus/baumannii complex; Acinetobacter baumannii; 
#=GS A0A1G5K328/25-309  DR EC; 3.1.1.3; 
#=GS P72172/25-309      AC P72172
#=GS P72172/25-309      OS Pseudomonas aeruginosa
#=GS P72172/25-309      DE Lactonizing lipase
#=GS P72172/25-309      DR GENE3D; dcfede94b1d3f1e218f227e2e1f64987/25-309; 
#=GS P72172/25-309      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas aeruginosa; 
#=GS P72172/25-309      DR EC; 3.1.1.3; 
#=GS A0A1D5BTX1/25-309  AC A0A1D5BTX1
#=GS A0A1D5BTX1/25-309  OS Pseudomonas sp. P179
#=GS A0A1D5BTX1/25-309  DE Uncharacterized protein
#=GS A0A1D5BTX1/25-309  DR GENE3D; dcfede94b1d3f1e218f227e2e1f64987/25-309; 
#=GS A0A1D5BTX1/25-309  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas sp. P179; 
#=GS A0A1D5BTX1/25-309  DR EC; 3.1.1.3; 
#=GS A0A0P1DHK6/25-309  AC A0A0P1DHK6
#=GS A0A0P1DHK6/25-309  OS Pseudomonas aeruginosa DK1
#=GS A0A0P1DHK6/25-309  DE Lactonizing lipase
#=GS A0A0P1DHK6/25-309  DR GENE3D; dcfede94b1d3f1e218f227e2e1f64987/25-309; 
#=GS A0A0P1DHK6/25-309  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas aeruginosa; 
#=GS A0A0P1DHK6/25-309  DR EC; 3.1.1.3; 
#=GS V6AMJ5/25-309      AC V6AMJ5
#=GS V6AMJ5/25-309      OS Pseudomonas aeruginosa MH27
#=GS V6AMJ5/25-309      DE Lactonizing lipase
#=GS V6AMJ5/25-309      DR GENE3D; dcfede94b1d3f1e218f227e2e1f64987/25-309; 
#=GS V6AMJ5/25-309      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas aeruginosa; 
#=GS V6AMJ5/25-309      DR EC; 3.1.1.3; 
#=GS A0A0E1B512/25-309  AC A0A0E1B512
#=GS A0A0E1B512/25-309  OS Pseudomonas aeruginosa MTB-1
#=GS A0A0E1B512/25-309  DE Lactonizing lipase
#=GS A0A0E1B512/25-309  DR GENE3D; dcfede94b1d3f1e218f227e2e1f64987/25-309; 
#=GS A0A0E1B512/25-309  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas aeruginosa; 
#=GS A0A0E1B512/25-309  DR EC; 3.1.1.3; 
#=GS H2D5P3/31-359      AC H2D5P3
#=GS H2D5P3/31-359      OS uncultured bacterium
#=GS H2D5P3/31-359      DE Alkaline lipase
#=GS H2D5P3/31-359      DR GENE3D; dd3a61019247074a718567837b2559fc/31-359; 
#=GS H2D5P3/31-359      DR ORG; Bacteria; uncultured bacterium; 
#=GS H2D5P3/31-359      DR EC; 3.1.1.1; 
#=GS A6B1H2/26-309      AC A6B1H2
#=GS A6B1H2/26-309      OS Vibrio parahaemolyticus AQ3810
#=GS A6B1H2/26-309      DE Lipase
#=GS A6B1H2/26-309      DR GENE3D; de844c97755ccfc1b9372642d4c94aa8/26-309; 
#=GS A6B1H2/26-309      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio harveyi group; Vibrio parahaemolyticus; 
#=GS A6B1H2/26-309      DR EC; 3.1.1.3; 
#=GS A0A0E1TV50/36-355  AC A0A0E1TV50
#=GS A0A0E1TV50/36-355  OS Burkholderia pseudomallei 576
#=GS A0A0E1TV50/36-355  DE Triacylglycerol lipase
#=GS A0A0E1TV50/36-355  DR GENE3D; ded5eff7df337cc673b02f5b2b66ea6c/36-355; 
#=GS A0A0E1TV50/36-355  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; pseudomallei group; Burkholderia pseudomallei; 
#=GS A0A0E1TV50/36-355  DR EC; 3.1.1.3; 
#=GS B1H807/36-355      AC B1H807
#=GS B1H807/36-355      OS Burkholderia pseudomallei S13
#=GS B1H807/36-355      DE Lipase
#=GS B1H807/36-355      DR GENE3D; ded5eff7df337cc673b02f5b2b66ea6c/36-355; 
#=GS B1H807/36-355      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; pseudomallei group; Burkholderia pseudomallei; 
#=GS B1H807/36-355      DR EC; 3.1.1.3; 
#=GS C4I862/36-355      AC C4I862
#=GS C4I862/36-355      OS Burkholderia pseudomallei MSHR346
#=GS C4I862/36-355      DE Lipase (Triacylglycerol lipase)
#=GS C4I862/36-355      DR GENE3D; ded5eff7df337cc673b02f5b2b66ea6c/36-355; 
#=GS C4I862/36-355      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; pseudomallei group; Burkholderia pseudomallei; 
#=GS C4I862/36-355      DR EC; 3.1.1.3; 
#=GS Q45VN4/45-359      AC Q45VN4
#=GS Q45VN4/45-359      OS Burkholderia multivorans
#=GS Q45VN4/45-359      DE LipA
#=GS Q45VN4/45-359      DR GENE3D; df3edc8fed6a37b373fb71f3e9f44f43/45-359; 
#=GS Q45VN4/45-359      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia multivorans; 
#=GS Q45VN4/45-359      DR EC; 3.1.1.3; 
#=GS A0A088TR33/46-364  AC A0A088TR33
#=GS A0A088TR33/46-364  OS Burkholderia cepacia ATCC 25416
#=GS A0A088TR33/46-364  DE Lipoyl synthase
#=GS A0A088TR33/46-364  DR GENE3D; dfa7274930a9a754fa63d735ee4646f0/46-364; 
#=GS A0A088TR33/46-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cepacia; 
#=GS A0A088TR33/46-364  DR EC; 3.1.1.3; 
#=GS Q6B4I1/46-364      AC Q6B4I1
#=GS Q6B4I1/46-364      OS Burkholderia cepacia
#=GS Q6B4I1/46-364      DE Triacylglycerol lipase
#=GS Q6B4I1/46-364      DR GENE3D; dfa7274930a9a754fa63d735ee4646f0/46-364; 
#=GS Q6B4I1/46-364      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cepacia; 
#=GS Q6B4I1/46-364      DR EC; 3.1.1.3; 
#=GS A0A1L9L5U9/20-301  AC A0A1L9L5U9
#=GS A0A1L9L5U9/20-301  OS Vibrio vulnificus
#=GS A0A1L9L5U9/20-301  DE Lactonizing lipase
#=GS A0A1L9L5U9/20-301  DR GENE3D; dffa9341061b23eb6db8d4c390018023/20-301; 
#=GS A0A1L9L5U9/20-301  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio vulnificus; 
#=GS A0A1L9L5U9/20-301  DR EC; 3.1.1.3; 
#=GS A0A1L9KX00/20-301  AC A0A1L9KX00
#=GS A0A1L9KX00/20-301  OS Vibrio fluvialis
#=GS A0A1L9KX00/20-301  DE Lactonizing lipase
#=GS A0A1L9KX00/20-301  DR GENE3D; dffa9341061b23eb6db8d4c390018023/20-301; 
#=GS A0A1L9KX00/20-301  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio fluvialis; 
#=GS A0A1L9KX00/20-301  DR EC; 3.1.1.3; 
#=GS A0A0S2FLX2/30-314  AC A0A0S2FLX2
#=GS A0A0S2FLX2/30-314  OS Lysobacter capsici
#=GS A0A0S2FLX2/30-314  DE Lactonizing lipase
#=GS A0A0S2FLX2/30-314  DR GENE3D; dffcc3d4da238f8230f7ac3e625020a6/30-314; 
#=GS A0A0S2FLX2/30-314  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Xanthomonadales; Xanthomonadaceae; Lysobacter; Lysobacter capsici; 
#=GS A0A0S2FLX2/30-314  DR EC; 3.1.1.3; 
#=GS A0A090RYP2/26-310  AC A0A090RYP2
#=GS A0A090RYP2/26-310  OS Vibrio maritimus
#=GS A0A090RYP2/26-310  DE Lipase
#=GS A0A090RYP2/26-310  DR GENE3D; e172903e8b54bc1c6af4c07906037bc7/26-310; 
#=GS A0A090RYP2/26-310  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio maritimus; 
#=GS A0A090RYP2/26-310  DR EC; 3.1.1.3; 
#=GS A0A1J0ITI5/27-311  AC A0A1J0ITI5
#=GS A0A1J0ITI5/27-311  OS Pseudomonas aeruginosa
#=GS A0A1J0ITI5/27-311  DE Lactonizing lipase
#=GS A0A1J0ITI5/27-311  DR GENE3D; e1ee9548b6a94cbe3cdd0d72c7ac4403/27-311; 
#=GS A0A1J0ITI5/27-311  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas aeruginosa; 
#=GS A0A1J0ITI5/27-311  DR EC; 3.1.1.3; 
#=GS C9P528/27-311      AC C9P528
#=GS C9P528/27-311      OS Vibrio metschnikovii CIP 69.14
#=GS C9P528/27-311      DE Lipase
#=GS C9P528/27-311      DR GENE3D; e643c60b785dca0e914c01744968cb21/27-311; 
#=GS C9P528/27-311      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio metschnikovii; 
#=GS C9P528/27-311      DR EC; 3.1.1.3; 
#=GS O68551/41-360      AC O68551
#=GS O68551/41-360      OS Pseudomonas luteola
#=GS O68551/41-360      DE Triacylglycerol lipase
#=GS O68551/41-360      DR GENE3D; e755bb0efc5c23cae874bc6e08df482a/41-360; 
#=GS O68551/41-360      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas stutzeri group; Pseudomonas luteola; 
#=GS O68551/41-360      DR EC; 3.1.1.3; 
#=GS A0A0T7D2V3/30-313  AC A0A0T7D2V3
#=GS A0A0T7D2V3/30-313  OS Vibrio sp. J2-4
#=GS A0A0T7D2V3/30-313  DE Lipase
#=GS A0A0T7D2V3/30-313  DR GENE3D; ea89f67ed3dce1e52e3cf9145e5621e7/30-313; 
#=GS A0A0T7D2V3/30-313  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio sp. J2-4; 
#=GS A0A0T7D2V3/30-313  DR EC; 3.1.1.3; 
#=GS Q0BAH5/45-364      AC Q0BAH5
#=GS Q0BAH5/45-364      OS Burkholderia ambifaria AMMD
#=GS Q0BAH5/45-364      DE Triacylglycerol lipase
#=GS Q0BAH5/45-364      DR GENE3D; ed19cfa3dfb9aa0bf2babbead3d49a44/45-364; 
#=GS Q0BAH5/45-364      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia ambifaria; 
#=GS Q0BAH5/45-364      DR EC; 3.1.1.3; 
#=GS Z2F0N9/26-309      AC Z2F0N9
#=GS Z2F0N9/26-309      OS Vibrio parahaemolyticus V-223/04
#=GS Z2F0N9/26-309      DE Lactonizing lipase
#=GS Z2F0N9/26-309      DR GENE3D; eec869e9c579a89e082f594724509af4/26-309; 
#=GS Z2F0N9/26-309      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio harveyi group; Vibrio parahaemolyticus; 
#=GS Z2F0N9/26-309      DR EC; 3.1.1.3; 
#=GS A0A1J0JZY1/26-309  AC A0A1J0JZY1
#=GS A0A1J0JZY1/26-309  OS Vibrio parahaemolyticus
#=GS A0A1J0JZY1/26-309  DE Lipase
#=GS A0A1J0JZY1/26-309  DR GENE3D; eec869e9c579a89e082f594724509af4/26-309; 
#=GS A0A1J0JZY1/26-309  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio harveyi group; Vibrio parahaemolyticus; 
#=GS A0A1J0JZY1/26-309  DR EC; 3.1.1.3; 
#=GS A0A0U2QQQ4/45-364  AC A0A0U2QQQ4
#=GS A0A0U2QQQ4/45-364  OS Burkholderia ubonensis
#=GS A0A0U2QQQ4/45-364  DE Lipase
#=GS A0A0U2QQQ4/45-364  DR GENE3D; ef3f1989f2ebba321ed1ea5032371591/45-364; 
#=GS A0A0U2QQQ4/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia ubonensis; 
#=GS A0A0U2QQQ4/45-364  DR EC; 3.1.1.3; 
#=GS Q8RKT7/29-311      AC Q8RKT7
#=GS Q8RKT7/29-311      OS Pseudomonas mendocina
#=GS Q8RKT7/29-311      DE LipA
#=GS Q8RKT7/29-311      DR GENE3D; f42db2214244e60891bbcecdf45482df/29-311; 
#=GS Q8RKT7/29-311      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas mendocina; 
#=GS Q8RKT7/29-311      DR EC; 3.1.1.3; 
#=GS A0A0M2WUR8/29-302  AC A0A0M2WUR8
#=GS A0A0M2WUR8/29-302  OS Janthinobacterium sp. KBS0711
#=GS A0A0M2WUR8/29-302  DE Lactonizing lipase
#=GS A0A0M2WUR8/29-302  DR GENE3D; f7f531aa42dd2898d6c4309fdf197c43/29-302; 
#=GS A0A0M2WUR8/29-302  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Oxalobacteraceae; Janthinobacterium; Janthinobacterium sp. KBS0711; 
#=GS A0A0M2WUR8/29-302  DR EC; 3.1.1.3; 
#=GS A3NMC8/41-360      AC A3NMC8
#=GS A3NMC8/41-360      OS Burkholderia pseudomallei 668
#=GS A3NMC8/41-360      DE Triacylglycerol lipase
#=GS A3NMC8/41-360      DR GENE3D; f8f7ff0f7ce23a4fc343675dde1e4181/41-360; 
#=GS A3NMC8/41-360      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; pseudomallei group; Burkholderia pseudomallei; 
#=GS A3NMC8/41-360      DR EC; 3.1.1.3; 
#=GS A3P7T9/41-360      AC A3P7T9
#=GS A3P7T9/41-360      OS Burkholderia pseudomallei 1106a
#=GS A3P7T9/41-360      DE Lipase
#=GS A3P7T9/41-360      DR GENE3D; f8f7ff0f7ce23a4fc343675dde1e4181/41-360; 
#=GS A3P7T9/41-360      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; pseudomallei group; Burkholderia pseudomallei; 
#=GS A3P7T9/41-360      DR EC; 3.1.1.3; 
#=GS A0A068FJV4/29-311  AC A0A068FJV4
#=GS A0A068FJV4/29-311  OS Pseudomonas stutzeri
#=GS A0A068FJV4/29-311  DE Lipase
#=GS A0A068FJV4/29-311  DR GENE3D; feee737cf03cb3b61488f05e500eb82e/29-311; 
#=GS A0A068FJV4/29-311  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas stutzeri group; Pseudomonas stutzeri subgroup; Pseudomonas stutzeri; 
#=GS A0A068FJV4/29-311  DR EC; 3.1.1.3; 
#=GS A0A0E3JN96/29-311  AC A0A0E3JN96
#=GS A0A0E3JN96/29-311  OS uncultured Pseudomonas sp.
#=GS A0A0E3JN96/29-311  DE Lipase
#=GS A0A0E3JN96/29-311  DR GENE3D; feee737cf03cb3b61488f05e500eb82e/29-311; 
#=GS A0A0E3JN96/29-311  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; uncultured Pseudomonas sp.; 
#=GS A0A0E3JN96/29-311  DR EC; 3.1.1.3; 
#=GS A0A1A7USD8/27-310  AC A0A1A7USD8
#=GS A0A1A7USD8/27-310  OS Vibrio mediterranei
#=GS A0A1A7USD8/27-310  DE Lactonizing lipase
#=GS A0A1A7USD8/27-310  DR GENE3D; ffd0c108d1ae5c5aa35366b293cecd3c/27-310; 
#=GS A0A1A7USD8/27-310  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio mediterranei; 
#=GS A0A1A7USD8/27-310  DR EC; 3.1.1.3; 
#=GS A0A084TCY6/27-310  AC A0A084TCY6
#=GS A0A084TCY6/27-310  OS Vibrio sp. ER1A
#=GS A0A084TCY6/27-310  DE Lactonizing lipase
#=GS A0A084TCY6/27-310  DR GENE3D; ffd0c108d1ae5c5aa35366b293cecd3c/27-310; 
#=GS A0A084TCY6/27-310  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio sp. ER1A; 
#=GS A0A084TCY6/27-310  DR EC; 3.1.1.3; 
#=GS P08658/5-275       AC P08658
#=GS P08658/5-275       OS Pseudomonas fragi
#=GS P08658/5-275       DE Lipase
#=GS P08658/5-275       DR GENE3D; d82b2159be254bb87562d842a93b3f28/5-275; 
#=GS P08658/5-275       DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas chlororaphis group; Pseudomonas fragi; 
#=GS P08658/5-275       DR EC; 3.1.1.3; 
#=GS Q9HUZ7/25-309      AC Q9HUZ7
#=GS Q9HUZ7/25-309      OS Pseudomonas aeruginosa PAO1
#=GS Q9HUZ7/25-309      DE Lipase LipC
#=GS Q9HUZ7/25-309      DR GENE3D; d5f0ed18b65dc7117d7e99e91a26cc3c/25-309; 
#=GS Q9HUZ7/25-309      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas aeruginosa; 
#=GS Q9HUZ7/25-309      DR GO; GO:0015628; GO:0016298; GO:0043952; 
#=GS U3H9P2/27-310      AC U3H9P2
#=GS U3H9P2/27-310      OS Pseudomonas alcaligenes OT 69
#=GS U3H9P2/27-310      DE Lactonizing lipase
#=GS U3H9P2/27-310      DR GENE3D; 02fa172cb54c77a226b764459ce3a095/27-310; 
#=GS U3H9P2/27-310      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas alcaligenes; 
#=GS A0A0B3BPM8/33-318  AC A0A0B3BPM8
#=GS A0A0B3BPM8/33-318  OS Pseudomonas flexibilis
#=GS A0A0B3BPM8/33-318  DE Lactonizing lipase
#=GS A0A0B3BPM8/33-318  DR GENE3D; 05ffcd33a9da013f572397fd10069314/33-318; 
#=GS A0A0B3BPM8/33-318  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas flexibilis; 
#=GS A0A0C2BH86/27-310  AC A0A0C2BH86
#=GS A0A0C2BH86/27-310  OS Herbaspirillum sp. TSA66
#=GS A0A0C2BH86/27-310  DE Lactonizing lipase
#=GS A0A0C2BH86/27-310  DR GENE3D; 070bccdddfde5bd7bfda69c3b19bbae7/27-310; 
#=GS A0A0C2BH86/27-310  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Oxalobacteraceae; Herbaspirillum; Herbaspirillum sp. TSA66; 
#=GS A0A0T6UNV8/28-314  AC A0A0T6UNV8
#=GS A0A0T6UNV8/28-314  OS Pseudomonas sp. TTU2014-080ASC
#=GS A0A0T6UNV8/28-314  DE Lipase
#=GS A0A0T6UNV8/28-314  DR GENE3D; 08f1bc5ab4e89625c204251f3300ced6/28-314; 
#=GS A0A0T6UNV8/28-314  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas sp. TTU2014-080ASC; 
#=GS A0A0L7YWL3/30-313  AC A0A0L7YWL3
#=GS A0A0L7YWL3/30-313  OS Vibrio alginolyticus
#=GS A0A0L7YWL3/30-313  DE Lactonizing lipase
#=GS A0A0L7YWL3/30-313  DR GENE3D; 0a625f3e75c1b2620a8750833aba0004/30-313; 
#=GS A0A0L7YWL3/30-313  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio harveyi group; Vibrio alginolyticus; 
#=GS R1HA44/20-303      AC R1HA44
#=GS R1HA44/20-303      OS Aeromonas molluscorum 848
#=GS R1HA44/20-303      DE Lipase
#=GS R1HA44/20-303      DR GENE3D; 0b8422ffd930d2e3c8c3fdcf114e65b0/20-303; 
#=GS R1HA44/20-303      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Aeromonadales; Aeromonadaceae; Aeromonas; Aeromonas molluscorum; 
#=GS J1ENC2/32-313      AC J1ENC2
#=GS J1ENC2/32-313      OS Acidovorax sp. CF316
#=GS J1ENC2/32-313      DE Putative acetyltransferase/hydrolase with alpha/beta hydrolase
#=GS J1ENC2/32-313      DR GENE3D; 0bca531b30bcd2aad3b1a0a28c5ae4b6/32-313; 
#=GS J1ENC2/32-313      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Comamonadaceae; Acidovorax; Acidovorax sp. CF316; 
#=GS A0A1M3J7Q7/26-306  AC A0A1M3J7Q7
#=GS A0A1M3J7Q7/26-306  OS Burkholderiales bacterium 68-20
#=GS A0A1M3J7Q7/26-306  DE Lipase
#=GS A0A1M3J7Q7/26-306  DR GENE3D; 0bd4ca7368c9aa8093313d767f35583c/26-306; 
#=GS A0A1M3J7Q7/26-306  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiales bacterium 68-20; 
#=GS A0A1E4LZC2/26-306  AC A0A1E4LZC2
#=GS A0A1E4LZC2/26-306  OS Comamonadaceae bacterium SCN 68-20
#=GS A0A1E4LZC2/26-306  DE Lipase
#=GS A0A1E4LZC2/26-306  DR GENE3D; 0bd4ca7368c9aa8093313d767f35583c/26-306; 
#=GS A0A1E4LZC2/26-306  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Comamonadaceae; Comamonadaceae bacterium SCN 68-20; 
#=GS A0A1A9N6N1/47-364  AC A0A1A9N6N1
#=GS A0A1A9N6N1/47-364  OS Paraburkholderia ginsengiterrae
#=GS A0A1A9N6N1/47-364  DE Alpha/beta hydrolase
#=GS A0A1A9N6N1/47-364  DR GENE3D; 0d3baa1d5b278fd05b4dd39ffb9a48da/47-364; 
#=GS A0A1A9N6N1/47-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Paraburkholderia; Paraburkholderia ginsengiterrae; 
#=GS A0A0A5I163/27-310  AC A0A0A5I163
#=GS A0A0A5I163/27-310  OS Vibrio sinaloensis
#=GS A0A0A5I163/27-310  DE Lactonizing lipase
#=GS A0A0A5I163/27-310  DR GENE3D; 1469aca98dbe3b2309b8d14c5f143203/27-310; 
#=GS A0A0A5I163/27-310  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio oreintalis group; Vibrio sinaloensis; 
#=GS F2LNF6/40-358      AC F2LNF6
#=GS F2LNF6/40-358      OS Burkholderia gladioli BSR3
#=GS F2LNF6/40-358      DE Triacylglycerol lipase
#=GS F2LNF6/40-358      DR GENE3D; 177a5c7148a0e21892389a0df31c0554/40-358; 
#=GS F2LNF6/40-358      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia gladioli; 
#=GS A0A120IHU0/20-302  AC A0A120IHU0
#=GS A0A120IHU0/20-302  OS Janthinobacterium sp. B9-8
#=GS A0A120IHU0/20-302  DE Lipase
#=GS A0A120IHU0/20-302  DR GENE3D; 1783c43551de7fe91a76dabe38e85432/20-302; 
#=GS A0A120IHU0/20-302  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Oxalobacteraceae; Janthinobacterium; Janthinobacterium sp. B9-8; 
#=GS S6AKE8/30-314      AC S6AKE8
#=GS S6AKE8/30-314      OS Pseudomonas resinovorans NBRC 106553
#=GS S6AKE8/30-314      DE Lipase
#=GS S6AKE8/30-314      DR GENE3D; 1aa26ae7932d3d5d45a5bc56ff27cace/30-314; 
#=GS S6AKE8/30-314      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas resinovorans; 
#=GS A0A104NQZ3/45-364  AC A0A104NQZ3
#=GS A0A104NQZ3/45-364  OS Burkholderia pyrrocinia
#=GS A0A104NQZ3/45-364  DE Alpha/beta hydrolase
#=GS A0A104NQZ3/45-364  DR GENE3D; 1d384b8c40ee915ef92a6e9c8c88a0db/45-364; 
#=GS A0A104NQZ3/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia pyrrocinia; 
#=GS Q1N359/30-312      AC Q1N359
#=GS Q1N359/30-312      OS Bermanella marisrubri
#=GS Q1N359/30-312      DE Lactonizing lipase
#=GS Q1N359/30-312      DR GENE3D; 241d1bc76cd8a27fad8244c8cf0707a5/30-312; 
#=GS Q1N359/30-312      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Oceanospirillales; Oceanospirillaceae; Bermanella; Bermanella marisrubri; 
#=GS A0A0N1EDM3/23-306  AC A0A0N1EDM3
#=GS A0A0N1EDM3/23-306  OS Pseudoalteromonas porphyrae
#=GS A0A0N1EDM3/23-306  DE Lipase
#=GS A0A0N1EDM3/23-306  DR GENE3D; 24cd2d84e31f40d43ca4e0ca0e146488/23-306; 
#=GS A0A0N1EDM3/23-306  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Alteromonadales; Pseudoalteromonadaceae; Pseudoalteromonas; Pseudoalteromonas porphyrae; 
#=GS F0LXT6/30-312      AC F0LXT6
#=GS F0LXT6/30-312      OS Vibrio furnissii NCTC 11218
#=GS F0LXT6/30-312      DE Lipase
#=GS F0LXT6/30-312      DR GENE3D; 27dd02e99187cbe642bc90aa03c5d12f/30-312; 
#=GS F0LXT6/30-312      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio furnissii; 
#=GS I4JIG4/26-308      AC I4JIG4
#=GS I4JIG4/26-308      OS Pseudomonas stutzeri TS44
#=GS I4JIG4/26-308      DE Lipase LipC
#=GS I4JIG4/26-308      DR GENE3D; 2e808993455d4f8529cf2c7efb0e02b9/26-308; 
#=GS I4JIG4/26-308      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas stutzeri group; Pseudomonas stutzeri subgroup; Pseudomonas stutzeri; 
#=GS A0A1F4JRI0/27-310  AC A0A1F4JRI0
#=GS A0A1F4JRI0/27-310  OS Burkholderiales bacterium RIFCSPLOWO2_02_FULL_57_36
#=GS A0A1F4JRI0/27-310  DE Lipase
#=GS A0A1F4JRI0/27-310  DR GENE3D; 2f2b157a5e0e58763e8546adf61819f3/27-310; 
#=GS A0A1F4JRI0/27-310  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiales bacterium RIFCSPLOWO2_02_FULL_57_36; 
#=GS A0A0J6NL45/26-309  AC A0A0J6NL45
#=GS A0A0J6NL45/26-309  OS Chromobacterium sp. LK11
#=GS A0A0J6NL45/26-309  DE Lactonizing lipase
#=GS A0A0J6NL45/26-309  DR GENE3D; 311eceb874ffae7c70b31deb4c004f46/26-309; 
#=GS A0A0J6NL45/26-309  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Neisseriales; Chromobacteriaceae; Chromobacterium; Chromobacterium sp. LK11; 
#=GS A0A0P9AA70/39-318  AC A0A0P9AA70
#=GS A0A0P9AA70/39-318  OS Variovorax paradoxus
#=GS A0A0P9AA70/39-318  DE Lipase
#=GS A0A0P9AA70/39-318  DR GENE3D; 3728b3f904ab779bf64f28ddfe20f623/39-318; 
#=GS A0A0P9AA70/39-318  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Comamonadaceae; Variovorax; Variovorax paradoxus; 
#=GS A0A0B1YP13/45-364  AC A0A0B1YP13
#=GS A0A0B1YP13/45-364  OS Burkholderia sp. A9
#=GS A0A0B1YP13/45-364  DE Alpha/beta hydrolase
#=GS A0A0B1YP13/45-364  DR GENE3D; 3a013fdc7da35625cb8ad2e1267b0827/45-364; 
#=GS A0A0B1YP13/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia sp. A9; 
#=GS M1H0U7/23-306      AC M1H0U7
#=GS M1H0U7/23-306      OS uncultured bacterium
#=GS M1H0U7/23-306      DE Lipase
#=GS M1H0U7/23-306      DR GENE3D; 3b0466505e00e3df62d7af2ae4bc1e9a/23-306; 
#=GS M1H0U7/23-306      DR ORG; Bacteria; uncultured bacterium; 
#=GS L8JBA0/30-313      AC L8JBA0
#=GS L8JBA0/30-313      OS Photobacterium marinum
#=GS L8JBA0/30-313      DE Lipase
#=GS L8JBA0/30-313      DR GENE3D; 3fae8f8eddf112439433c469640dd3b7/30-313; 
#=GS L8JBA0/30-313      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Photobacterium; Photobacterium marinum; 
#=GS A0A0L8SLI4/26-309  AC A0A0L8SLI4
#=GS A0A0L8SLI4/26-309  OS Vibrio parahaemolyticus
#=GS A0A0L8SLI4/26-309  DE Lactonizing lipase
#=GS A0A0L8SLI4/26-309  DR GENE3D; 42412063939db7b44e32b5159de5150e/26-309; 
#=GS A0A0L8SLI4/26-309  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio harveyi group; Vibrio parahaemolyticus; 
#=GS Q87QG8/26-309      AC Q87QG8
#=GS Q87QG8/26-309      OS Vibrio parahaemolyticus RIMD 2210633
#=GS Q87QG8/26-309      DE Lactonizing lipase
#=GS Q87QG8/26-309      DR GENE3D; 42412063939db7b44e32b5159de5150e/26-309; 
#=GS Q87QG8/26-309      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio harveyi group; Vibrio parahaemolyticus; 
#=GS A0A0F6LRJ6/26-309  AC A0A0F6LRJ6
#=GS A0A0F6LRJ6/26-309  OS Vibrio parahaemolyticus 863
#=GS A0A0F6LRJ6/26-309  DE Lactonizing lipase
#=GS A0A0F6LRJ6/26-309  DR GENE3D; 42412063939db7b44e32b5159de5150e/26-309; 
#=GS A0A0F6LRJ6/26-309  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio harveyi group; Vibrio parahaemolyticus; 
#=GS W8QX89/30-313      AC W8QX89
#=GS W8QX89/30-313      OS Pseudomonas stutzeri
#=GS W8QX89/30-313      DE Lactonizing lipase
#=GS W8QX89/30-313      DR GENE3D; 4694aae0e356f3aba8bae6084e6812f9/30-313; 
#=GS W8QX89/30-313      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas stutzeri group; Pseudomonas stutzeri subgroup; Pseudomonas stutzeri; 
#=GS A0A1E5C8D4/30-313  AC A0A1E5C8D4
#=GS A0A1E5C8D4/30-313  OS Enterovibrio norvegicus FF-454
#=GS A0A1E5C8D4/30-313  DE Lipase
#=GS A0A1E5C8D4/30-313  DR GENE3D; 46c8a422e52d218bf94a68196db49b1c/30-313; 
#=GS A0A1E5C8D4/30-313  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Enterovibrio; Enterovibrio norvegicus; 
#=GS A6CWS4/27-310      AC A6CWS4
#=GS A6CWS4/27-310      OS Vibrio shilonii AK1
#=GS A6CWS4/27-310      DE Putative lactonizing lipase
#=GS A6CWS4/27-310      DR GENE3D; 4722630695580c01389fd67f87ec8d50/27-310; 
#=GS A6CWS4/27-310      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio shilonii; 
#=GS A0A1K1TB52/51-370  AC A0A1K1TB52
#=GS A0A1K1TB52/51-370  OS Burkholderia sp. WP40
#=GS A0A1K1TB52/51-370  DE Triacylglycerol lipase
#=GS A0A1K1TB52/51-370  DR GENE3D; 4822b203cc25354d758e6520275ce7e0/51-370; 
#=GS A0A1K1TB52/51-370  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia sp. WP40; 
#=GS A0A1L6LKZ3/49-332  AC A0A1L6LKZ3
#=GS A0A1L6LKZ3/49-332  OS Minicystis rosea
#=GS A0A1L6LKZ3/49-332  DE Lipase
#=GS A0A1L6LKZ3/49-332  DR GENE3D; 4bf2e274942df23255421ae28e7033f7/49-332; 
#=GS A0A1L6LKZ3/49-332  DR ORG; Bacteria; Proteobacteria; delta/epsilon subdivisions; Deltaproteobacteria; Myxococcales; Sorangiineae; Minicystis; Minicystis rosea; 
#=GS A0A0M0IQS3/27-311  AC A0A0M0IQS3
#=GS A0A0M0IQS3/27-311  OS Vibrio xuii
#=GS A0A0M0IQS3/27-311  DE Lipase
#=GS A0A0M0IQS3/27-311  DR GENE3D; 4dd331e8e7f512b03b6912b0bdb92721/27-311; 
#=GS A0A0M0IQS3/27-311  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio xuii; 
#=GS A0A1E4USH8/31-315  AC A0A1E4USH8
#=GS A0A1E4USH8/31-315  OS Pseudomonas sp. 21C1
#=GS A0A1E4USH8/31-315  DE Lipase
#=GS A0A1E4USH8/31-315  DR GENE3D; 4e7f91ba7f23782477b96f2e390c266b/31-315; 
#=GS A0A1E4USH8/31-315  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas sp. 21C1; 
#=GS A0A1F4LEX8/23-305  AC A0A1F4LEX8
#=GS A0A1F4LEX8/23-305  OS Burkholderiales bacterium RIFCSPLOWO2_12_FULL_65_40
#=GS A0A1F4LEX8/23-305  DE Lipase
#=GS A0A1F4LEX8/23-305  DR GENE3D; 526a08ac4bfbe3591cc772a5a2658d5c/23-305; 
#=GS A0A1F4LEX8/23-305  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiales bacterium RIFCSPLOWO2_12_FULL_65_40; 
#=GS F7YQZ3/30-313      AC F7YQZ3
#=GS F7YQZ3/30-313      OS Vibrio anguillarum 775
#=GS F7YQZ3/30-313      DE Lipase
#=GS F7YQZ3/30-313      DR GENE3D; 54c8910f59ab34175be349f04de2dbb8/30-313; 
#=GS F7YQZ3/30-313      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio anguillarum; 
#=GS U2ZZ79/28-311      AC U2ZZ79
#=GS U2ZZ79/28-311      OS Vibrio proteolyticus NBRC 13287
#=GS U2ZZ79/28-311      DE Putative lipase
#=GS U2ZZ79/28-311      DR GENE3D; 553138cc6c9b98028dc247d653debe64/28-311; 
#=GS U2ZZ79/28-311      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio proteolyticus; 
#=GS A0A0N0IGM0/47-364  AC A0A0N0IGM0
#=GS A0A0N0IGM0/47-364  OS Burkholderia sp. ST111
#=GS A0A0N0IGM0/47-364  DE Alpha/beta hydrolase
#=GS A0A0N0IGM0/47-364  DR GENE3D; 5577a467fdcf2f2df30a7f437862bcc1/47-364; 
#=GS A0A0N0IGM0/47-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia sp. ST111; 
#=GS A0A066RH64/30-313  AC A0A066RH64
#=GS A0A066RH64/30-313  OS Photobacterium galatheae
#=GS A0A066RH64/30-313  DE Lactonizing lipase
#=GS A0A066RH64/30-313  DR GENE3D; 5e21ced89c46678a5ead1d4ee045efb3/30-313; 
#=GS A0A066RH64/30-313  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Photobacterium; Photobacterium galatheae; 
#=GS Q2C961/15-298      AC Q2C961
#=GS Q2C961/15-298      OS Photobacterium sp. SKA34
#=GS Q2C961/15-298      DE Putative lactonizing lipase
#=GS Q2C961/15-298      DR GENE3D; 5f11932f5034a3e2cf39b22b2d21e5a4/15-298; 
#=GS Q2C961/15-298      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Photobacterium; Photobacterium sp. SKA34; 
#=GS A0A1K2HNR7/25-308  AC A0A1K2HNR7
#=GS A0A1K2HNR7/25-308  OS Chitinimonas taiwanensis DSM 18899
#=GS A0A1K2HNR7/25-308  DE Triacylglycerol lipase
#=GS A0A1K2HNR7/25-308  DR GENE3D; 61d2a2f4e4090223a73942c29228f0af/25-308; 
#=GS A0A1K2HNR7/25-308  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Chitinimonas; Chitinimonas taiwanensis; 
#=GS A0A1E5FQI2/30-313  AC A0A1E5FQI2
#=GS A0A1E5FQI2/30-313  OS Vibrio ordalii 12B09
#=GS A0A1E5FQI2/30-313  DE Lipase
#=GS A0A1E5FQI2/30-313  DR GENE3D; 6592fbf543c2b14161e80afd6446b345/30-313; 
#=GS A0A1E5FQI2/30-313  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio ordalii; 
#=GS A0A0Q0Z5U6/29-312  AC A0A0Q0Z5U6
#=GS A0A0Q0Z5U6/29-312  OS Vibrio metoecus
#=GS A0A0Q0Z5U6/29-312  DE Lactonizing lipase
#=GS A0A0Q0Z5U6/29-312  DR GENE3D; 68da4b3bbd63fd462157ed08696ae5cc/29-312; 
#=GS A0A0Q0Z5U6/29-312  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio metoecus; 
#=GS A0A0C5X0I7/29-312  AC A0A0C5X0I7
#=GS A0A0C5X0I7/29-312  OS Photobacterium gaetbulicola Gung47
#=GS A0A0C5X0I7/29-312  DE Lactonizing lipase
#=GS A0A0C5X0I7/29-312  DR GENE3D; 696b374ce2eb8ca9dc87b1f818b5ba8f/29-312; 
#=GS A0A0C5X0I7/29-312  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Photobacterium; Photobacterium gaetbulicola; 
#=GS A0A0K1EU80/54-337  AC A0A0K1EU80
#=GS A0A0K1EU80/54-337  OS Chondromyces crocatus
#=GS A0A0K1EU80/54-337  DE Lactonizing lipase
#=GS A0A0K1EU80/54-337  DR GENE3D; 6b811d3dd7f5a9d7705f29b3c1c3a0dd/54-337; 
#=GS A0A0K1EU80/54-337  DR ORG; Bacteria; Proteobacteria; delta/epsilon subdivisions; Deltaproteobacteria; Myxococcales; Sorangiineae; Polyangiaceae; Chondromyces; Chondromyces crocatus; 
#=GS A0A031MFP9/30-315  AC A0A031MFP9
#=GS A0A031MFP9/30-315  OS Pseudomonas bauzanensis
#=GS A0A031MFP9/30-315  DE Lactonizing lipase
#=GS A0A031MFP9/30-315  DR GENE3D; 6be4e00ffd4ac2f2aafe2ab1ff0a45f3/30-315; 
#=GS A0A031MFP9/30-315  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas bauzanensis; 
#=GS A3YAD6/31-314      AC A3YAD6
#=GS A3YAD6/31-314      OS Marinomonas sp. MED121
#=GS A3YAD6/31-314      DE Lactonizing lipase
#=GS A3YAD6/31-314      DR GENE3D; 6ed1a77a362d6e60c280dd51bed31435/31-314; 
#=GS A3YAD6/31-314      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Oceanospirillales; Oceanospirillaceae; Marinomonas; Marinomonas sp. MED121; 
#=GS A0A0F4R1G8/31-314  AC A0A0F4R1G8
#=GS A0A0F4R1G8/31-314  OS Marinomonas sp. S3726
#=GS A0A0F4R1G8/31-314  DE Lactonizing lipase
#=GS A0A0F4R1G8/31-314  DR GENE3D; 73c4014b922ec97258e2633f8ca8601d/31-314; 
#=GS A0A0F4R1G8/31-314  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Oceanospirillales; Oceanospirillaceae; Marinomonas; Marinomonas sp. S3726; 
#=GS E3BNL1/27-311      AC E3BNL1
#=GS E3BNL1/27-311      OS Vibrio caribbeanicus ATCC BAA-2122
#=GS E3BNL1/27-311      DE Uncharacterized protein
#=GS E3BNL1/27-311      DR GENE3D; 774431e2a9fee7920e3ddd99bc13481d/27-311; 
#=GS E3BNL1/27-311      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio caribbeanicus; 
#=GS A0A1G3EB40/30-314  AC A0A1G3EB40
#=GS A0A1G3EB40/30-314  OS Pseudomonadales bacterium RIFCSPHIGHO2_02_FULL_60_43
#=GS A0A1G3EB40/30-314  DE Lipase
#=GS A0A1G3EB40/30-314  DR GENE3D; 7a24b12f4421a194475b3b2bae8b9006/30-314; 
#=GS A0A1G3EB40/30-314  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadales bacterium RIFCSPHIGHO2_02_FULL_60_43; 
#=GS A0A098U9L6/26-308  AC A0A098U9L6
#=GS A0A098U9L6/26-308  OS Massilia sp. JS1662
#=GS A0A098U9L6/26-308  DE Lactonizing lipase
#=GS A0A098U9L6/26-308  DR GENE3D; 7bb9067a1b9bdab75ab4c96cc24ff8cd/26-308; 
#=GS A0A098U9L6/26-308  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Oxalobacteraceae; Massilia; Massilia sp. JS1662; 
#=GS A0A1F4KE96/28-312  AC A0A1F4KE96
#=GS A0A1F4KE96/28-312  OS Burkholderiales bacterium RIFCSPLOWO2_12_FULL_61_40
#=GS A0A1F4KE96/28-312  DE Lipase
#=GS A0A1F4KE96/28-312  DR GENE3D; 820b718f1e2f712f193e1c3c2053ce38/28-312; 
#=GS A0A1F4KE96/28-312  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiales bacterium RIFCSPLOWO2_12_FULL_61_40; 
#=GS A0A135I4S9/27-310  AC A0A135I4S9
#=GS A0A135I4S9/27-310  OS Enterovibrio coralii
#=GS A0A135I4S9/27-310  DE Lipase
#=GS A0A135I4S9/27-310  DR GENE3D; 853105a120088e553242c19da55dce3c/27-310; 
#=GS A0A135I4S9/27-310  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Enterovibrio; Enterovibrio coralii; 
#=GS A0A135ZHX5/30-313  AC A0A135ZHX5
#=GS A0A135ZHX5/30-313  OS Photobacterium sanguinicancri
#=GS A0A135ZHX5/30-313  DE Lipase
#=GS A0A135ZHX5/30-313  DR GENE3D; 8667019349338bf727fd2ce044611fdb/30-313; 
#=GS A0A135ZHX5/30-313  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Photobacterium; Photobacterium sanguinicancri; 
#=GS E8M9R9/26-310      AC E8M9R9
#=GS E8M9R9/26-310      OS Vibrio sinaloensis DSM 21326
#=GS E8M9R9/26-310      DE Uncharacterized protein
#=GS E8M9R9/26-310      DR GENE3D; 88cd8397e20f7f699a278b4fd395fa5b/26-310; 
#=GS E8M9R9/26-310      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio oreintalis group; Vibrio sinaloensis; 
#=GS A0A158DWP5/40-359  AC A0A158DWP5
#=GS A0A158DWP5/40-359  OS Burkholderia calidae
#=GS A0A158DWP5/40-359  DE Triacylglycerol lipase
#=GS A0A158DWP5/40-359  DR GENE3D; 8b9a9e7f4b965c262d9433976ba7f362/40-359; 
#=GS A0A158DWP5/40-359  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia calidae; 
#=GS A0A178K9B8/30-313  AC A0A178K9B8
#=GS A0A178K9B8/30-313  OS Photobacterium jeanii
#=GS A0A178K9B8/30-313  DE Lipase
#=GS A0A178K9B8/30-313  DR GENE3D; 8fc6d8466b4aa49f64776058a3b7a923/30-313; 
#=GS A0A178K9B8/30-313  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Photobacterium; Photobacterium jeanii; 
#=GS A0A1M3JJE9/20-302  AC A0A1M3JJE9
#=GS A0A1M3JJE9/20-302  OS Burkholderiales bacterium 68-12
#=GS A0A1M3JJE9/20-302  DE Lipase
#=GS A0A1M3JJE9/20-302  DR GENE3D; 9106fc8f862266db9027904506c339d5/20-302; 
#=GS A0A1M3JJE9/20-302  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiales bacterium 68-12; 
#=GS A0A117MXT0/26-310  AC A0A117MXT0
#=GS A0A117MXT0/26-310  OS Chromobacterium violaceum
#=GS A0A117MXT0/26-310  DE Lipase
#=GS A0A117MXT0/26-310  DR GENE3D; 91f1db002ca3475c2f29a2acff50d8b4/26-310; 
#=GS A0A117MXT0/26-310  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Neisseriales; Chromobacteriaceae; Chromobacterium; Chromobacterium violaceum; 
#=GS K0HWS3/32-313      AC K0HWS3
#=GS K0HWS3/32-313      OS Acidovorax sp. KKS102
#=GS K0HWS3/32-313      DE Triacylglycerol lipase
#=GS K0HWS3/32-313      DR GENE3D; 93a0c8a0cf63f86ae00de8d62c844931/32-313; 
#=GS K0HWS3/32-313      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Comamonadaceae; Acidovorax; Acidovorax sp. KKS102; 
#=GS A0A1E3G107/45-364  AC A0A1E3G107
#=GS A0A1E3G107/45-364  OS Burkholderia contaminans
#=GS A0A1E3G107/45-364  DE Alpha/beta hydrolase
#=GS A0A1E3G107/45-364  DR GENE3D; 963443f9d3be2d8ed21d350f24369e7c/45-364; 
#=GS A0A1E3G107/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia contaminans; 
#=GS A0A0B2B7J6/45-364  AC A0A0B2B7J6
#=GS A0A0B2B7J6/45-364  OS Mumia flava
#=GS A0A0B2B7J6/45-364  DE Alpha/beta hydrolase
#=GS A0A0B2B7J6/45-364  DR GENE3D; 963443f9d3be2d8ed21d350f24369e7c/45-364; 
#=GS A0A0B2B7J6/45-364  DR ORG; Bacteria; Actinobacteria; Actinobacteria; Propionibacteriales; Nocardioidaceae; Mumia; Mumia flava; 
#=GS A0A0F9XP08/25-309  AC A0A0F9XP08
#=GS A0A0F9XP08/25-309  OS marine sediment metagenome
#=GS A0A0F9XP08/25-309  DE Uncharacterized protein
#=GS A0A0F9XP08/25-309  DR GENE3D; 96f6fd12194aea26319f8e99087926eb/25-309; 
#=GS A0A0F9XP08/25-309  DR ORG; marine sediment metagenome; 
#=GS A0A1H1YF16/27-311  AC A0A1H1YF16
#=GS A0A1H1YF16/27-311  OS Pseudomonas xinjiangensis
#=GS A0A1H1YF16/27-311  DE Triacylglycerol lipase
#=GS A0A1H1YF16/27-311  DR GENE3D; 974f8159517888f90368d0d27639a5f7/27-311; 
#=GS A0A1H1YF16/27-311  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas xinjiangensis; 
#=GS A0A1F4KED9/23-307  AC A0A1F4KED9
#=GS A0A1F4KED9/23-307  OS Burkholderiales bacterium RIFCSPLOWO2_12_FULL_61_40
#=GS A0A1F4KED9/23-307  DE Lipase
#=GS A0A1F4KED9/23-307  DR GENE3D; 9809bfd16612a48dfd5692c95cbdf2be/23-307; 
#=GS A0A1F4KED9/23-307  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiales bacterium RIFCSPLOWO2_12_FULL_61_40; 
#=GS A0A0D7KDM4/32-312  AC A0A0D7KDM4
#=GS A0A0D7KDM4/32-312  OS Acidovorax temperans
#=GS A0A0D7KDM4/32-312  DE Lactonizing lipase
#=GS A0A0D7KDM4/32-312  DR GENE3D; 9c1b8eaa43802be65ae73ee28237c377/32-312; 
#=GS A0A0D7KDM4/32-312  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Comamonadaceae; Acidovorax; Acidovorax temperans; 
#=GS A0A1H6EIA1/49-329  AC A0A1H6EIA1
#=GS A0A1H6EIA1/49-329  OS Variovorax sp. NFACC29
#=GS A0A1H6EIA1/49-329  DE Triacylglycerol lipase
#=GS A0A1H6EIA1/49-329  DR GENE3D; 9c7985f079a3e1c03aa850822b9c0dee/49-329; 
#=GS A0A1H6EIA1/49-329  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Comamonadaceae; Variovorax; Variovorax sp. NFACC29; 
#=GS A0A0Q6WCC6/27-304  AC A0A0Q6WCC6
#=GS A0A0Q6WCC6/27-304  OS Massilia sp. Root351
#=GS A0A0Q6WCC6/27-304  DE Lipase
#=GS A0A0Q6WCC6/27-304  DR GENE3D; 9e05ecafc2a517b6f2965da1c596fc00/27-304; 
#=GS A0A0Q6WCC6/27-304  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Oxalobacteraceae; Massilia; Massilia sp. Root351; 
#=GS A0A066UY09/30-313  AC A0A066UY09
#=GS A0A066UY09/30-313  OS Vibrio fortis
#=GS A0A066UY09/30-313  DE Lactonizing lipase
#=GS A0A066UY09/30-313  DR GENE3D; a7125a252dca9b30162f9e9b7a19467c/30-313; 
#=GS A0A066UY09/30-313  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio fortis; 
#=GS A0A0T6UW39/48-335  AC A0A0T6UW39
#=GS A0A0T6UW39/48-335  OS Pseudomonas sp. TTU2014-080ASC
#=GS A0A0T6UW39/48-335  DE Lipase
#=GS A0A0T6UW39/48-335  DR GENE3D; aa18bb8d02a1f3f993f2b3efa1a8929b/48-335; 
#=GS A0A0T6UW39/48-335  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas sp. TTU2014-080ASC; 
#=GS K2JZA4/28-312      AC K2JZA4
#=GS K2JZA4/28-312      OS Gallaecimonas xiamenensis 3-C-1
#=GS K2JZA4/28-312      DE Lipase
#=GS K2JZA4/28-312      DR GENE3D; ae0e1447b23f8d81d4d51422e0ed8a70/28-312; 
#=GS K2JZA4/28-312      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Gallaecimonas; Gallaecimonas xiamenensis; 
#=GS A0A0F5ZYF6/30-313  AC A0A0F5ZYF6
#=GS A0A0F5ZYF6/30-313  OS Grimontia sp. AD028
#=GS A0A0F5ZYF6/30-313  DE Lactonizing lipase
#=GS A0A0F5ZYF6/30-313  DR GENE3D; b0672db16832046fc415f11f8e6dd91d/30-313; 
#=GS A0A0F5ZYF6/30-313  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Grimontia; Grimontia sp. AD028; 
#=GS C5AH11/40-358      AC C5AH11
#=GS C5AH11/40-358      OS Burkholderia glumae BGR1
#=GS C5AH11/40-358      DE Lipase
#=GS C5AH11/40-358      DR GENE3D; b0a55bb4344dba12750c97324e53d742/40-358; 
#=GS C5AH11/40-358      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia glumae; 
#=GS A0A0T6UNR8/29-313  AC A0A0T6UNR8
#=GS A0A0T6UNR8/29-313  OS Pseudomonas sp. TTU2014-080ASC
#=GS A0A0T6UNR8/29-313  DE Lipase
#=GS A0A0T6UNR8/29-313  DR GENE3D; b2d86c3afdea114f3096dcf6e34e6603/29-313; 
#=GS A0A0T6UNR8/29-313  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas sp. TTU2014-080ASC; 
#=GS N9U2J2/20-301      AC N9U2J2
#=GS N9U2J2/20-301      OS Aeromonas diversa CDC 2478-85
#=GS N9U2J2/20-301      DE Lipase
#=GS N9U2J2/20-301      DR GENE3D; b46a57944e8e96ced30951b95b0c8ec5/20-301; 
#=GS N9U2J2/20-301      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Aeromonadales; Aeromonadaceae; Aeromonas; Aeromonas diversa; 
#=GS A0A1B4PZ56/45-364  AC A0A1B4PZ56
#=GS A0A1B4PZ56/45-364  OS Burkholderia cepacia
#=GS A0A1B4PZ56/45-364  DE Alpha/beta hydrolase
#=GS A0A1B4PZ56/45-364  DR GENE3D; b4b7fa316e9525c359b626c1a253d9d3/45-364; 
#=GS A0A1B4PZ56/45-364  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia cepacia; 
#=GS A0A0W1L3N5/23-306  AC A0A0W1L3N5
#=GS A0A0W1L3N5/23-306  OS Pseudoalteromonas sp. H105
#=GS A0A0W1L3N5/23-306  DE Lipase
#=GS A0A0W1L3N5/23-306  DR GENE3D; b599d4dcb22f43205fec48fede015576/23-306; 
#=GS A0A0W1L3N5/23-306  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Alteromonadales; Pseudoalteromonadaceae; Pseudoalteromonas; Pseudoalteromonas sp. H105; 
#=GS A0A1H1STA0/31-315  AC A0A1H1STA0
#=GS A0A1H1STA0/31-315  OS Pseudomonas sabulinigri
#=GS A0A1H1STA0/31-315  DE Triacylglycerol lipase
#=GS A0A1H1STA0/31-315  DR GENE3D; b5b8e1fb9fe0951666cfe126494d12d1/31-315; 
#=GS A0A1H1STA0/31-315  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas sabulinigri; 
#=GS U3C9C8/24-308      AC U3C9C8
#=GS U3C9C8/24-308      OS Vibrio azureus NBRC 104587
#=GS U3C9C8/24-308      DE Putative lipase
#=GS U3C9C8/24-308      DR GENE3D; b64c40ea48dcc3938e65716225a69da2/24-308; 
#=GS U3C9C8/24-308      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio harveyi group; Vibrio azureus; 
#=GS Q6LFX5/30-313      AC Q6LFX5
#=GS Q6LFX5/30-313      OS Photobacterium profundum SS9
#=GS Q6LFX5/30-313      DE Putative lactonizing lipase
#=GS Q6LFX5/30-313      DR GENE3D; b7d3818e5e9f8a0b1bca3cc7c6169eda/30-313; 
#=GS Q6LFX5/30-313      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Photobacterium; Photobacterium profundum; 
#=GS A0A1F4N7Q8/29-314  AC A0A1F4N7Q8
#=GS A0A1F4N7Q8/29-314  OS Burkholderiales bacterium RIFCSPLOWO2_12_FULL_64_99
#=GS A0A1F4N7Q8/29-314  DE Lipase
#=GS A0A1F4N7Q8/29-314  DR GENE3D; bc22f37036700c9ce6ef2227a04f2eee/29-314; 
#=GS A0A1F4N7Q8/29-314  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiales bacterium RIFCSPLOWO2_12_FULL_64_99; 
#=GS A0A0A0SY74/27-311  AC A0A0A0SY74
#=GS A0A0A0SY74/27-311  OS Vibrio coralliilyticus
#=GS A0A0A0SY74/27-311  DE Lactonizing lipase
#=GS A0A0A0SY74/27-311  DR GENE3D; bc8ccb3fb83e1debfa27435ef420dd0a/27-311; 
#=GS A0A0A0SY74/27-311  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio coralliilyticus; 
#=GS A0A0Q6TFJ7/26-308  AC A0A0Q6TFJ7
#=GS A0A0Q6TFJ7/26-308  OS Massilia sp. Root335
#=GS A0A0Q6TFJ7/26-308  DE Lipase
#=GS A0A0Q6TFJ7/26-308  DR GENE3D; bdff0769919b88e6ffa9c317086e4850/26-308; 
#=GS A0A0Q6TFJ7/26-308  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Oxalobacteraceae; Massilia; Massilia sp. Root335; 
#=GS A0A1H1VVJ1/30-315  AC A0A1H1VVJ1
#=GS A0A1H1VVJ1/30-315  OS Pseudomonas litoralis
#=GS A0A1H1VVJ1/30-315  DE Triacylglycerol lipase
#=GS A0A1H1VVJ1/30-315  DR GENE3D; c01a8389fd17eb91f5fd3c793b5d13e7/30-315; 
#=GS A0A1H1VVJ1/30-315  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas litoralis; 
#=GS A0A1B3PIL3/32-313  AC A0A1B3PIL3
#=GS A0A1B3PIL3/32-313  OS Acidovorax sp. RAC01
#=GS A0A1B3PIL3/32-313  DE Alpha/beta hydrolase family protein
#=GS A0A1B3PIL3/32-313  DR GENE3D; c5e1c6431cdb2d8112fbf0511e301595/32-313; 
#=GS A0A1B3PIL3/32-313  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Comamonadaceae; Acidovorax; Acidovorax sp. RAC01; 
#=GS A0A1F8VGY9/26-309  AC A0A1F8VGY9
#=GS A0A1F8VGY9/26-309  OS Curvibacter sp. GWA2_63_95
#=GS A0A1F8VGY9/26-309  DE Lipase
#=GS A0A1F8VGY9/26-309  DR GENE3D; c88a58ca34269d49f6e148228d6e92b7/26-309; 
#=GS A0A1F8VGY9/26-309  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Comamonadaceae; Curvibacter; Curvibacter sp. GWA2_63_95; 
#=GS A0A0C2S7V4/30-312  AC A0A0C2S7V4
#=GS A0A0C2S7V4/30-312  OS Pseudomonas stutzeri
#=GS A0A0C2S7V4/30-312  DE Lactonizing lipase
#=GS A0A0C2S7V4/30-312  DR GENE3D; c8943bf504cbd64b22973fba43d5a81e/30-312; 
#=GS A0A0C2S7V4/30-312  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas stutzeri group; Pseudomonas stutzeri subgroup; Pseudomonas stutzeri; 
#=GS A0A078MFP8/30-315  AC A0A078MFP8
#=GS A0A078MFP8/30-315  OS Pseudomonas saudimassiliensis
#=GS A0A078MFP8/30-315  DE Triacylglycerol lipase
#=GS A0A078MFP8/30-315  DR GENE3D; c8ed611f32ce53f0e27862360d36846d/30-315; 
#=GS A0A078MFP8/30-315  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas saudimassiliensis; 
#=GS A0A1E9C7D3/25-309  AC A0A1E9C7D3
#=GS A0A1E9C7D3/25-309  OS Pseudomonas sp. HMSC066B11
#=GS A0A1E9C7D3/25-309  DE Lipase
#=GS A0A1E9C7D3/25-309  DR GENE3D; d5f0ed18b65dc7117d7e99e91a26cc3c/25-309; 
#=GS A0A1E9C7D3/25-309  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas sp. HMSC066B11; 
#=GS L0WAM4/33-320      AC L0WAM4
#=GS L0WAM4/33-320      OS Alcanivorax hongdengensis A-11-3
#=GS L0WAM4/33-320      DE Triacylglycerol lipase
#=GS L0WAM4/33-320      DR GENE3D; d694f0956f953fb544aece6096cf3b95/33-320; 
#=GS L0WAM4/33-320      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Oceanospirillales; Alcanivoracaceae; Alcanivorax; Alcanivorax hongdengensis; 
#=GS A0A1H2HH56/31-315  AC A0A1H2HH56
#=GS A0A1H2HH56/31-315  OS Pseudomonas salegens
#=GS A0A1H2HH56/31-315  DE Triacylglycerol lipase
#=GS A0A1H2HH56/31-315  DR GENE3D; d79a6fa072136086ceb60ca01c9e2594/31-315; 
#=GS A0A1H2HH56/31-315  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas salegens; 
#=GS A0A1B4QZ40/45-366  AC A0A1B4QZ40
#=GS A0A1B4QZ40/45-366  OS Burkholderia sp. Bp7605
#=GS A0A1B4QZ40/45-366  DE Alpha/beta hydrolase
#=GS A0A1B4QZ40/45-366  DR GENE3D; dcc633182ca24ce9eb6f476933b24cf7/45-366; 
#=GS A0A1B4QZ40/45-366  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia sp. Bp7605; 
#=GS A0A103E627/45-366  AC A0A103E627
#=GS A0A103E627/45-366  OS Burkholderia sp. TSV85
#=GS A0A103E627/45-366  DE Alpha/beta hydrolase
#=GS A0A103E627/45-366  DR GENE3D; dcc633182ca24ce9eb6f476933b24cf7/45-366; 
#=GS A0A103E627/45-366  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; pseudomallei group; Burkholderia sp. TSV85; 
#=GS Q1ZM99/27-310      AC Q1ZM99
#=GS Q1ZM99/27-310      OS Photobacterium angustum S14
#=GS Q1ZM99/27-310      DE Putative lactonizing lipase
#=GS Q1ZM99/27-310      DR GENE3D; ddaddd1686b87c60ded1496d6123fcb0/27-310; 
#=GS Q1ZM99/27-310      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Photobacterium; Photobacterium angustum; 
#=GS V5ES30/27-310      AC V5ES30
#=GS V5ES30/27-310      OS Photobacterium leiognathi lrivu.4.1
#=GS V5ES30/27-310      DE Lactonizing lipase
#=GS V5ES30/27-310      DR GENE3D; ddaddd1686b87c60ded1496d6123fcb0/27-310; 
#=GS V5ES30/27-310      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Photobacterium; Photobacterium leiognathi; 
#=GS A0A0J1HCY2/24-307  AC A0A0J1HCY2
#=GS A0A0J1HCY2/24-307  OS Photobacterium ganghwense
#=GS A0A0J1HCY2/24-307  DE Lactonizing lipase
#=GS A0A0J1HCY2/24-307  DR GENE3D; de673358484c437de2684e937776c984/24-307; 
#=GS A0A0J1HCY2/24-307  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Photobacterium; Photobacterium ganghwense; 
#=GS A0A1E4VJJ3/27-310  AC A0A1E4VJJ3
#=GS A0A1E4VJJ3/27-310  OS Pseudomonas sp. 1D4
#=GS A0A1E4VJJ3/27-310  DE Lipase
#=GS A0A1E4VJJ3/27-310  DR GENE3D; e0367e9902654a2a2d29cd5a1e6dcb94/27-310; 
#=GS A0A1E4VJJ3/27-310  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas sp. 1D4; 
#=GS A0A0F2HMT2/30-313  AC A0A0F2HMT2
#=GS A0A0F2HMT2/30-313  OS Vibrio sp. S234-5
#=GS A0A0F2HMT2/30-313  DE Lactonizing lipase
#=GS A0A0F2HMT2/30-313  DR GENE3D; e0e751ab202a6effc7b42825b23df270/30-313; 
#=GS A0A0F2HMT2/30-313  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio sp. S234-5; 
#=GS A0A1J5CA25/26-309  AC A0A1J5CA25
#=GS A0A1J5CA25/26-309  OS Comamonadaceae bacterium CG2_30_57_122
#=GS A0A1J5CA25/26-309  DE Lipase
#=GS A0A1J5CA25/26-309  DR GENE3D; e158abf69f7578cb42fcdd5027270d70/26-309; 
#=GS A0A1J5CA25/26-309  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Comamonadaceae; Comamonadaceae bacterium CG2_30_57_122; 
#=GS K0CIC5/21-304      AC K0CIC5
#=GS K0CIC5/21-304      OS Alcanivorax dieselolei B5
#=GS K0CIC5/21-304      DE Hydrolase, alpha/beta fold family, putative
#=GS K0CIC5/21-304      DR GENE3D; e5f779a69610f9926582de22449ad52b/21-304; 
#=GS K0CIC5/21-304      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Oceanospirillales; Alcanivoracaceae; Alcanivorax; Alcanivorax dieselolei; 
#=GS U2AYA9/31-317      AC U2AYA9
#=GS U2AYA9/31-317      OS Pseudomonas sp. EGD-AK9
#=GS U2AYA9/31-317      DE Lactonizing lipase
#=GS U2AYA9/31-317      DR GENE3D; e629a81085be38d9106cdf08152fde19/31-317; 
#=GS U2AYA9/31-317      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas sp. EGD-AK9; 
#=GS A0A1E5BPH7/29-312  AC A0A1E5BPH7
#=GS A0A1E5BPH7/29-312  OS Enterovibrio calviensis FF-85
#=GS A0A1E5BPH7/29-312  DE Lipase
#=GS A0A1E5BPH7/29-312  DR GENE3D; e62e3e54e9fca268fd1999fc7ee46856/29-312; 
#=GS A0A1E5BPH7/29-312  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Enterovibrio; Enterovibrio calviensis; 
#=GS U3AVP1/31-313      AC U3AVP1
#=GS U3AVP1/31-313      OS Pseudomonas alcaligenes NBRC 14159
#=GS U3AVP1/31-313      DE Putative lipase
#=GS U3AVP1/31-313      DR GENE3D; f011904295a43a9c119d95c529458b10/31-313; 
#=GS U3AVP1/31-313      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas alcaligenes; 
#=GS A0A142IRZ6/31-313  AC A0A142IRZ6
#=GS A0A142IRZ6/31-313  OS Pseudomonas alcaligenes
#=GS A0A142IRZ6/31-313  DE Lipase
#=GS A0A142IRZ6/31-313  DR GENE3D; f011904295a43a9c119d95c529458b10/31-313; 
#=GS A0A142IRZ6/31-313  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas aeruginosa group; Pseudomonas alcaligenes; 
#=GS A0A1D2S172/31-312  AC A0A1D2S172
#=GS A0A1D2S172/31-312  OS Acidovorax sp. SCN 68-22
#=GS A0A1D2S172/31-312  DE Lipase
#=GS A0A1D2S172/31-312  DR GENE3D; f09c42d4bd67ad331a77fa1eec7caf53/31-312; 
#=GS A0A1D2S172/31-312  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Comamonadaceae; Acidovorax; Acidovorax sp. SCN 68-22; 
#=GS A0A0A1YGC7/30-314  AC A0A0A1YGC7
#=GS A0A0A1YGC7/30-314  OS Pseudomonas taeanensis MS-3
#=GS A0A0A1YGC7/30-314  DE Lactonizing lipase
#=GS A0A0A1YGC7/30-314  DR GENE3D; f1caf9227dc862a3c47f3bc755111942/30-314; 
#=GS A0A0A1YGC7/30-314  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Pseudomonas; Pseudomonas taeanensis; 
#=GS A0A0C1YGY7/27-310  AC A0A0C1YGY7
#=GS A0A0C1YGY7/27-310  OS Herbaspirillum sp. TSA66
#=GS A0A0C1YGY7/27-310  DE Lactonizing lipase
#=GS A0A0C1YGY7/27-310  DR GENE3D; f6195dd1a130d064dbfe948c7af874e8/27-310; 
#=GS A0A0C1YGY7/27-310  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Oxalobacteraceae; Herbaspirillum; Herbaspirillum sp. TSA66; 
#=GS Q7MK20/32-313      AC Q7MK20
#=GS Q7MK20/32-313      OS Vibrio vulnificus YJ016
#=GS Q7MK20/32-313      DE Lactonizing lipase
#=GS Q7MK20/32-313      DR GENE3D; fa22f5b05ca597cfb144b197e2eecc3c/32-313; 
#=GS Q7MK20/32-313      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio vulnificus; 
#=GS A7XW72/45-364      AC A7XW72
#=GS A7XW72/45-364      OS Burkholderia sp. HY-10
#=GS A7XW72/45-364      DE Lipase
#=GS A7XW72/45-364      DR GENE3D; fcfedd5d12183fe68dcf8ee4ebb3b994/45-364; 
#=GS A7XW72/45-364      DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia sp. HY-10; 
#=GS A0A0F5VD19/30-313  AC A0A0F5VD19
#=GS A0A0F5VD19/30-313  OS Photobacterium halotolerans
#=GS A0A0F5VD19/30-313  DE Lactonizing lipase
#=GS A0A0F5VD19/30-313  DR GENE3D; fdadc8bf815a45706819f7bc64489a2b/30-313; 
#=GS A0A0F5VD19/30-313  DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Photobacterium; Photobacterium halotolerans; 
#=GS F9TBV6/28-311      AC F9TBV6
#=GS F9TBV6/28-311      OS Vibrio tubiashii ATCC 19109
#=GS F9TBV6/28-311      DE Lactonizing lipase
#=GS F9TBV6/28-311      DR GENE3D; fdf173722f77958bf4a8e69dd1a38730/28-311; 
#=GS F9TBV6/28-311      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Vibrionales; Vibrionaceae; Vibrio; Vibrio oreintalis group; Vibrio tubiashii; 
#=GF TC 345.7 1.6E-105
#=GF SQ 331
1ex9A00/1-285              -STYTQTKYPIVLAHGMLGFDNILG--VDYWFGIPSALRRDGAQVYVTEVSQLDTSE---VRGEQLLQQVEEIVALSGQPKVNLIGHSHGGPTIRYVAAVRPDLIASATSVGAPHKGSDTADFLRQ-IP--PGS-AG---EAVLSGLVNSLGALISFLS-SGSTGTQNSLGSLESLNSEGAARFNAKYPQ---GIP-TS-ACGEGAYKV-NGVSY--YSWSGSS---------------------------------PLTNFLDPSDAFLGASSLTF--KNGTANDGLVGTCSSHLGMVIRDNYRMNHLDEVNQVFGLTSLFETSPVSVYRQHANRLKNASL
A0A172PCR4/27-311          -STYTQTKYPIVLAHGMLGFDNILG--VDYWFGIPSALRRDGAQVYVTEVSQLDTSE---VRGEQLLQQVEEIVALSGQPKVNLIGHSHGGPTIRYVAAVRPDLIASATSVGAPHKGSDTADFLRQ-IP--PGS-AG---EAVLSGLVNSLGALISFLS-SGSAGTQNSLGSLESLNSEGAARFNAKYPQ---GIP-TS-ACGEGAYKV-NGVSY--YSWSGSS---------------------------------PLTNFLDPSDAFLGASSLTF--KNGTANDGLVGTCSSHLGMVIRDNYRMNHLDEVNQVFGLTSLFETSPVSVYRQHANRLKNASL
C9YDZ4/42-325              --GYTQTKYPIVLVHGLFGFDNIGP--VEYFYGIPSALRADGAKVYVVQVAAANSTE---VRGEQLLSQVRQILAATGAAKVNLMGHSHGGPTARYVASVRPDLVASVTSIGGVNKGSAVADVLLGVAP--PGS-LQ---NTALVSVTNGLASIINFLSGGSG-LSQNALAAAQSLSTAGTLKFNAKHPQ---GVP-TS-ACGEGAYSV-NGVAY--YSWSGAQ---------------------------------PYSNLLDPVDPALALTSLAF---LGAKNDGLVSSCSSRLGRVIRDDYAFNHLDEVNQTVGLTNLFETNPGHHLPPAGQPLRNAGL
I3WE68/30-314              -SGYTQTRYPIVLTHGMLGFDSILG--VDYWYGVPSALRRDGARVYVTEVSQLNTTE---ARGEELLEQVEEIVAISGSPKVNLIGHSHGGPTIRYVAAVRPDLVASATSVGAPHKGSATADFIRN-VP--PGS-AG---EVLLAGIVNGLGALINFLSGSSSDLQQNALGALASLNSQGAAAFNARFPQ---GLP-TT-SCGEGAYQV-NGVRY--YSWSGTS---------------------------------PLTNVLDVSDALLGASSLAF---NGEANDGLVGRCSSHLGKVIRDNYRMNHLDEVNQTLGLTSLFETDPVTVYRQQANRLKNDGL
J7JJG8/45-364              ADNYAATRYPIILVHGLTGTDKYAG-VLEYWYGIQEDLQQHGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQSVLAYDPTG-LS---STVIAAFVNVFGILT---SSSHN-TNQDALASLKTLTTAQAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTLSLFG-VTGA----------QDTSTIPLVDPANALDPSTLALFGTGTVMINRGSGQNDGLVSKCSALYGKVLSTSYKWNHIDEINQLLGVRGAYAEDPVAVIRTHANRLQLAGV
A8T1Z7/24-308              -SDYTETKYPIVLVHGLFGFNTLAG--VDYFYGIPHSLTKDGATVYLTQVSAANSSE---ARGEQLLAQVETLLAATGAEKVNLMGHSQGGPTTRYVASIRPDLVASVTSIGGVNKGSKVADIIRNNIR--EGS-TG---EDIAVKLAEGLVTLINLLSGGAD-LAQDPLASLGSLTTEGALKFNQYYPE---GLP-TS-ACGEGDLLAENGVHY--YSWTGSS---------------------------------TFTNLFDPTSSAMLILGLAF---D-SPNDGLVDACSTHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPLTLYRQHANRLKLQGL
1cvlA00/1-319              ADTYAATRYPVILVHGLAGTDKFAN-VVDYWYGIQSDLQSHGAKVYVANLSGFQSDDGPNGRGEQLLAYVKQVLAATGATKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQDVLKTDPTG-LS---STVIAAFVNVFGTLV---SSSHN-TDQDALAALRTLTTAQTATYNRNFPSAGLGAP-GSCQTGAATETV-GGSQHLLYSWGGTAIQPTSTVLG-VTGA----------TDTST-GTLDVANVTDPSTLALLATGAVMINRASGQNDGLVSRCSSLFGQVISTSYHWNHLDEINQLLGVRGANAEDPVAVIRTHVNRLKLQGV
1hqdA00/1-320              ADNYAATRYPIILVHGLTGTDKYAG-VLEYWYGIQEDLQQRGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQGVLAYDPTG-LS---STVIAAFVNVFGILT---SSSNN-TNQDALAALKTLTTAQAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTISVFG-VTGA----------TDTSTIPLVDPANALDPSTLALFGTGTVMVNRGSGQNDGVVSKCSALYGQVLSTSYKWNHLDEINQLLGVRGANAEDPVAVIRTHANRLKLAGV
1ys1X00/1-320              ADNYAATRYPIILVHGLTGTDKYAG-VLEYWYGIQEDLQQRGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQGVLAYDPTG-LS---STVIAAFVNVFGILT---SSSNN-TNQDALAALKTLTTAQAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTISVGG-VTGA----------TDTSTIPLVDPANALDPSTLALFGTGTVMVNRGSGQNDGVVSKCSALYGQVLSTSYKWNHLDEINQLLGVRGANAEDPVAVIRTHANRLKLAGV
1tahA00/1-318              -DTYAATRYPVILVHGLAGTDKFAN-VVDYWYGIQSDLQSHGAKVYVANLSGFQSDDGPNGRGEQLLAYVKQVLAATGATKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQDVLKTDPTG-LS---STVIAAFVNVFGTLV---SSSHN-TDQDALAALRTLTTAQTATYNRNFPSAGLGAP-GSCQTGAATETV-GGSQHLLYSWGGTAIQPTSTVLG-VTGA----------TDTST-GTLDVANVTDPSTLALLATGAVMINRASGQNDGLVSRCSSLFGQVISTSYHWNHLDEINQLLGVRGANAEDPVAVIRTHVNRLKLQGV
#=GR 1tahA00/1-318     CSA -_______________0________-_____________________________________________________________00_____________________________________________-__---_______________---_____-________________________________-____________-_______________________-____----------_____-_________0_____________________0_____________________0_0___0___0________________________
1tahB00/1-318              -DTYAATRYPVILVHGLAGTDKFAN-VVDYWYGIQSDLQSHGAKVYVANLSGFQSDDGPNGRGEQLLAYVKQVLAATGATKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQDVLKTDPTG-LS---STVIAAFVNVFGTLV---SSSHN-TDQDALAALRTLTTAQTATYNRNFPSAGLGAP-GSCQTGAATETV-GGSQHLLYSWGGTAIQPTSTVLG-VTGA----------TDTST-GTLDVANVTDPSTLALLATGAVMINRASGQNDGLVSRCSSLFGQVISTSYHWNHLDEINQLLGVRGANAEDPVAVIRTHVNRLKLQGV
1tahC00/1-318              -DTYAATRYPVILVHGLAGTDKFAN-VVDYWYGIQSDLQSHGAKVYVANLSGFQSDDGPNGRGEQLLAYVKQVLAATGATKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQDVLKTDPTG-LS---STVIAAFVNVFGTLV---SSSHN-TDQDALAALRTLTTAQTATYNRNFPSAGLGAP-GSCQTGAATETV-GGSQHLLYSWGGTAIQPTSTVLG-VTGA----------TDTST-GTLDVANVTDPSTLALLATGAVMINRASGQNDGLVSRCSSLFGQVISTSYHWNHLDEINQLLGVRGANAEDPVAVIRTHVNRLKLQGV
1tahD00/1-318              -DTYAATRYPVILVHGLAGTDKFAN-VVDYWYGIQSDLQSHGAKVYVANLSGFQSDDGPNGRGEQLLAYVKQVLAATGATKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQDVLKTDPTG-LS---STVIAAFVNVFGTLV---SSSHN-TDQDALAALRTLTTAQTATYNRNFPSAGLGAP-GSCQTGAATETV-GGSQHLLYSWGGTAIQPTSTVLG-VTGA----------TDTST-GTLDVANVTDPSTLALLATGAVMINRASGQNDGLVSRCSSLFGQVISTSYHWNHLDEINQLLGVRGANAEDPVAVIRTHVNRLKLQGV
2es4A00/1-319              ADTYAATRYPVILVHGLAGTDKFAN-VVDYWYGIQSDLQSHGAKVYVANLSGFQSDDGPNGRGEQLLAYVKQVLAATGATKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQDVLKTDPTG-LS---STVIAAFVNVFGTLV---SSSHN-TDQDALAALRTLTTAQTATYNRNFPSAGLGAP-GSCQTGAATETV-GGSQHLLYSWGGTAIQPTSTVLG-VTGA----------TDTST-GTLDVANVTDPSTLALLATGAVMINRASGQNDGLVSRCSSLFGQVISTSYHWNHLDEINQLLGVRGANAEDPVAVIRTHVNRLKLQGV
2es4B00/1-319              ADTYAATRYPVILVHGLAGTDKFAN-VVDYWYGIQSDLQSHGAKVYVANLSGFQSDDGPNGRGEQLLAYVKQVLAATGATKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQDVLKTDPTG-LS---STVIAAFVNVFGTLV---SSSHN-TDQDALAALRTLTTAQTATYNRNFPSAGLGAP-GSCQTGAATETV-GGSQHLLYSWGGTAIQPTSTVLG-VTGA----------TDTST-GTLDVANVTDPSTLALLATGAVMINRASGQNDGLVSRCSSLFGQVISTSYHWNHLDEINQLLGVRGANAEDPVAVIRTHVNRLKLQGV
1oilA00/1-320              ADNYAATRYPIILVHGLTGTDKYAG-VLEYWYGIQEDLQQRGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQGVLAYDPTG-LS---STVIAAFVNVFGILT---SSSNN-TNQDALAALKTLTTAQAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTISVFG-VTGA----------TDTSTIPLVDPANALDPSTLALFGTGTVMVNRGSGQNDGVVSKCSALYGQVLSTSYKWNHLDEINQLLGVRGANAEDPVAVIRTHANRLKLAGV
1oilB00/1-320              ADNYAATRYPIILVHGLTGTDKYAG-VLEYWYGIQEDLQQRGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQGVLAYDPTG-LS---STVIAAFVNVFGILT---SSSNN-TNQDALAALKTLTTAQAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTISVFG-VTGA----------TDTSTIPLVDPANALDPSTLALFGTGTVMVNRGSGQNDGVVSKCSALYGQVLSTSYKWNHLDEINQLLGVRGANAEDPVAVIRTHANRLKLAGV
1ys2X00/1-320              ADNYAATRYPIILVHGLTGTDKYAG-VLEYWYGIQEDLQQRGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQGVLAYDPTG-LS---STVIAAFVNVFGILT---SSSNN-TNQDALAALKTLTTAQAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTISVGG-VTGA----------TDTSTIPLVDPANALDPSTLALFGTGTVMVNRGSGQNDGVVSKCSALYGQVLSTSYKWNHLDEINQLLGVRGANAEDPVAVIRTHANRLKLAGV
2lipA00/1-320              ADNYAATRYPIILVHGLTGTDKYAG-VLEYWYGIQEDLQQRGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQGVLAYDPTG-LS---STVIAAFVNVFGILT---SSSNN-TNQDALAALKTLTTAQAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTISVFG-VTGA----------TDTSTIPLVDPANALDPSTLALFGTGTVMVNRGSGQNDGVVSKCSALYGQVLSTSYKWNHLDEINQLLGVRGANAEDPVAVIRTHANRLKLAGV
2nw6A00/1-320              ADNYAATRYPIILVHGLTGTDKYAG-VLEYWYGIQEDLQQRGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQGVLAYDPTG-LS---STVIAAFVNVFGILT---SSSNN-TNQDALAALKTLTTAQAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTISVFG-VTGA----------TDTSTIPLVDPANALDPSTLALFGTGTVMVNRGSGQNDGVVSKCSALYGQVLSTSYKWNHLDEINQLLGVRGANAEDPVAVIRTHANRLKLAGV
3lipA00/1-320              ADNYAATRYPIILVHGLTGTDKYAG-VLEYWYGIQEDLQQRGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQGVLAYDPTG-LS---STVIAAFVNVFGILT---SSSNN-TNQDALAALKTLTTAQAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTISVFG-VTGA----------TDTSTIPLVDPANALDPSTLALFGTGTVMVNRGSGQNDGVVSKCSALYGQVLSTSYKWNHLDEINQLLGVRGANAEDPVAVIRTHANRLKLAGV
4lipD00/1-320              ADNYAATRYPIILVHGLTGTDKYAG-VLEYWYGIQEDLQQRGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQGVLAYDPTG-LS---STVIAAFVNVFGILT---SSSNN-TNQDALAALKTLTTAQAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTISVFG-VTGA----------TDTSTIPLVDPANALDPSTLALFGTGTVMVNRGSGQNDGVVSKCSALYGQVLSTSYKWNHLDEINQLLGVRGANAEDPVAVIRTHANRLKLAGV
4lipE00/1-320              ADNYAATRYPIILVHGLTGTDKYAG-VLEYWYGIQEDLQQRGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQGVLAYDPTG-LS---STVIAAFVNVFGILT---SSSNN-TNQDALAALKTLTTAQAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTISVFG-VTGA----------TDTSTIPLVDPANALDPSTLALFGTGTVMVNRGSGQNDGVVSKCSALYGQVLSTSYKWNHLDEINQLLGVRGANAEDPVAVIRTHANRLKLAGV
5lipA00/1-320              ADNYAATRYPIILVHGLTGTDKYAG-VLEYWYGIQEDLQQRGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQGVLAYDPTG-LS---STVIAAFVNVFGILT---SSSNN-TNQDALAALKTLTTAQAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTISVFG-VTGA----------TDTSTIPLVDPANALDPSTLALFGTGTVMVNRGSGQNDGVVSKCSALYGQVLSTSYKWNHLDEINQLLGVRGANAEDPVAVIRTHANRLKLAGV
P15493/30-312              --GYTQTRYPIVLVHGLFGFDTLAG--MDYFHGIPQSLTRDGAQVYVAQVSATNSSE---RRGEQLLAQVESLLAVTGAKKVNLIGHSHGGPTIRYVASVRPDLVASVTSIGGVHKGSAVADLVRGVIP--SGS-VS---EQVAVGLTQGLVALIDLLSGGKA-HPQDPLASLAALTTEGSLKFNQYYPE---GVP-TS-ACGEGAYQV-NGVRY--YSWSGAA---------------------------------TVTNILDPSDVAMGLIGLVF---N-EPNDGLVATCSTHLGKVIRDDYRMNHLDEINGLLGIHSLFETDPVTLYRQHANRLKQAGL
Q3JKC4/45-364              VDNYAATQYPIILVHGLTGTDKYAN-VLEYWYGIREDLQAHGAQVYVANLSGFQSDDGPNGRGEQLLAYVQQVLAATGASKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQTVLAYDPTG-LS---STVIAAFVNVFGILT---SSTNN-TNQDALAALKTLTTSQAATYNQNYPSAGLGAP-GSCQTGAQTETV-GGNTHLLYSWGGTAIQPTLSILG-VTGA----------TDTSTIPVVDPANVLDASTLAMLGSGTVMINRGSGANDGLVSRCSSLYGQVLGTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKTQGV
A0KFL9/50-333              --GYTQTRYPIVLVHGLFGFDKLLG--VDYFYGIPQALTRDGARVYVAQVSATQSSE---LRGEQLLKQVQQVLAITGAEKVNLIGHSHGGPTIRYVASVAPELVASATSVGGVNYGSEIADLVRANVA--PGS-VA---EKLAVAAASALSGVISLLSGGSQ-LPQDPLAALDALTSAGAQRFNQRYPE---GLP-NQ-YCGEGPMQAANGVYY--FSWSGRG---------------------------------TMTNILDPVDPALALTGSFF---K-EPNDGLVGVCSSHLGKVIGTDYRMNHLDEVNQSFGIRHLFETDPISLYRQHANRLQRLGL
B3GVV8/27-311              -STYTQTKYPIVLAHGMLGFDNILG--VDYWFGIPSALRRDGAQVYVTEVSQLDTSE---VRGEQLLQQVEEIVALSGQPKVNLIGHSHGGPTIRYVAAVRPDLIASATSVGAPHKGSDTADFLRQ-IP--PGS-AG---EAVLSGLVNSLGALISFLS-SGSAGTQNSLGSLESLNSEGAARFNAKYPQ---GIP-TS-ACGEGAYKV-NGVSY--YSWSGSS---------------------------------PLTNFLDPSDAFLGASSLTF--KNGTANDGLVGTCSSHLGMVIRDNYRMNHLDEVNQVFGLTSLFETSPVSVYRQHANRLKNASL
P26876/27-311              -STYTQTKYPIVLAHGMLGFDNILG--VDYWFGIPSALRRDGAQVYVTEVSQLDTSE---VRGEQLLQQVEEIVALSGQPKVNLIGHSHGGPTIRYVAAVRPDLIASATSVGAPHKGSDTADFLRQ-IP--PGS-AG---EAVLSGLVNSLGALISFLS-SGSTGTQNSLGSLESLNSEGAARFNAKYPQ---GIP-TS-ACGEGAYKV-NGVSY--YSWSGSS---------------------------------PLTNFLDPSDAFLGASSLTF--KNGTANDGLVGTCSSHLGMVIRDNYRMNHLDEVNQVFGLTSLFETSPVSVYRQHANRLKNASL
Q05489/40-358              ADTYAATRYPVILVHGLAGTDKFAN-VVDYWYGIQSDLQSHGAKVYVANLSGFQSDDGPNGRGEQLLAYVKQVLAATGATKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQDVLKTDPTG-LS---STVIAAFVNVFGTLV---SSSHN-TDQDALAALRTLTTAQTATYNRNFPSAGLGAP-GSCQTGAATETV-GGSQHLLYSWGGTAIQPTSTVLG-VTGA----------TDTST-GTLDVANVTDPSTLALLATGAVMINRASGQNDGLVSRCSSLFGQVISTSYHWNHLDEINQLLGVRGANAEDPVAVIRTHVNRLKLQGV
A0A125MMR3/30-314          -DDYTKTRYPVVLVHGLFGFDSIAG-VYGYWFGIPQALSSGGAKVHVAQVTAAQSNE---VRGEELIDQLETLQALHGYSKFNLIGHSQGGPTARYVAAVRPDLVASMTSIGSPHAGSKVADFVGTALP--EGS-PL---RPLVASFVNAFADLIGLVSGSNT--PQDSLAALKALDSAGSARFNARYPQ---GKP-ST-ACGAGAAKV-NGIGY--YSMGGTS---------------------------------RSTNVFDGSDVAMVAGGLLF---GGEANDGLVGRCSSHWGQVLRDDYDWNHLDEVNQIAGLRGVFSSSPTSVYRAHLNRLKNAGL
B3VLA7/45-364              ADGYAATHYPIILVHGLSGTDKYAG-VLEYWYGIQEDLQQNGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLSSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQNVLAYDPTG-LS---SSVIAAFVNVFGILT---SSSHN-TNQDALAALQTLTTARAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAVQPTLSVFG-VTGA----------TDTSTLPLVDPANVLDLSTLALFGTGTVMINRGSGQNDGLVSKCSALHGKVLSTSYKWNHLDEINQLLGVRGAYAEDPVAVVRTHVNRLKLAGV
A0A095RXB9/45-364          VDNYAATQYPIILVHGLTGTDKYAN-VLEYWYGIREDLQAHGAQVYVANLSGFQSDDGPNGRGEQLLAYVQQVLAATGASKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQTVLAYDPTG-LS---STVIAAFVNVFGILT---SSTNN-TNQDALAALKTLTTSQAATYNQNYPSAGLGAP-GSCQTGAQTETV-GGNTHLLYSWGGTAIQPTLSILG-VTGA----------TDTSTIPVVDPANVLDASTLAMLGSGIVMINRGSGANDGLVSRCSSLYGQVLGTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKTQGV
B1Z1J5/45-364              SDDYATTRYPIILVHGLTGTDKYAG-VLEYWYGIQEDLQQHGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQGVLAYDPTG-LS---SSVIAAFVNVFGILT---SSNNN-TNQDALAALKTLTTAQAATYNQNYPSAGLGAP-GSCQTGAPTESV-GGNTHLLYSWAGTAIQPTVSALG-VTGA----------ADTSTIPLVDPANALDLSTLALLGTGTVMINRASGQNDGLVSKCSALYGKVLSTNYKWNHVDEINQLLGVRGAFAEDPVAVIRTHANRLKLAGV
A0A0B2D0E2/46-331          -SDYTKTRYPIVLSHGMLGWDSMLG--IDYWYGIPGALRSGGASVYTTEVSQLNTSE---VRGEELIEQVEDIVALSGKPKVNLIGHSHGGPTVRYVAAMRPDLIASATSVGAPHTGSDLADFLKL-FP--DGS-LT---QTIVSELVNQIGKMIHFLSGSPSTNPQDSLGSLESLHSEGAARFNAKFPQ---GMP-LR-KCGEGAYKV-NGVNY--YSWSGTS---------------------------------PLTNPLDPSDGMMGVASLTF--IGGEANDGMVGRCSSHLGKVIRDNYRMNHLDEVNQFFGLTSLFETDPVTVYRQHANRLKNDGL
Q9X5I2/27-311              -SGYTETRYPLVLVHGIFGFDSIAK--IDYFYGIPHALSKDGATVFTAQVAAANRSE---VRGEQLLAQVETILALTGKEKVNLIGHSQGSPTARYVASVRPDLVASVTSVGGVNWGSRVADIVRNTVP--EDS-IS---EALAVKITNSFVTLINVLSGGKG-LEQDALAALDTLTTEGSLAFNRHYPE---GVP-TT-YCGQGEALASNGVHY--FSWTGSS---------------------------------AITNLLDPTDIPIGVLSLAF---D-EPNDGLVSVCSSHLGQVIGTHYKMNHLDEVNGLLGIRHLFEVSPVTLYRQHANRLQQLGL
F8H9H4/29-311              --GYTATKYPIVLAHGMLGFDSLLG--IDYWYGIPSALRRDGAQVYVTEVSQLNTSE---LRGEELLAQVEEIVAISGKPKVNLIGHSHGGPTIRYVAGVRPDLIASVTSVGAPHKGSDVADLIRK-VP--EGS-SG---EAIIAGLVNAMGAFINFVSGSSSTAPQNSLGSLESLNSEGAARFNAKFPQ---GIP-TT-ACGEGAYKV-NGVHY--YSWSGTS---------------------------------PLTNPLDVSDAMMGAGSLAF---S-GPNDGLVGRCSSHLGMVIRDNYRMNHLDEVNQFMGLTSLFETDPVSVYRQHANRLKNAGL
A0A0T8L331/29-311          --GYTATKYPIVLAHGMLGFDSLLG--IDYWYGIPSALRRDGAQVYVTEVSQLNTSE---LRGEELLAQVEEIVAISGKPKVNLIGHSHGGPTIRYVAGVRPDLIASVTSVGAPHKGSDVADLIRK-VP--EGS-SG---EAIIAGLVNAMGAFINFVSGSSSTAPQNSLGSLESLNSEGAARFNAKFPQ---GIP-TT-ACGEGAYKV-NGVHY--YSWSGTS---------------------------------PLTNPLDVSDAMMGAGSLAF---S-GPNDGLVGRCSSHLGMVIRDNYRMNHLDEVNQFMGLTSLFETDPVSVYRQHANRLKNAGL
A4VL36/29-311              --GYTATKYPIVLAHGMLGFDSLLG--IDYWYGIPSALRRDGAQVYVTEVSQLNTSE---LRGEELLAQVEEIVAISGKPKVNLIGHSHGGPTIRYVAGVRPDLIASVTSVGAPHKGSDVADLIRK-VP--EGS-SG---EAIIAGLVNAMGAFINFVSGSSSTAPQNSLGSLESLNSEGAARFNAKFPQ---GIP-TT-ACGEGAYKV-NGVHY--YSWSGTS---------------------------------PLTNPLDVSDAMMGAGSLAF---S-GPNDGLVGRCSSHLGMVIRDNYRMNHLDEVNQFMGLTSLFETDPVSVYRQHANRLKNAGL
F2MYZ1/29-311              --GYTATKYPIVLAHGMLGFDSLLG--IDYWYGIPSALRRDGAQVYVTEVSQLNTSE---LRGEELLAQVEEIVAISGKPKVNLIGHSHGGPTIRYVAGVRPDLIASVTSVGAPHKGSDVADLIRK-VP--EGS-SG---EAIIAGLVNAMGAFINFVSGSSSTAPQNSLGSLESLNSEGAARFNAKFPQ---GIP-TT-ACGEGAYKV-NGVHY--YSWSGTS---------------------------------PLTNPLDVSDAMMGAGSLAF---S-GPNDGLVGRCSSHLGMVIRDNYRMNHLDEVNQFMGLTSLFETDPVSVYRQHANRLKNAGL
S6K0N8/29-311              --GYTATKYPIVLAHGMLGFDSLLG--IDYWYGIPSALRRDGAQVYVTEVSQLNTSE---LRGEELLAQVEEIVAISGKPKVNLIGHSHGGPTIRYVAGVRPDLIASVTSVGAPHKGSDVADLIRK-VP--EGS-SG---EAIIAGLVNAMGAFINFVSGSSSTAPQNSLGSLESLNSEGAARFNAKFPQ---GIP-TT-ACGEGAYKV-NGVHY--YSWSGTS---------------------------------PLTNPLDVSDAMMGAGSLAF---S-GPNDGLVGRCSSHLGMVIRDNYRMNHLDEVNQFMGLTSLFETDPVSVYRQHANRLKNAGL
A0A1G3DKG4/29-311          --GYTATKYPIVLAHGMLGFDSLLG--IDYWYGIPSALRRDGAQVYVTEVSQLNTSE---LRGEELLAQVEEIVAISGKPKVNLIGHSHGGPTIRYVAGVRPDLIASVTSVGAPHKGSDVADLIRK-VP--EGS-SG---EAIIAGLVNAMGAFINFVSGSSSTAPQNSLGSLESLNSEGAARFNAKFPQ---GIP-TT-ACGEGAYKV-NGVHY--YSWSGTS---------------------------------PLTNPLDVSDAMMGAGSLAF---S-GPNDGLVGRCSSHLGMVIRDNYRMNHLDEVNQFMGLTSLFETDPVSVYRQHANRLKNAGL
Q5U9G2/46-364              A-GYAATRYPIILVHGLSGTDKYAG-VLEYWYGIQEDLQQNGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLSSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQDVLAYDPTG-LS---SSVIAAFVNVFGILT---SSSHN-TNQDALAALQTLTTARAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTLSVFG-VTGA----------TDTSTLPLVDPANVLDLSTLALFGTGTVMINRGSGQNDGLVSKCSALYGKVLSTNYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
P22088/46-364              A-GYAATRYPIILVHGLSGTDKYAG-VLEYWYGIQEDLQQNGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLSSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQDVLAYDPTG-LS---SSVIAAFVNVFGILT---SSSHN-TNQDALAALQTLTTARAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTLSVFG-VTGA----------TDTSTLPLVDPANVLDLSTLALFGTGTVMINRGSGQNDGLVSKCSALYGKVLSTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
A0A0F6L4P4/45-364          VDNYAATQYPIILVHGLTGTDKYAN-VLEYWYGIREDLQAHGAQVYVANLSGFQSDDGPNGRGEQLLAYVQQVLAATGASKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQTVLAYDPTG-LS---STVIAAFVNVFGILT---SSTNN-TNQDALAALKTLTTSQAATYNQNYPSAGLGAP-GSCQTGAQTETV-GGNTHLLYSWGGTAIQPTLSILG-VTGA----------TDTSTIPVVDPANVLDASTLAMLGSGTVMINRGSGANDGLVSRCSSLYGQVLGTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKTQGV
A0A0H5KSC3/45-364          VDNYAATQYPIILVHGLTGTDKYAN-VLEYWYGIREDLQAHGAQVYVANLSGFQSDDGPNGRGEQLLAYVQQVLAATGASKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQTVLAYDPTG-LS---STVIAAFVNVFGILT---SSTNN-TNQDALAALKTLTTSQAATYNQNYPSAGLGAP-GSCQTGAQTETV-GGNTHLLYSWGGTAIQPTLSILG-VTGA----------TDTSTIPVVDPANVLDASTLAMLGSGTVMINRGSGANDGLVSRCSSLYGQVLGTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKTQGV
A0A0I9SJ52/29-311          --GYTATKYPIVLAHGMLGFDSLLG--IDYWYGIPSALRRDGAQVYITEVSQLNTSE---LRGEELLAQVEEIVAISGKPKVNLVGHSHGGPTVRYVAGVRPDLIASVTSVGAPHKGSDVADLIRK-IP--EGS-SG---EAIIAGLVNAMGSFINFVSGSSSTAPQDSLGSLESLNSEGAARFNAKFPQ---GIP-TT-ACGEGAYKV-NGVRY--YSWSGTS---------------------------------PLTNPLDISDAMMGAGALAF---S-GPNDGLVGRCSSHLGMVIRDNYRMNHLDEVNQFMGLTSLFETDPVSVYRQHANRLKNAGL
A0A1C2KCA1/29-311          --GYTATKYPIVLAHGMLGFDSLLG--IDYWYGIPSALRRDGAQVYITEVSQLNTSE---LRGEELLAQVEEIVAISGKPKVNLVGHSHGGPTVRYVAGVRPDLIASVTSVGAPHKGSDVADLIRK-IP--EGS-SG---EAIIAGLVNAMGSFINFVSGSSSTAPQDSLGSLESLNSEGAARFNAKFPQ---GIP-TT-ACGEGAYKV-NGVRY--YSWSGTS---------------------------------PLTNPLDISDAMMGAGALAF---S-GPNDGLVGRCSSHLGMVIRDNYRMNHLDEVNQFMGLTSLFETDPVSVYRQHANRLKNAGL
A0A098FP14/29-311          --GYTATKYPIVLAHGMLGFDSLLG--IDYWYGIPSALRRDGAQVYITEVSQLNTSE---LRGEELLAQVEEIVAISGKPKVNLVGHSHGGPTVRYVAGVRPDLIASVTSVGAPHKGSDVADLIRK-IP--EGS-SG---EAIIAGLVNAMGSFINFVSGSSSTAPQDSLGSLESLNSEGAARFNAKFPQ---GIP-TT-ACGEGAYKV-NGVRY--YSWSGTS---------------------------------PLTNPLDISDAMMGAGALAF---S-GPNDGLVGRCSSHLGMVIRDNYRMNHLDEVNQFMGLTSLFETDPVSVYRQHANRLKNAGL
A0A090IJL4/30-313          --GYTETKYPIVLVHGLFGFDSMLG--IDYFYGITRALSKSGAEVYVAQVSAANTTE---VRGEQLLAQVEQILAATGADKVNLIGHSHGGPTSRYVASVAPQYVASVTSIGGVNKGSRVADILRGEVP--EGS-VS---EKLIASMADGLSKLITFLSRGGK-LPQDTVAALEALTTKNSLKFNESYPE---GVP-IT-ACGEGDYVAANGVYY--YSWSGSA---------------------------------NFTNALDSMDLALTLTGKAF---N-VPNDGLVSSCSSRLGKVIRDNYKMNHMDEVNQTLGLHHLFETDPKTLYRQHANRLKLQGL
A0A1B4K2U7/45-364          VDNYAATKYPIILVHGLTGTDKYAN-VVEYWYGIQEDLQAHGATVYVANLSGFQSDDGPNGRGEQLLAYVQQVLAATGASKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQTVTAYDPTG-LS---STVIAAFANVFGILT---SSNHN-TNQDALAALKTLTTSQAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNKHLLYSWAGTAIQPTLSILG-VTGA----------TDTSTIPVIDPSNVLDPSTLAMLGTGTVMINRGSGANDGLVSRCSSLYGQVLSTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKTQGV
Q2T7L1/45-364              VDNYAATKYPIILVHGLTGTDKYAN-VVEYWYGIQEDLQAHGATVYVANLSGFQSDDGPNGRGEQLLAYVQQVLAATGASKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQTVTAYDPTG-LS---STVIAAFANVFGILT---SSNHN-TNQDALAALKTLTTSQAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNKHLLYSWAGTAIQPTLSILG-VTGA----------TDTSTIPVIDPSNVLDPSTLAMLGTGTVMINRGSGANDGLVSRCSSLYGQVLSTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKTQGV
B1TA42/45-363              VDDYAATRYPIILVHGLTGTDKYGG-VVEYWYHIPADLQAHGAKVYVANLSGYQSDDGPNGRGEQLLAYVKQVLAATGAQKVNLIGHSQGGLTSRYVASVAPELVASVTTISTPHWGSQFADFVQQLLKADPTG-LS---SAVFSAFANALGTLT---SSSFN-TNQDAIQALSVLTTAKAAEYNQKFPSAGLGAP-GSCRTGASTETV-NGNTHLLYSWGGTAIQPTTTVAG-VTGA----------VDTSVSGATDPANVLDPATLALLGSGTVMINRGSGPNDGVVSQCSALFGHVLGT-YHWDHTDAINQILGVLGANVEDPVAAIRTHANRLKTQGV
A0A0E4CFQ2/30-312          --GYTQTCYPIVLVHGLFGLDTLAG--MDYFHGIPQSLTRDGAQVYVAQVSATNSSE---RRGEQLLAQVESLLAVTGAKKVNLIGHSHGGPTIRYVASVRPDLVASVTSIGGVHKGSAVADLVRGVIP--SGS-VS---EQVAVGLTQGLVALIDLLSGGKA-HPQDPLASLAALTTEGSLKFNQYYPE---GVP-TS-ACGEGAYQV-NGVRY--YSWSGAA---------------------------------TVTNILDPSDVAMGLIGLVF---N-EPNDGLVATCSTHLGKVIRDDYRMNHLDEINGLLGIHSLFETDPVTLYRQHANRLKQAGL
A0A0X1L285/57-339          --GYTQTRYPIVLVHGLFGFDTLAG--MDYFHGIPQSLTRDGAQVYVAQVSATNSSE---RRGEQLLAQVESLLAVTGAKKVNLIGHSHGGPTIRYVASVRPDLVASVTSIGGVHKGSAVADLVRGVIP--SGS-VS---EQVAVGLTQGLVALIDLLSGGKA-HPQDPLASLAALTTEGSLKFNQYYPE---GVP-TS-ACGEGAYQV-NGVRY--YSWSGAA---------------------------------TVTNILDPSDVAMGLIGLVF---N-EPNDGLVATCSTHLGKVIRDDYRMNHLDEINGLLGIHSLFETDPVTLYRQHANRLKQAGL
A0A0H6FFS9/57-339          --GYTQTRYPIVLVHGLFGFDTLAG--MDYFHGIPQSLTRDGAQVYVAQVSATNSSE---RRGEQLLAQVESLLAVTGAKKVNLIGHSHGGPTIRYVASVRPDLVASVTSIGGVHKGSAVADLVRGVIP--SGS-VS---EQVAVGLTQGLVALIDLLSGGKA-HPQDPLASLAALTTEGSLKFNQYYPE---GVP-TS-ACGEGAYQV-NGVRY--YSWSGAA---------------------------------TVTNILDPSDVAMGLIGLVF---N-EPNDGLVATCSTHLGKVIRDDYRMNHLDEINGLLGIHSLFETDPVTLYRQHANRLKQAGL
A0A0H3AEQ5/57-339          --GYTQTRYPIVLVHGLFGFDTLAG--MDYFHGIPQSLTRDGAQVYVAQVSATNSSE---RRGEQLLAQVESLLAVTGAKKVNLIGHSHGGPTIRYVASVRPDLVASVTSIGGVHKGSAVADLVRGVIP--SGS-VS---EQVAVGLTQGLVALIDLLSGGKA-HPQDPLASLAALTTEGSLKFNQYYPE---GVP-TS-ACGEGAYQV-NGVRY--YSWSGAA---------------------------------TVTNILDPSDVAMGLIGLVF---N-EPNDGLVATCSTHLGKVIRDDYRMNHLDEINGLLGIHSLFETDPVTLYRQHANRLKQAGL
A0A0H3Q6Y6/57-339          --GYTQTRYPIVLVHGLFGFDTLAG--MDYFHGIPQSLTRDGAQVYVAQVSATNSSE---RRGEQLLAQVESLLAVTGAKKVNLIGHSHGGPTIRYVASVRPDLVASVTSIGGVHKGSAVADLVRGVIP--SGS-VS---EQVAVGLTQGLVALIDLLSGGKA-HPQDPLASLAALTTEGSLKFNQYYPE---GVP-TS-ACGEGAYQV-NGVRY--YSWSGAA---------------------------------TVTNILDPSDVAMGLIGLVF---N-EPNDGLVATCSTHLGKVIRDDYRMNHLDEINGLLGIHSLFETDPVTLYRQHANRLKQAGL
C3LUP1/57-339              --GYTQTRYPIVLVHGLFGFDTLAG--MDYFHGIPQSLTRDGAQVYVAQVSATNSSE---RRGEQLLAQVESLLAVTGAKKVNLIGHSHGGPTIRYVASVRPDLVASVTSIGGVHKGSAVADLVRGVIP--SGS-VS---EQVAVGLTQGLVALIDLLSGGKA-HPQDPLASLAALTTEGSLKFNQYYPE---GVP-TS-ACGEGAYQV-NGVRY--YSWSGAA---------------------------------TVTNILDPSDVAMGLIGLVF---N-EPNDGLVATCSTHLGKVIRDDYRMNHLDEINGLLGIHSLFETDPVTLYRQHANRLKQAGL
A0A0H2XWD4/45-364          ADNYAATRYPIILVHGLTGTDKYAG-VLEYWYGIQENLQQHGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQGVLAYDPTG-LS---STVIAAFVNVFGILT---SSSHN-TNQDALAALKTLTTGQAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTFSVLG-VTGA----------TDTSTIPLVDPANVLDLSTLALLGTGTVMINRASGQNDGLVSKCSALYGKVLSTSYKWNHIDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
K6ZR22/23-307              -SEYTKTKYPIVLVHGLFGFDDVFG--IDYFYRIPNSLSKDGAKVFIAAVSAANSSE---VRGEQLLTQVEDILALTGAAKVNLIGHSHGSPTSRYVASVRPELVASVTSVGGVNWGTPVADLLRDSLP--ENS-IP---ESVLASVGNSLAGLIELLSGNSE-LPQSAIASLDSLSTPGSLAFNNAYPE---GIP-ET-YCGQGDIYANNGVAY--FSWSGAR---------------------------------PFTNVFDPVDGPLSIVSLLF---S-EPNDGLVSSCSSHLGYVIKDNYKMNHLDEVNQTLGIHHIFETDPITLYRKHANRLKKMGM
A0A128F8Z4/30-312          --GYTQTKYPIVLVHGLFGFDSIAG--IDYFHAIPQALSRSGAKVFVAQVSATNSSE---QRGEQLLQQVRWVKAVTGANKVNLIGHSHGSPTARYVASVAPQHVASVTSVGGVNKGSEFADAVRG-IP--PGS-VG---EGLAVTAAHALSGLISVLSGGAS-LPQDPLASLHSLTTKGSLAFNAKYPE---GVP-TS-RCGEGSYRASNGVYY--YSWSGTS---------------------------------TVTNVLDISDPAMFTTGLFF---S-EANDGLVGRCATHLGKVIRSNYRMNHLDEVNQLFGLHDLFETDPVTVYRQHANRLKLQGL
A0A0H3HWA8/45-364          VDNYAATQYPIILVHGLTGTDKYAN-VLEYWYGIREDLQAHGAQVYVANLSGFQSDDGPNGRGEQLLAYVQQVLAATGASKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQTVLAYDPTG-LS---STVIAAFVNVFGILT---SSTNN-TNQDALAALKTLTTSQAATYNQNYPSAGLGAP-GSCQTGAQTETV-GGNTHLLYSWGGTAIQPTLSILG-VTGA----------TDTSTIPVVDPANVLDASTLAMLGSGTVMINRGSGANDGLVSRCSSLYGQVLGTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKTQGV
A0A069BB28/45-364          VDNYAATQYPIILVHGLTGTDKYAN-VLEYWYGIREDLQAHGAQVYVANLSGFQSDDGPNGRGEQLLAYVQQVLAATGASKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQTVLAYDPTG-LS---STVIAAFVNVFGILT---SSTNN-TNQDALAALKTLTTSQAATYNQNYPSAGLGAP-GSCQTGAQTETV-GGNTHLLYSWGGTAIQPTLSILG-VTGA----------TDTSTIPVVDPANVLDASTLAMLGSGTVMINRGSGANDGLVSRCSSLYGQVLGTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKTQGV
A0A0F6G6X0/45-364          VDNYAATQYPIILVHGLTGTDKYAN-VLEYWYGIREDLQAHGAQVYVANLSGFQSDDGPNGRGEQLLAYVQQVLAATGASKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQTVLAYDPTG-LS---STVIAAFVNVFGILT---SSTNN-TNQDALAALKTLTTSQAATYNQNYPSAGLGAP-GSCQTGAQTETV-GGNTHLLYSWGGTAIQPTLSILG-VTGA----------TDTSTIPVVDPANVLDASTLAMLGSGTVMINRGSGANDGLVSRCSSLYGQVLGTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKTQGV
Q63JH5/45-364              VDNYAATQYPIILVHGLTGTDKYAN-VLEYWYGIREDLQAHGAQVYVANLSGFQSDDGPNGRGEQLLAYVQQVLAATGASKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQTVLAYDPTG-LS---STVIAAFVNVFGILT---SSTNN-TNQDALAALKTLTTSQAATYNQNYPSAGLGAP-GSCQTGAQTETV-GGNTHLLYSWGGTAIQPTLSILG-VTGA----------TDTSTIPVVDPANVLDASTLAMLGSGTVMINRGSGANDGLVSRCSSLYGQVLGTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKTQGV
C2HYF2/57-339              --GYTQTRYPIVLVHGLFGFDTLAG--MDYFHGIPQSLTRDGAQVYVAQVSATNSSE---RRGEQLLAQVESLLAVTGAKKVNLIGHSHGGPTIRYVASVRPDLVASVTSIGGVHKGSVVADLVRGVIP--SGS-VS---EQVAVGLTQGLVALIDLLSGGKA-HPQDPLASLAALTTEGSLKFNQYYPE---GVP-TS-ACGEGAYQV-NGVRY--YSWSGAA---------------------------------TVTNILDPSDVAMGLIGVVF---N-EPNDGLVATCSTHLGKVIRDDYRMNHLDEINGLLGIHSLFETDPVTLYRQHANRLKQAGL
A6AS17/25-308              --GYTETKYPIVLVHGLFGFDTLAG--VDYFYGIPHSLTKDGATVYVAQVSATNSSE---ARGEQLLAQVETLLAATGAEKVNLIGHSHGGPTTRYVASIRPDLVASVTSIGGVNKGSKVADIVRNTVP--EGS-IS---EGVAVKLAEGLVTLINLLSGGSD-LDQDPLASLAALTTEGSLEFNQYYPE---GIP-TS-ACGDGDLLASNGVYY--YSWTGSS---------------------------------NFTNLFDPTDGAMVVLGLAF---D-GPNDGLVDACSTHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLQGL
A0A1E7VL78/29-302          ----TQTKYPIVLVHGLFGFDKLGP--VEYFYGVPAALRSGGAQVYVTTVSAANSTE---VRGEQLLSQVRQILAATGAAKVNLIGHSHGGPTARYVASVRPDLVASVTSVAGVNKGSKVADILSGAIP--NTS----------GALGNALASLIGILSGNKG-LPQNAGASLASLSTAGSLAFNSRHPQ---GVP-SS-ACGEGAYQV-QGVHY--FSWSGAQ---------------------------------PYTNVLDVGDPLLAAISLAF---GGVKNDGLVSSCSSHLGKVIRDDYAMNHLDEVNQFVGIVNLFETNPVTVFRQQANRLQGL--
A0A0S2G3D7/30-314          -DDYTKTRYPVVLVHGLFGFDAIGG-VYDYWFGIPQALRSGGAEVYVAQVTAANSNE---VRGEELIDQLETLRALHGYAKFNLIGHSQGGPTARYVASVRPDLVASMTSVGSPHAGSKVADFVGTTLP--EGS-PL---RPLVASFVNAFADLIGLLSGSNN--SQDSLAALKALDSAGAARFNARYPQ---GKP-AT-ACGAGAGKV-DGIAY--YSFGGTS---------------------------------NSTNFFDGSDIAMIAGGLLF---GGEANDGLVGRCSSHWGQVIRDDYDWNHLDEVNQIAGLRGVFSSNPTSVYRAQVNRLKNAGL
A0A0H3KKZ3/45-364          ADDYAATRYPIVLVHGLTGTDKYAG-VLEYWYGIQEDLQRHGATVYVANLSGFQSDDGPNGRGEQLLAYVKQVLAATGATKVNLIGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQSVLAYDPTG-LS---SSVIAAFVNVFGILT---SSSHN-TNQDALAALTTLTTAQAATYNRNFPSAGLGAP-GSCTTGASTETV-GGNTHLLYSWAGTAIQPTNSAFG-VTGA----------SDTSTIPVIDPANALDASTLALLGTGTVMINRGSGQNDGLVSKCSALYGQVLGTHFKWNHLDEINQLLGVRGAYAEDPVAMIRTHANRLKLAGV
A0A0D6SZK4/27-310          --GYTQTRYPIVLAHGMLGFDSILG--VDYWYGIPSALRRDGASVYVTEVSQLNTSE---ARGEELLEQVEEIVAISGKPKVNLIGHSHGGPTIRYVAGVRPDLIASATSVGGPHKGSATADFLRQ-IP--PGS-AG---EAVLAGIVNGLGSLINFLSGSRSTQPQNALGSLESLNSQGAARFNAKFPQ---GIP-TT-ACGEGAYQV-NGVRY--YSWSGTS---------------------------------PMTNLLDVSDGLLAATALTF---KGEATDGLVGRCSSHLGKVVRDNYRMNHLDEVNQTFGLVSLFETDPVTVYRQHANRLKNDGL
A0A0T7DJ96/30-313          --GYTETKYPIVLVHGLFGFDTLAG--VDYFYGVPESLTKDGASVYVAQVSATNSSE---VRGEQLLAQVETLIAATGASKVNLVGHSHGGPTARYVASVRPDLVASVTSIGGVHKGSKVADLVRGTVP--EGS-AT---EGIAVKLADGLTTLINLLSGGTD-LDQDGLASLEALTTEGSLAFNQFYPE---GVP-TS-ECGDGEWQASNGVYY--YSWTGSS---------------------------------TFTNLLDPTDGAMTILGLAF---T-EPNDGLVGACSAHLGKVIGDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLAGL
A1TUU1/37-318              -SGYTQTRYPIVLVHGLFGFDSALG--VDYFYGIPDALRRDGAQVFVAQVSATNSTE---VRGEQLLAQVKQVLAVTGAAKVNLVGHSHGGPTIRYVAGVAPQLVASVTSIGGVNKGSRVADVVRGVAP--PGS-VS---ESVASAAAGALAQVISAASGGSS-LPQKPTAALDSLTTAGAADFNRRFPQ---GL--AS-GCGNGADVV-NGVRY--YSWTGTQ---------------------------------PVTNVLDPSDAGLALLAPVH---G-EANDGLVSACSSRLGRHL-GDYRQNHLDEINQMVGLRHLFSPDPVTLYRQHANRLKQQGL
A0A0K9UUT9/30-312          --GYTQTRYPIVLVHGLFGFDTLAG--MDYFHGIPQSLTRDGAQVYVAQVSATNSSE---RRGEQLLAQVESLLAVTGAKKVNLIGHSHGGPTIRYVASVRPDLVASVTSIGGVHKGSAVADLVRGVIP--SGS-VS---EQVAVGLTQGLVALIDLLSGGKA-HPQDPLASLAALTTEGSLKFNQYYPE---GVP-TS-ACGEGAYQV-NGVRY--YSWSGAA---------------------------------TVTNILDPSDVAMGLIGLVF---N-EPNDGLVATCSTHLGKVIRDDYRMNHLDEINGLLGIHSLFETDPVTLYRQHANRLKQAGL
A0A085SK61/30-312          --GYTQTRYPIVLVHGLFGFDTLAG--MDYFHGIPQSLTRDGAQVYVAQVSATNSSE---RRGEQLLAQVESLLAVTGAKKVNLIGHSHGGPTIRYVASVRPDLVASVTSIGGVHKGSAVADLVRGVIP--SGS-VS---EQVAVGLTQGLVALIDLLSGGKA-HPQDPLASLAALTTEGSLKFNQYYPE---GVP-TS-ACGEGAYQV-NGVRY--YSWSGAA---------------------------------TVTNILDPSDVAMGLIGLVF---N-EPNDGLVATCSTHLGKVIRDDYRMNHLDEINGLLGIHSLFETDPVTLYRQHANRLKQAGL
V9ZWU9/20-303              --GYTQTRYPIVLVHGLFGFDRLLG--VDYFYGIPQALTRDGARVYVAQVSATQSSE---LRGEQLLRQVQQVLAITGADKVNLIGHSHGGPTIRYVASVAPELVASATSVGGVNQGSEIADLVRARVA--PGS-VA---EQLAVAAASALSGVISLLSGGSD-LPQDPLASLDALTSAGAQRFNLRYPE---GLP-GQ-HCGEGPLLADNGVYY--FSWSGRG---------------------------------TMTNILDPVDPALALTGSFF---H-EPNDGLVGVCSSHLGKVIGTGYRMNHLDEVNQSFGIHHLFDTDPVTLYRQHANRLQRLGL
B9B7G1/109-428             ADDYAATRYPIVLVHGLTGTDKFAG-VLEYWYGIQEDLQRHGATVYVANLSGFQSDDGPNGRGEQLLAYVKQVLAATGATKVNLIGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQSVLAYDPTG-LS---SSVIAAFVNVFGILT---SSSHN-TNQDALAALTTLTTAQAATYNRNFPSAGLGAP-GSCTTGASTETV-GGHTHLLYSWAGTAIQPTNAAFG-VTGA----------NDTSTIPVIDPANALDASTLALLGTGTVMINRSSGQNDGLVSKCSALYGQVLGTNFKWNHLDEINQLLGVRGAYAEDPLAMIRTHANRLKLAGV
A0A157WLA0/27-311          -STYTQTKYPIVLAHGMLGFDNILG--VDYWFGIPSALRRDGAQVYVTEVSQLDTSE---VRGEQLLQQVEEIVALSGQPKVNLIGHSHGGPTIRYVAAVRPDLIASATSVGAPHKGSDTADFLRQ-IP--PGS-AG---EAVLSGLVNSLGALISFLS-SGSTGTQNSLGSLESLNSEGAARFNAKYPQ---GIP-TS-ACGEGAYKV-NGVSY--YSWSGSS---------------------------------PLTNFLDPSDAFLGASSLTF--KNGTANDGLVGTCSSHLGMVIRDNYRMNHLDEVNQVFGLTSLFETSPVSVYRQHANRLKNASL
A0A1F0J6X2/27-311          -STYTQTKYPIVLAHGMLGFDNILG--VDYWFGIPSALRRDGAQVYVTEVSQLDTSE---VRGEQLLQQVEEIVALSGQPKVNLIGHSHGGPTIRYVAAVRPDLIASATSVGAPHKGSDTADFLRQ-IP--PGS-AG---EAVLSGLVNSLGALISFLS-SGSTGTQNSLGSLESLNSEGAARFNAKYPQ---GIP-TS-ACGEGAYKV-NGVSY--YSWSGSS---------------------------------PLTNFLDPSDAFLGASSLTF--KNGTANDGLVGTCSSHLGMVIRDNYRMNHLDEVNQVFGLTSLFETSPVSVYRQHANRLKNASL
V6ADF1/27-311              -STYTQTKYPIVLAHGMLGFDNILG--VDYWFGIPSALRRDGAQVYVTEVSQLDTSE---VRGEQLLQQVEEIVALSGQPKVNLIGHSHGGPTIRYVAAVRPDLIASATSVGAPHKGSDTADFLRQ-IP--PGS-AG---EAVLSGLVNSLGALISFLS-SGSTGTQNSLGSLESLNSEGAARFNAKYPQ---GIP-TS-ACGEGAYKV-NGVSY--YSWSGSS---------------------------------PLTNFLDPSDAFLGASSLTF--KNGTANDGLVGTCSSHLGMVIRDNYRMNHLDEVNQVFGLTSLFETSPVSVYRQHANRLKNASL
A0A0H2ZCK8/27-311          -STYTQTKYPIVLAHGMLGFDNILG--VDYWFGIPSALRRDGAQVYVTEVSQLDTSE---VRGEQLLQQVEEIVALSGQPKVNLIGHSHGGPTIRYVAAVRPDLIASATSVGAPHKGSDTADFLRQ-IP--PGS-AG---EAVLSGLVNSLGALISFLS-SGSTGTQNSLGSLESLNSEGAARFNAKYPQ---GIP-TS-ACGEGAYKV-NGVSY--YSWSGSS---------------------------------PLTNFLDPSDAFLGASSLTF--KNGTANDGLVGTCSSHLGMVIRDNYRMNHLDEVNQVFGLTSLFETSPVSVYRQHANRLKNASL
A0A0P1D9T8/27-311          -STYTQTKYPIVLAHGMLGFDNILG--VDYWFGIPSALRRDGAQVYVTEVSQLDTSE---VRGEQLLQQVEEIVALSGQPKVNLIGHSHGGPTIRYVAAVRPDLIASATSVGAPHKGSDTADFLRQ-IP--PGS-AG---EAVLSGLVNSLGALISFLS-SGSTGTQNSLGSLESLNSEGAARFNAKYPQ---GIP-TS-ACGEGAYKV-NGVSY--YSWSGSS---------------------------------PLTNFLDPSDAFLGASSLTF--KNGTANDGLVGTCSSHLGMVIRDNYRMNHLDEVNQVFGLTSLFETSPVSVYRQHANRLKNASL
Q6B4I3/27-311              -STYTQTKYPIVLAHGMLGFDNILG--VDYWFGIPSALRRDGAQVYVTEVSQLDTSE---VRGEQLLQQVEEIVALSGQPKVNLIGHSHGGPTIRYVAAVRPDLIASATSVGAPHKGSDTADFLRQ-IP--PGS-AG---EAVLSGLVNSLGALISFLS-SGSTGTQNSLGSLESLNSEGAARFNAKYPQ---GIP-TS-ACGEGAYKV-NGVSY--YSWSGSS---------------------------------PLTNFLDPSDAFLGASSLTF--KNGTANDGLVGTCSSHLGMVIRDNYRMNHLDEVNQVFGLTSLFETSPVSVYRQHANRLKNASL
A0A128FIL3/30-313          --GYTQTKYPIVLVHGLFGFDRIAG--IDYFHAIPQALSRSGAKVFVAQVSATNSSE---KRGEQLLRQVRWVKAVTGAKKVNLIGHSHGSPTARYVASVAPQHVASVASVGGVNKGSEFADVVRGAFS--PGS-NG---EALAVTAARTLSGFISLLSGGGG-LPQDPLASLYSLTTKGSLAFNEKYPE---GVP-RS-RCGEGSYRASNGVYY--YSWSGTS---------------------------------TVTNIFDMTDPAMFTTGLFF---S-EANDGLVGRCATHLGKVIRSNYRMNHLDVVNQLFGLHSWFETDPVTVYRQHANRLKRQGL
A0A0S2DDK4/30-314          -DDYTKTRYPVVLVHGLFGFDAIGG-VYDYWFGIPQALRSGGAQVYVAQVAAANSNE---VRGEQLIDQLETLQALHGYTKFNLVGHSQGGPTARYVAAVRPDLVASMTSIGSPHAGSKVADFIGTTVP--DGS-PL---RPLIASFVNAFSSLIGALSGGQS--SQDSLAALKALDSAGSARFNARYPQ---GMP-TS-ACGSGAATA-GGVRY--YSFGGTS---------------------------------NSTHWFDASDPAMIAGGLLF---AGEANDGLVGRCSSHWGQVIRDDYEWNHLDEVNQIAGLRGLFSANPTSVYRAHLNRLKNAGL
A0A1L9JBC6/18-302          --GYTQTRYPIVLVHGLFGFDKLAG--VDYFYGIPETLTKDGAKVYVAQVSATNSSE---VRGEQLLSQVEMLLAATGAAKVNLIGHSHGGPTARYVASVRPDLVASVTSIGGVNKGSKVADLVRGHVS--EGS-LT---EALAVKLAEGLSGLIGLLSGGSG-LDQDPLASLDALTTQGSLRFNQFYPE---GLP-QT-ECGEGEMLAGNGVYY--YSWTGSS---------------------------------TYTNVLDPADAPMAILGLAF---AGEANDGLVGACSTHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLQGL
A0A088UBS2/45-363          VDDYAATRYPIILVHGLTGTDKYGG-VVEYWYRIPEDLQAHGAAVYVANLSGFQSDDGPNGRGEQLLAFVKQVLAATGAQKVNLIGHSQGGLTSRYVASVAPELVASVTTISTPHWGSQFADFVQQLLQTDPTG-LS---STVLGAFANALGTLT---SSNFN-TNQNAIQALSVLTTAKAAAYNQKFPSAGLGAP-GSCQTGASTETV-GGNTHLLYSWGGTAIQPTATVAG-VTGA----------VDTSVSGAIDPANALDPSTLALLGSGTVMINRSAGQNDGVVSQCSARFGQVLGT-YHWNHTDAINQILGVLGANVEDPVAVIRTHANRLKNQGV
A0A0N9HLH6/45-364          ADDYATTRYPIILVHGLTGTDKYAG-VLEYWYGIQEDLQQHGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQDVLAYDPTG-LS---SSVIAAFVNVFGILT---SSSHN-TNQDALASLQTLTTAQAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTLSVFG-VTGA----------TDTSTVPLVDPANVLDLSTLALFGTGTVMINRGSGQNDGLVSKCSALYGKVLSTSYKWNHIDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
L8MIV8/30-314              -SGYTQTRYPIVLTHGMLGFDSLLG--VDYWYGIPSALRRDGARVYVTEVSQLNTSE---ARGEELLEQVEEIVAISGSPKVNLVGHSHGGPTIRYVAAVRPDLVASVTSVGAPHKGSATADFIRQ-VP--PGS-AG---ETLLAGIVNGLGALINFLSGSSSTEPQNALGTLESLNSEGAAAFNARFPQ---GVP-TT-ACGEGAYQV-NGVRY--YSWSGTS---------------------------------PLTNALDVSDLLLGASSLTF---NGEANDGLVGRCSSHLGKVIRDDYRMNHLDEVNQTLGLTSLFETDPVTVYRQQANRLKNDGL
Q393T2/45-364              ADGYTATRYPIILVHGLSGTDKYAG-VLEYWYGIQEDLQQNGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQNVLAYDPTG-LS---SSVIAAFVNVFGILT---SSSHN-TNQDALAALQTLTTARAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTLSLFG-VTGA----------TDTSTIPVVDPANALDLSTLALYGTGTVMINRSSGQNDGLVSKCSALYGKVLSTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
E7CY80/46-364              A-GYAATRYPIILVHGLSGTDKYAG-VLEYWYGIQEDLQQNGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLSSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQDVLTYDPTG-LS---SSVIAAFVNVFGILA---SSSHN-TNQDALAALQTLTTARAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTLSVFG-VTGA----------TDTSTLPLVDPANVLDLSTLALFGTGTVMVNRGSGQNDGLVSKCSALFGKVLSTNYKWNHLDEINQLLGVRGAYAEDPVAVIRTRANRLKLAGV
B1K3P3/45-364              ADNYAATRYPIILVHGLTGTDKYAG-VLEYWYGIQENLQQHGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQGVLAYDPTG-LS---STVIAAFVNVFGILT---SSSHN-TNQDALAALKTLTTGQAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTFSVLG-VTGA----------TDTSTIPLVDPANVLDLSTLALLGTGTVMINRASGQNDGLVSKCSALYGKVLSTSYKWNHIDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
A4XVF4/30-317              -SGYTQTKYPIVLGHGMLGFDSILG--VDYWYGIPAALRRDGASVYVTEVSQLDTSE---ARGEQLLQQVEDIVAISGKGKVNLIGHSHGGPTTRYVAAVRPDLVASVTSVGAPHKGSATADFLKG-IS--EGP-AGPVATPVLVGIVNGLGALINFLSGSSSTTPQNALGSLESLNSEGAARFNAKFPQ---GIP-TS-ACGEGAYSV-NGVRY--YSWSGTS---------------------------------PLTNVLDPSDLLLGASSLTF---GSEANDGLVGRCSSRMGQVIRDNYRMNHLDEVNQTLGLTSLFETDPVTVYRQHANRLKNAGL
K5VCR3/17-300              --GYTETKYPIVLVHGLFGFDSLAG--VDYFYGIPHALTKDGATVYVAQVSATNSSE---ARGEQLLAQVETLLAATGAEKVNLIGHSHGGPTTRYVASVRPDLVASVTSIGGVNKGSKVADIVRGTVP--EGS-IS---EGVAVKLAEGLVTLINLLSGGTD-LDQDPLASLAALTTEGSLAFNQHYPE---GIP-TS-ECGDGDLLASNGVHY--YSWTGSS---------------------------------NFTNLFDPTDGAMVVLGLAF---D-SPNDGLVGTCSTHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKQQGL
A0A1L5RIB7/17-300          --GYTETKYPIVLVHGLFGFDSLAG--VDYFYGIPHALTKDGATVYVAQVSATNSSE---ARGEQLLAQVETLLAATGAEKVNLIGHSHGGPTTRYVASVRPDLVASVTSIGGVNKGSKVADIVRGTVP--EGS-IS---EGVAVKLAEGLVTLINLLSGGTD-LDQDPLASLAALTTEGSLAFNQHYPE---GIP-TS-ECGDGDLLASNGVHY--YSWTGSS---------------------------------NFTNLFDPTDGAMVVLGLAF---D-SPNDGLVGTCSTHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKQQGL
K5UP63/17-300              --GYTETKYPIVLVHGLFGFDSLAG--VDYFYGIPHALTKDGATVYVAQVSATNSSE---ARGEQLLAQVETLLAATGAEKVNLIGHSHGGPTTRYVASVRPDLVASVTSIGGVNKGSKVADIVRGTVP--EGS-IS---EGVAVKLAEGLVTLINLLSGGTD-LDQDPLASLAALTTEGSLAFNQHYPE---GIP-TS-ECGDGDLLASNGVHY--YSWTGSS---------------------------------NFTNLFDPTDGAMVVLGLAF---D-SPNDGLVGTCSTHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKQQGL
A0A0P1IYR5/76-360          -DDYTETRYPIVLVHGLFGFDTAAG--VDYWYRIPEELRRSGAEVYVAQVAAAQDTE---VRGEQLARQVEDILAISGAEKVNLIGHSHGSPTIRYVASVYPDMVASATGVGGVNWGARLADVLQGVVD--DVP-FS---GDLIGFLGNALAGLIDLFSGGGN--EQDILAALKALTTEETIAFNQRYPE---GMP-SE-YCGEGPRIGSNGVSY--FSWSGAK---------------------------------PLTNFLDPSDALLGATSIVF---LGEKNDGLVSSCSSHLGMVIRDDYRMNHLDEVNQVLGLRDLFSTDPVTLYRQHANRLRNYQF
A0A090SSW1/27-310          --GYTQTKYPIVLVHGLFGFDSLAG--FDYFYGIPQTLSKDGATVFVAQISATNSSE---VRGEQLLTQVENVLAVTGAQKVNLIGHSHGAPTARYVASVAPEMVASVTSVGGVNKGSKVADLVRSTVP--EGS-AA---EAVAVKLAGGLTTLIGLLSGGSD-LPQDGLSSLEALTTEGSLAFNARYPE---GVP-TS-TCGDGDWQADNGVYY--YSWTGTS---------------------------------TYTNVLDPADLAMLILGLAF---D-EPNDGLVGQCSTHLGKVIGDDYKMNHLDEINGLLGIHHLFETDPKTLYRQHANRLQLQGL
U4E360/30-313              --GYTQTHYPIVLVHGLFGFDKLAG--VDYFFGVPQALTKSGASVYVAQVSATNSSE---ARGEQLLAQVESVLAVTGASKVNLIGHSHGSPTSRYVASVRPDIVASVTSVGGVNKGSTIADIVRGTVP--PGS-VS---EDLAVKMAQGLSTLIGVLSGGSA-LPQDPLASLRSLTTKGSLKFNRHYPE---GVP-TS-KCGNGQKRASNGVYY--YSWSGTS---------------------------------TVTNVLDPSDAVMGVLGLAF---S-EPNDGLVGRCSSHLGQVIRDNYKMNHLDEVNGLLGIHHLFETDPVTIYRQHANRLKNQGL
U4KDT9/30-313              --GYTQTHYPIVLVHGLFGFDKLAG--VDYFFGVPQALTKSGASVYVAQVSATNSSE---ARGEQLLAQVESVLAVTGASKVNLIGHSHGSPTSRYVASVRPDIVASVTSVGGVNKGSTIADIVRGTVP--PGS-VS---EDLAVKMAQGLSTLIGVLSGGSA-LPQDPLASLRSLTTKGSLKFNRHYPE---GVP-TS-KCGNGQKRASNGVYY--YSWSGTS---------------------------------TVTNVLDPSDAVMGVLGLAF---S-EPNDGLVGRCSSHLGQVIRDNYKMNHLDEVNGLLGIHHLFETDPVTIYRQHANRLKNQGL
A0A0P0KKQ1/40-358          ADTYAATRYPVILVHGLAGTDKFAN-VVDYWYGIQSDLQSHGAKVYVANLSGFQSDDGPNGRGEQLLAYVKQVLAATGATKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQDVLKTDPTG-LS---STVIAAFVNVFGTLV---SSSHN-TDQDALAALRTLTTAQTATYNRNFPSAGLGAP-GSCQTGAATETV-GGSQHLLYSWGGTAIQPTSTVLG-VTGA----------TDTST-GTLDVANVTDPSTLALLATGAVMINRASGQNDGLVSRCSSLFGQVISTSYHWNHLDEINQLLGVRGANAEDPVAVIRTHVNRLKLQGV
A0A0B6RX62/40-358          ADTYAATRYPVILVHGLAGTDKFAN-VVDYWYGIQSDLQSHGAKVYVANLSGFQSDDGPNGRGEQLLAYVKQVLAATGATKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQDVLKTDPTG-LS---STVIAAFVNVFGTLV---SSSHN-TDQDALAALRTLTTAQTATYNRNFPSAGLGAP-GSCQTGAATETV-GGSQHLLYSWGGTAIQPTSTVLG-VTGA----------TDTST-GTLDVANVTDPSTLALLATGAVMINRASGQNDGLVSRCSSLFGQVISTSYHWNHLDEINQLLGVRGANAEDPVAVIRTHVNRLKLQGV
B9BJY8/71-390              ADDYAATRYPIVLVHGLTGTDKYAG-VLEYWYGIQEDLQRHGATVYVANLSGFQSDDGPNGRGEQLLAYVKQVLAATGATKVNLIGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQSVLAYDPTG-LS---SSAIAALVNVFGILT---SSSHN-TNQDALAALTTLTTAQAATYNRNFPSAGLGAP-GSCTTGASTETV-GGNTHLLYSWAGTAIQPTNAAFG-VTGA----------SDTSTIPVVDPANALDASTLALLGTGTVMINRGSGQNDGLVSKCSALYGQVLGTNFKWNHLDEINQLLGVRGAYAEDPVAMIRTHANRLKLAGV
A0A0E4AP21/45-364          ADDYAATRYPIVLVHGLTGTDRYAG-VLDYWYGIRQDLEQHGATVYVANLSGFQSDDGPNGRGEQLLAYVKQVLAATGATKVNLVGHSQGGLTSRYVAAVAPELVASVTTIGTPHRGSEFADFVQSVLAYDPTG-LS---SSVIAAFVNVFGILT---SSSHN-TNQDALAALKTLTTEQAAAYNRNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTVSAFG-VTGA----------TDTSTIPVVDPANALDLSTLALLGTGTAMINRNSGTNDGLVSKCSALYGKVLSTNYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
A0A0D5IRU4/45-364          ADDYAATRYPIVLVHGLTGTDRYAG-VLDYWYGIRQDLEQHGATVYVANLSGFQSDDGPNGRGEQLLAYVKQVLAATGATKVNLVGHSQGGLTSRYVAAVAPELVASVTTIGTPHRGSEFADFVQSVLAYDPTG-LS---SSVIAAFVNVFGILT---SSSHN-TNQDALAALKTLTTEQAAAYNRNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTVSAFG-VTGA----------TDTSTIPVVDPANALDLSTLALLGTGTAMINRNSGTNDGLVSKCSALYGKVLSTNYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
A0A1L9JX42/20-301          ----TQTRYPIVLVHGLFGFDKLAG--VDYFYGIPESLTKDGAKVYVAQVSATNSSE---VRGEQLLSQVEMLLAATGAAKVNLIGHSHGGPTARYVASVRPDLVASVTSIGGVNKGSKVADLVRGHVS--EGS-VT---EALAVKLAEGLSGLIGLLSGGSG-LEQDPLASLDALTTQGSLRFNQFYPE---GVP-QT-ECGEGEMLAGNGVYY--YSWTGSS---------------------------------TYTNVLDPADAPMAILGLAF---GGEANDGLVGACSTHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLQG-
A0A0T7EWH3/26-309          --GYTQTKYPIVLVHGLFGFDTLAG--VDYFFGIPHSLTKDGAKVYVAQVSATNSSE---VRGEQLLAQVETLLAATGAEKVNLIGHSHGGPTTRYVASVRPDLVASVTSIGGVNKGSKVADLVRGTVS--EGS-GS---EQVAVKLAQGLTTLINLLSGGSD-LDQDPLASLAALTTEGSLAFNQHYPE---GVP-TS-ECGNGDLLASNGVYY--YSWTGSS---------------------------------TFTNVFDPTDAAMMVLGLAF---D-GPNDGLVGACSTHLGKVIRDDYQMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLQGL
P26877/27-311              -STYTQTKYPIVLAHGMLGFDNILG--VDYWFGIPSALRRDGAQVYVTEVSQLDTSE---VRGEQLLQQVEEIVALSGQPKVNLIGHSHGGPTIRYVAAVRPDLMPSATSVGAPHKGSDTADFLRQ-IP--PGS-AG---EAVLSGLVNSLGALISFLS-SGSAGTQNSLGSLESLNSEGAARFNAKYPQ---GIP-TS-ACGEGAYKV-NGVSY--YSWSGSS---------------------------------PLTNFLDPSDAFLGASSLTF--KNGTANDGLVGTCSSHLGMVIRDNYRMNHLDEVNQVFGLTSLFETSPVSVYRQHANRLKNASL
B8K5B1/27-310              --GYTETKYPIVLVHGLFGFDSLAG--VDYFYGIPQSLTKDGATVYVAQVSATNSSE---ARGEQLLNQVETLLAATGAQKVNLIGHSHGGPTARYVASIRPDLVASVTSVGGVHKGSKVADIVRGTVP--EGS-IS---ERVAVKLAQGLVTLINLLSGGSD-LEQDPLASLDALTTEGSLTFNRYYPE---GIP-ST-ECGNGDLLASNGVYY--YSWTGAA---------------------------------NFTNVFDPTDGAMMVLGLAF---D-GPNDGLVATCSTHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKQQGL
A0A090IHB8/30-313          --GYTETKYPIVLVHGLFGFDSIVG--VQYFYGIPHALTRSGAVVYVAQVSATNRTE---ERGEQLLTQIEQILAATGADKVNLIGHSHGGPTARYVASVAPQYVASVTSIGGVNKGSIIIDIIREEVP--EGS-IP---EELAVTITAAFSDLINFLSGDND-LPQDPIAALESLTTKRSLEFNQSYPE---GIP-TT-ECGEGEYLADNGIYY--YSWSGSA---------------------------------NFTNLLDPLDAALVLTGSAF---S-EPSDGLVSACSSHLGKVIRDDYKMNHVDEINHTFGIHHLFETDPKTLYRQHANRLQLQGL
A0A060L3K4/45-364          ADGYAATRYPIILVHGLTGTDKYAG-VLEYWYGIQEDLQQNGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQTVLAYDPTG-LS---SSVIAAFVNVFGILT---SSSHN-TNQDALAALQTLTTARAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTLSAFG-VTGA----------TDTSTIPLVDPANALDLSTLALFGTGTVMINRSSGQNDGLVSKCSALYGKVLSTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
P95419/27-311              -STYTQTKYPIVLAHGMLGFDNILG--VDYWFGIPSALRRDGAQVYVTEVSQLDTSE---VRGEQLLQQVEEIVALSGQPKVNLIGHSHGGPTIRYVAAVRPDLIASATSVGAPHKGSDTADFLRQ-IP--PGS-AG---EAILSGLVNSLGALISFLS-SGSTGTQNSLGSLESLNSEGAARFNAKYPQ---GVP-TS-ACGEGAYKV-NGVSY--YSWSGSS---------------------------------PLTNFLDPSDAFLGASSLTF--KNGTANDGLVGTCSSHLGMVIRDNYRMNHLDEVNQVFGLTSLFETSPVSVYRQHANRLKNASL
A0A1D5C0Q7/27-311          -STYTQTKYPIVLAHGMLGFDNILG--VDYWFGIPSALRRDGAQVYVTEVSQLDTSE---VRGEQLLQQVEEIVALSGQPKVNLIGHSHGGPTIRYVAAVRPDLIASATSVGAPHKGSDTADFLRQ-IP--PGS-AG---EAILSGLVNSLGALISFLS-SGSTGTQNSLGSLESLNSEGAARFNAKYPQ---GVP-TS-ACGEGAYKV-NGVSY--YSWSGSS---------------------------------PLTNFLDPSDAFLGASSLTF--KNGTANDGLVGTCSSHLGMVIRDNYRMNHLDEVNQVFGLTSLFETSPVSVYRQHANRLKNASL
A0A0T7EPD2/29-313          -SGYTETKYPIMLVHGLFGFDTLAG--VDYFYGVPESLTKDGANVYVAQVSATNSSE---VRGEQLLSQVETLLAATGASKVNLIGHSHGGPTARYVASVRPDLVASVTSIGGVHKGSKVADLVRGNVS--EGS-VT---EGIAVKLAGGLTTLINLLSGGTD-LDQDGLASLEALTTEGSLAFNQFYPE---GVP-NS-ECGDGEWQASNGVYY--YSWTGSS---------------------------------TFTNLLDPTDGAMTILGLAF---N-EPNDGLVGACSAHLGKVIGDEYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLAGL
A8QYB2/27-311              -STYTQTKYPIVLAHGMLGFDNILG--VDYWFGIPSALRRDGAQVYVTEVSQLDTSE---VRGEQLLQQVEEIVALSGQPKVNLIGHSHGGPTIRYVAAVRPDLIASATSVGAPHKGSDTADFLRQ-IP--PGS-AG---EAILSGLVNSLGALISFLS-SGSTGTQNSLGSLESLNSEGAARFNAKYPQ---GIP-TS-ACGEGAYKV-NGVSY--YSWSGSS---------------------------------PLTNFLDPSDAFLGASSLTF--KNGTANDGLVGTCSSHLGMVIRDNYRMNHLDEVNQVFGLTSLFETSPVSVYRQHANRLKNASL
A0A1E9CKR8/27-311          -STYTQTKYPIVLAHGMLGFDNILG--VDYWFGIPSALRRDGAQVYVTEVSQLDTSE---VRGEQLLQQVEEIVALSGQPKVNLIGHSHGGPTIRYVAAVRPDLIASATSVGAPHKGSDTADFLRQ-IP--PGS-AG---EAILSGLVNSLGALISFLS-SGSTGTQNSLGSLESLNSEGAARFNAKYPQ---GIP-TS-ACGEGAYKV-NGVSY--YSWSGSS---------------------------------PLTNFLDPSDAFLGASSLTF--KNGTANDGLVGTCSSHLGMVIRDNYRMNHLDEVNQVFGLTSLFETSPVSVYRQHANRLKNASL
A0A1G5KPN8/27-311          -STYTQTKYPIVLAHGMLGFDNILG--VDYWFGIPSALRRDGAQVYVTEVSQLDTSE---VRGEQLLQQVEEIVALSGQPKVNLIGHSHGGPTIRYVAAVRPDLIASATSVGAPHKGSDTADFLRQ-IP--PGS-AG---EAILSGLVNSLGALISFLS-SGSTGTQNSLGSLESLNSEGAARFNAKYPQ---GIP-TS-ACGEGAYKV-NGVSY--YSWSGSS---------------------------------PLTNFLDPSDAFLGASSLTF--KNGTANDGLVGTCSSHLGMVIRDNYRMNHLDEVNQVFGLTSLFETSPVSVYRQHANRLKNASL
A0A095FBP4/40-358          ADTYAATRYPVILVHGLAGTDKFAN-VLDYWYGIQSDLQSHGAKVYVANLSGFQSDDGPNGRGEQLLAYVKQVLAATGATKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQGVLATDPTG-LS---STVIAAFVNVFGTLI---NSSLN-TNQDALAALKTLTTAQTAAYNKNFPSAGLGAP-GTCQTGAATETV-AGNQHLLYSWGGTAIQPGATVLG-VTGA----------SDTST-STFDSANVTDISTLALLGTGAVMINRGSGQNDGLVSRCSSLFGQVISTSYHWNHLDEINQLLGVRGANAEDPVAVIRTHVNRLKQQGI
A0A088UYR6/45-364          ADAYAATRYPIILVHGLTGTDKYAG-VLDYWYGIREDLQQHGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGAAKVNLIGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQGVLATDPTG-LS---SSVIAAFVNVFGILT---SSTHN-TNQDALAALQTLTTARAAAYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTVSAFG-VTGA----------ADTSTIPLVDPANALDLSTLALLGTGTVMINRGSGQNDGLVSKCSALYGKVLSTSYKWNHLDEINQLLGVRGAYAEDPLAVIRTHANRLKLAGV
A0A1C3IXN3/30-313          --GYTQTKYPIMLVHGLFGFDTLAG--VDYFYGVPESLTKDGASVYVAQVSATNSSE---VRGEQLLAQVETLLAATGASKVNLVGHSHGGPTARYVASVRPDLVASVTSIGGVHKGSKVADLVRGTVS--EGS-AA---EGIAVKLAGGLTTLINLLSGGTD-LDQDGLASLEALTTEGSLAFNQFYPE---GVP-TS-ACGDGEWQANNGVYY--YSWTGSS---------------------------------TFTNLLDPTDGAMTILGLAF---N-EPNDGLVGACSAHLGKVIGDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLAGL
A0A0A3FGN8/25-308          --GYTETKYPIVLVHGLFGFDTLAG--VDYFYGIPHSLTKDGATVYIAQVSATNSSE---ARGEQLLAQVETLLAATGAEKVNLIGHSHGGPTTRYVASIRPDLVASVTSIGGVNKGSKVADIVRNTVP--EGS-IS---EGVAVKLAEGLVTLINLLSGGSD-LDQDPLASLAALTTEGSLEFNQYYPE---GIP-TS-ACGDGDLLASNGVYY--YSWTGSS---------------------------------NFTNLFDPTDGAMVVLGLAF---D-GPNDGLVDACSTHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLQGL
A0A031GJE5/29-302          ----TQTKYPIVLVHGLFGFDKLGP--VDYFYGVSDALRSGGAQVYVTTVSAANSTE---VRGEQLLSQVRQILAATGAAKVNLIGHSHGGPTARYVASVRPDLVASVTSVAGVNKGSKVADILSGAIP--NTS----------NALGNALASLIGILSGNKG-LPQNAGASLASLSTAGSLAFNSRHPQ---GVP-TS-ACGEGAYQV-QGVHY--FSWSGAQ---------------------------------PYTNVLDVGDPALAAISLAF---GGAKNDGLVSSCSSHLGKVIRDDYAMNHLDEVNQFVGIVNLFETNPVTVFRQQANRLQGL--
Q4JL88/45-363              ADDYATTRYPIILVHGLTGTDKYAG-VLDYWYGIQEDLQQHGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQDVLAYDPTE-LS---STVYAAFVNVFGILT---SSSHN-TNQDALASLKTLTTAQAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTLSLFG-VTGA----------TDTSTVPVVDPANVLDPSTLALFGTGTVMINRGSGENDGLVSKCSALYGAV-STRYKWNHIDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
A0A095F5E6/45-364          ADDYATTRYPIILVHGLTGTDKYAG-VLDYWYGIQEDLQQHGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQDVLAYDPTG-LS---STVIAAFVNVFGILT---SSSHN-TNQDALASLKTLTTAQAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTLSLFG-VTGA----------TDTSTVPVVDPANVLDLSTLALFGTGTVMINRGSGENDGLVSKCSALYGKVLSTRYKWNHIDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
A0A142PDQ3/45-364          ADDYATTRYPIILVHGLTGTDKYAG-VLDYWYGIQEDLQQHGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQDVLAYDPTG-LS---STVIAAFVNVFGILT---SSSHN-TNQDALASLKTLTTAQAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTLSLFG-VTGA----------TDTSTVPVVDPANVLDLSTLALFGTGTVMINRGSGENDGLVSKCSALYGKVLSTRYKWNHIDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
U1Y1X8/45-364              ADDYATTRYPIILVHGLTGTDKYAG-VLDYWYGIQEDLQQHGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQDVLAYDPTG-LS---STVIAAFVNVFGILT---SSSHN-TNQDALASLKTLTTAQAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTLSLFG-VTGA----------TDTSTVPVVDPANVLDLSTLALFGTGTVMINRGSGENDGLVSKCSALYGKVLSTRYKWNHIDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
B4EF94/45-364              ADDYATTRYPIILVHGLTGTDKYAG-VLDYWYGIQEDLQQHGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQDVLAYDPTG-LS---STVIAAFVNVFGILT---SSSHN-TNQDALASLKTLTTAQAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTLSLFG-VTGA----------TDTSTVPVVDPANVLDLSTLALFGTGTVMINRGSGENDGLVSKCSALYGKVLSTRYKWNHIDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
K5TNY2/17-300              --GYTETKYPIVLVHGLFGFDTLAG--VDYFYGIPHSLTKDGATVYVAQVSATNSSE---ARGEQLLAQVETLLAATGAQKVNLIGHSHGGPTTRYVASIRPDLVASVTSIGGVNKGSKVADIVRGTVP--EGS-IS---EGVAVKLAEGLVTLINLLSGGTD-LDQDPLASLEALTTEGSLAFNQYYPE---GIP-TS-ECGDGDLLASNGVYY--YSWTGSS---------------------------------NFTNLFDPTDGAMVVLGLAF---D-GPNDGLVGACSTHLGKVIRDNYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLQGL
A0A0H6PFS2/57-339          --GYTQTRYPIVLVHGLFGFDTLAG--MDYFHGIPQSLTRDGAQVYVAQVSATNSSE---RRGEQLLAQVESLLAVTGAKKVNLIGHSHGGPTIRYVASVRPDLVASVTSIGGVHKGSAVADLVRGVIP--SGS-VS---EQVAVGLTQGLVALIDLLSGGKA-HPQDPLASLAALTTEGSLKFNQYYPE---GVP-TS-ACGEGAYQV-NGVRY--YSWSGAA---------------------------------TVTNILDPSDVAMGLIGLVF---N-EPNDGLVATCSTHLGKVIRDDYRMNHLDEINGLLGIHSLFETDPVTLYRQHANRLKQAGL
Q9L6C7/27-311              -STYTQTKYPIVLAHGMLGFDNILG--VDYWFGIPSALRRDGAQVYVTEVSQLDTSE---VRGEQLLQQVEEIVALSGQPKVNLIGHSHGGPTIRYVAAVRPDLIASATSVGAPHKGSDTADFLRQ-IP--PGS-AG---EAILSGLVNSLGALISFLS-SGSTGTQNSLGSLESLNSEGAARFNAKYPQ---GIP-TS-ACGEGAYKV-NGVSY--YSWSGSS---------------------------------PLTNFLDPSDAFLGASSLTF--KNGTANDGLVGTCSSHLGMVIRDNYRMNHLDQVNQVFGLTSLFETSPVSVYRQHANRLKNASL
Q5U9G1/46-364              A-GYAATRYPIILVHGLSGTDKYAG-VLEYWYGIQEDLQQNGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLSSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQNVLAYDPTG-LS---SSVIAAFVNVFGILT---SSSHN-TNQDALAALQTLTTARAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTLSVFG-VTGA----------TDTSTLPLVDPANVLDLSTLALFGTGTVMINRGSGQNDGLVSKCSALFGKVLSTNYKWNHLDEINQLLGVRGAYAEDPVAVIRTHVNRLKLAGV
A0A0C4XVX2/23-306          --GYTQTRYPIVLVHGLFGFDKLLG--VDYFYGIPQALSRDGAKVYVAQVSATASSE---QRGEQLLAQIELLLAATGAEKVNLIGHSHGGPTIRYVASVAPELVASATSVGGVNYGSDIADLVRTNAA--PGS-AA---EKLAAAAAHALSGVISLLSGGSQ-LPQDPVAALDALTSKGANQFNQRYPE---GLP-SQ-YCGEGPMRATNGVYY--FSWSGRG---------------------------------NMTNILDPVDPALALTGTFF---K-EPNDGLVGVCSSHLGKVIGTDYRMNHLDEVNQSFGIHHLFETDPVTLYRDHAHRLKELGL
D0IJN7/30-312              --GYTQTRYPIVLVHGLFGFDSLAG--VEYFYGIPQSLTRDGAKVYVAQVSATNSTE---RRGEQLLAQVESLLAATGAKKVNLIGHSHGGPTVRYVASVRPDLVASVTTIGGVHKGSAVADLLRGTIQ--PGS-IS---EQAAVTVTKGFVALIDLLSGGEP-HPQDPLASLAALTTEGSLKFNQYYPE---GVP-TS-KCGEGAYQV-NGVRY--YSWSGSS---------------------------------TVTNLLDPSDAAMGVLGLVF---N-EPNDGLVATCSTHLGKVIRDDYRMNHLDEINGLLGIHSLLETDPVTLYRQHANRLKQAGL
Q7NUI4/26-310              -SGYTQTRYPIVLVHGLFGFGQVLG--VDYFYRVPAALKEDGAQVFVAEVSATGSNE---TRGEQLLQQVRRILAITGAQKVNLIGHSQGAPTARYVAGVRPDLVASVTTVGGVNKGSVVADIVRGVAP--PGS-VS---EAVAAAVTGAFVKVLAFFSGTGD-LPQQPIDALNSLTTAGSLAFSAKFPG---GVP-AS-ACGEGDYEA-NGVRY--YSWTGAA---------------------------------TTTNILDPLTVPMGALGLAF---GSTPSDGLVGVCSAHLGQVIRDDYKMNHVNEINQSFGLVSLFEVSPVSLYRQQANRLKNAGL
A0A0J6LS87/26-310          -SGYTQTRYPIVLVHGLFGFGQVLG--VDYFYRVPAALKEDGAQVFVAEVSATGSNE---TRGEQLLQQVRRILAITGAQKVNLIGHSQGAPTARYVAGVRPDLVASVTTVGGVNKGSVVADIVRGVAP--PGS-VS---EAVAAAVTGAFVKVLAFFSGTGD-LPQQPIDALNSLTTAGSLAFSAKFPG---GVP-AS-ACGEGDYEA-NGVRY--YSWTGAA---------------------------------TTTNILDPLTVPMGALGLAF---GSTPSDGLVGVCSAHLGQVIRDDYKMNHVNEINQSFGLVSLFEVSPVSLYRQQANRLKNAGL
A0A1E7UGJ8/29-302          ----TQTKYPIVLVHGLFGFDKLGP--VEYFYGVPAALRSGGAQVYVTTVSAANSTE---VRGEQLLSQVRQILAATGAAKVNLIGHSHGGPTARYVASVRPDLVASVTSVAGVNKGSKVADILSGAIP--NTS----------GALGNALASLIGILSGNKG-LPQNAGASLASLSTAGSLAFNSRHPQ---GVP-TS-ACGEGAYQV-QGVHY--FSWSGAQ---------------------------------PYTNVLDVGDPLLAAISLAF---GGVKNDGLVSSCSSHLGKVIRDDYAMNHLDEVNQFVGIVNLFETNPVTVFRQQANRLQGL--
B1FNV3/45-364              SDNYAATRYPIILVHGLTGTDKYAG-VLEYWYGIQEDLQQHGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQSVLAYDPTG-LS---SSVIAAFVNVFGVLT---SSSHN-TNQDALAALKTLTTAQAATYNQNYPSAGLGAA-GSCQTGAPTESV-GGNTHLLYSWAGTAIQPTLSALG-VTGA----------ADTSTIPLVDPANALDLSTLALLGTGTVMINRGSGQNDGLVSKCSALYGKVLSTNYKWNHIDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
A0A1L9HT89/20-301          ----TQTRYPIVLVHGLFGFDKLAG--VDYFYGIPESLTKDGAKVYVAQVSATNSSE---VRGEQLLSQVEMLLAATGAAKVNLIGHSHGGPTARYVASVRPDLVASVTSIGGVNKGSKVADLVRGHVS--EGS-VT---EVLAVKLAEGLSGLIGLLSGGSG-LDQDPLASLDALTTQGSLRFNQFYPE---GVP-QT-ECGEGEMLAGNGVYY--YSWTGSS---------------------------------TYTNVLDPADAPMAILSLAF---GGEANDGLVGACSTHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLQG-
R4RRT6/29-311              --GYTATKYPIVLTHGMLGFDSLLG--IDYWYGIPSALRRDGAQVYITEVSQLNTSE---LRGEELLAQVEEIVAISGKPKVNLIGHSQGGPDIRYVAGVRPDLIASVTSVGAPHKGSDVADLIRK-VP--EGS-SG---EAIIAGLVNAMGALINFLSGSNSSAPQNALGALESLNSEGAARFNAKYPQ---GIP-TS-ACGEGAYVV-KGVRY--YSWSGTS---------------------------------PLTNPLDVSDAVMVAGSLAF---D-EANDGLVGRCSSHLGMVIRDNYRMNHLDEVNQVLGLTSLFETDPVSVYRQHANRLKNAGL
C5TAG4/31-312              -SGYTQTRYPIVLVHGLFGFDSALG--VDYFYGIPDNLRQGGARVFVAQVSAANSTE---VRGEQLLAQVKTILAITGAPKVNLVGHSHGGPTTRYVAGVAPSLVASVTSIGGVNRGSRVADILRGVAP--AGS-VS---EAVASGAASALVSLINLVSGGTS-LPQMPTAALDSLTTAGLADFNRRFPQ---ALP-T--GCGSGAELV-NGVRY--YSWTGTQ---------------------------------TLTNVFDVSDGPLGILGLVF---G-EANDGLVSACSSRLGKHL-GDYRQNHLDEVNQLVGLRDWFSADPVTLYRQHANRLKQVGL
A0A1E7VWF5/29-302          ----TQTKYPIVLVHGLFGFDKLGP--VDYFYGVSDALRSGGAQVYVTTVSAANSTE---VRGEQLLSQVRQILAATGAAKVNLIGHSHGGPTARYVASVRPDLVASVTSVAGVNKGSKVADILSGAIP--NTS----------GALGNALASLIGILSGNKG-LPQNAGASLTSLSTAGSLAFNSRHPQ---GVP-TS-SCGEGAYQV-QGVHY--FSWSGAQ---------------------------------PYTNVLDVGDPALAAISLAF---GGVKNDGLVSSCSSHLGKVIRDDYAMNHLDEVNQFVGIVNLFETNPVTVFRQQANRLQGL--
A0A0F6UBZ4/27-311          -STYTQTKYPIVLAHGMLGFDNILG--VDYWFGIPSALRRDDAQVYVTEVSQLDTSE---VRGEQLLQQVEEIVALSGQPKVNLIGHSHGGPTIRYVAAVRPDLIASATSVGAPHKGSDTADFLRQ-IP--PGS-AG---EAILSGLVNSLGALISFLS-SGSTGTQNSLGSLESLNSEGAARFNAKYPQ---GVP-TS-ACGEGAYKV-NGVSY--YSWSGSS---------------------------------PLTNFLDPSDAFLGASSLTF--KNGTANDGLVGTCSSHLGMVIRDNYRMNHLDEVNQVFGLTSLFETSPVSVYRQHANRLKNASL
P25275/45-364              ADGYAATRYPIILVHGLSGTDKYAG-VVEYWYGIQEDLQQNGATVYVANLSGFQSDDGANGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQNVLAYDPTG-LS---SSVIAAFVNVFGILT---SSSHN-TNQDALAALQTLTTARAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTLSVFG-ITGA----------TDTSTVPLVDLANVLDPSTLALFGTGTVMINRGSGQNDGLVSKCSALYGKVLSTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
A0A1L9IDN4/20-301          ----TQTRYPIVLVHGLFGFDKLAG--VDYFYGIPESLTKDGAKVYVAQVSATNSSE---VRGEQLLSQVEMLLAATGAAKVNLIGHSHGGPTARYVASVRPDLVASVTSIGGVNKGSKVADLVRGHVS--EGS-VT---EVLAVKLAEGLSGLIGLLSGGSG-LDQDPLASLDALTTQGSLRFNQFYPE---GVP-QT-ECGEGEMLAGNGVYY--YSWTGSS---------------------------------TYTNVLDPADAPMAILGLAF---GGEANDGLVGACSTHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLQG-
A0A1C3IKZ8/29-313          -SGYTATKYPIMLVHGLFGFDTLAG--VDYFYGVPESLTKDGASVYVAQVSATNSSE---VRGEQLLAQVETLLAATGASKVNLVGHSHGGPTARYVASVRPDLVASVTSIGGVHKGSKVADLVRGTVS--EGS-VS---EGIAVKLAGGLTALINLLSGGTD-LDQDGLASLEALTTEGSLAFNQFYPE---GVP-TS-ECGDGEWQANNGVYY--YSWTGSS---------------------------------TFTNLLDPTDGAMTILGLAF---N-EPNDGLVGACSAHLGKVIGDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLAGL
B7VQH1/29-313              -SGYTATKYPIMLVHGLFGFDTLAG--VDYFYGVPESLTKDGASVYVAQVSATNSSE---VRGEQLLAQVETLLAATGASKVNLVGHSHGGPTARYVASVRPDLVASVTSIGGVHKGSKVADLVRGTVS--EGS-VS---EGIAVKLAGGLTALINLLSGGTD-LDQDGLASLEALTTEGSLAFNQFYPE---GVP-TS-ECGDGEWQANNGVYY--YSWTGSS---------------------------------TFTNLLDPTDGAMTILGLAF---N-EPNDGLVGACSAHLGKVIGDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLAGL
A0A1C3JI99/29-313          -SGYTETKYPIMLVHGLFGFDTLAG--VDYFYGVPESLTKDGASVYVAQVSATNSSE---VRGEQLLSQVETLLAATGASKVNLVGHSHGGPTARYVASVRPDLVASVTSIGGVHKGSKVADLVRGNVS--EGS-VT---EGIAVKLAGGLTTLINLLSGGTD-LDQDGLASLEALTTEGSLAFNQFYPE---GVP-TS-ECGDGEWQASNGVYY--YSWTGSS---------------------------------TFTNLIDPTDGAMTILGLAF---N-EPNDGLVGACSAHLGKVIGDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLAGL
A0A0T7DN00/29-313          -SGYTETKYPIMLVHGLFGFDTLAG--VDYFYGVPESLTKDGATVYVAQVSATNSSE---VRGEQLLSQVETLLAATGASKVNLVGHSHGGPTARYVASVRPDLVASVTSIGGVHKGSKVADLVRGNVS--EGS-VT---EGIAVKLAGGLTTLINLLSGGTD-LDQDGLASLEALTTEGSLAFNQFYPE---GVP-TS-ECGDGEWQASNGVYY--YSWTGSS---------------------------------TFTNLLDPTDGAMTILGLAF---N-EPNDGLVGACSAHLGKVIGDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLAGL
A0A095EJS0/45-364          VDDYATTRYPIILVHGLTGTDKYAG-VLEYWYGIQEDLQQHGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQGVLAYDPTG-LS---STVIAAFVNVFGILT---SSSHN-TNQDALASLKTLTTAQAATDNQNYPSAGLGAP-GSCQTGASTETV-GGNTHLLYSWAGTAIQPTLSVLG-VTGA----------TDASTVPVVDPANALDLSTLALYGTGTVMINRGSGQNDGLVSKCSALYGKVLSTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
A4JM55/45-364              SDTYAATRYPLVFVHGINGNEKIGG-AIDQWYGIRGDLQQHGASVYVANLSAFQSDDGPNGRGEQLLAYVKRVLAASGATRVNLVGHSQGGLTSRYVAAVAPELVASVTTIGTPHRGSEFADFVQRVLAYDPTG-LS---SAVIAKFVNLMAFLT---STNFN-LKQDALAALQTLTTSQAAVYNVNYPSAGLGAP-GSCETGASTETI-GGHTHLLYSWTGTAIRPAFSLSG-VMLA----------KDVSTIPLIDPAYKDDSSTLAMLATGTVMINRGSGRNDGLVSKCSALYGQVLGTHYKWNHVDEINQTLGVHGAFAEDPVAVIRTHANRLKLAGV
A0A132DRP8/45-364          SDTYAATRYPLVFVHGINGNEKIGG-AIDQWYGIRGDLQQHGASVYVANLSAFQSDDGPNGRGEQLLAYVKRVLAASGATRVNLVGHSQGGLTSRYVAAVAPELVASVTTIGTPHRGSEFADFVQRVLAYDPTG-LS---SAVIAKFVNLMAFLT---STNFN-LKQDALAALQTLTTSQAAVYNVNYPSAGLGAP-GSCETGASTETI-GGHTHLLYSWTGTAIRPAFSLSG-VMLA----------KDVSTIPLIDPAYKDDSSTLAMLATGTVMINRGSGRNDGLVSKCSALYGQVLGTHYKWNHVDEINQTLGVHGAFAEDPVAVIRTHANRLKLAGV
H6U4T7/27-311              -STYTQTKYPIVLAHGMLGFDNILG--VDYWFGIPSALRRDGAQVYVTEVSQLDTSE---VRGEQLLQQVEEIVALSGQPKVNLIGHSHGGPTIRYVAAVRPDLIASATSVGAPHKGSDTADFLRQ-IP--PGS-AG---EAVLSGLVNSLGALISFLS-SGSTGTQNSLGSLESLNSEGAARFNAKYPQ---GIP-TS-ACGEGAYKV-NGVSY--YSWSGSS---------------------------------PLTNFLDPSDAFLGASSLTF--RNGTANDGLVGTCSSHLGMVIRDNYRMNHLDEVNQVFGLTSLFETSPVSVYRQHANRLKNASL
A0A104Z7H4/45-364          ADDYATTRYPIILVHGLTGTDKYAG-VLDYFYGIQQDLQQHGATVYVANLSGYQSDDGPNGRGEQLLAQVKQVLAQTGAAKVNLIGHSQGGLSSRYVAAVAPELVASVTTIGTPHRGSEFADFVQGVLAYDPTG-LS---STVIAAFVNVFGMLT---SSTHN-TNQDALAALQTLTTARAATYNQNFPSAGLGAP-GSCQSGAPTETV-GGNTHLLYSWAGTAIQPTLSALG-VTGA----------KDTSTIPVVDPANALDASTLALLGSGTVMINRGAGENDGVVSKCSALFGQVLSTSYKWNHVDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
A0A0D0HAV1/45-364          ADDYATTRYPIILVHGLTGTDKYAG-VLDYFYGIQQDLQQHGATVYVANLSGYQSDDGPNGRGEQLLAQVKQVLAQTGAAKVNLIGHSQGGLSSRYVAAVAPELVASVTTIGTPHRGSEFADFVQGVLAYDPTG-LS---STVIAAFVNVFGMLT---SSTHN-TNQDALAALQTLTTARAATYNQNFPSAGLGAP-GSCQSGAPTETV-GGNTHLLYSWAGTAIQPTLSALG-VTGA----------KDTSTIPVVDPANALDASTLALLGSGTVMINRGAGENDGVVSKCSALFGQVLSTSYKWNHVDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
A0A085PJG5/30-312          --GYTQTRYPIVLVHGLFGFDTLAG--MDYFHGIPQSLTRDGAQVYVAQVSATNSSE---RRGEQLLAQVESLLAVTGAKKVNLIGHSHGGPTIRYVASVRPDLVASVTSIGGVHKGSAVADLVRGAIP--SGS-VS---EQVAVGLTQGLAALIDLLSGGKV-HPQDPLASLAALTTEGSLKFNQYYPE---GVP-TS-ACGEGAYQV-NGVRY--YSWSGAA---------------------------------TVTNILDPSDVAMGLIGLVF---N-EPNDGLVATCSTHLGKVIRDDYRMNHLDEINGLLGIHSLFETDPVTLYRQHANRLKQAGL
A0A0D5L6G7/49-368          VDDYAATRYPIILVHGLTGTDDYFG-VVPYWYGMQSDLQRHGATVFVADLSGFQSDLGPNGRGEQLLAYVKQVLAVTGAQKVNLIGHSQGGLTSRYVAAVAPDLVASVTSIATPHRGSPFADFVLGALSLDPTG-LS---TPIFGQLLNIFGILT---SHTHN-TNQDAIAALNALSTPHATQFNAQFPSAGLGAP-GACATGAPSETV-GGNVHLLYSWSGSAYQPITVLGL-TTGA----------LDRSTVPLIDPANVLDPSTLVFLTAGNVMALRQAGLNDGFTSTCSSLYGTVISTDYKWNHFDEINQLLGIRGAYAADPVAVLRTHANRLKLQGV
J5CPP1/109-428             ADDYAATRYPIVLVHGLTGTDKYAG-VLEYWYGIQEDLQRHGATVYVANLSGFQSDDGPNGRGEQLLAYVKQVLAATGATKVNLIGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQSVLAYDPTG-LS---SSVIAAFVNVFGILT---SSSHN-TNQDALAALTTLTTAQAATYNRNFPSAGLGAP-GSCTTGASTETV-GGNTHLLYSWAGTAIQPTNSAFG-VTGA----------SDTSTIPVIDPANALDASTLALLGTGTVMINRGSGQNDGLVSKCSALYGQVLGTNFKWNHLDEINQLLGVRGAYAEDPVAMIRTHANRLKLAGV
Q21T36/22-305              --GYTQTRFPIVLVHGLFGFDNIGP--LDYWYGIPSALRADGAQVYVTQVSAANSTE---VRGEQLLVQVKQILAATGASKVNLIGHSHGGPTIRYVASVRPDLVASVTSVGGVNKGSAVADVLLGVAP--PGS-LS---NSVLISITNGLGSIISFLSGGSG-LSQDSLAAAQSLSTAGSLKFNLAHPE---GLP-TT-ACGEGAYAV-RGVAY--FSWSGAK---------------------------------PYTNVFDVLDPALALTSLAF---NGAKNDGLVASCSSRLGRVIRDDYALNHLDEVNQTVGLVNLFETNPVTLYRQQANRLKNLGL
G0ADA2/60-338              ----TQTKYPIILVHGLFGFDKIGP--VEYFYGIPEALHADGAQVYVAEVSAANSTE---VRGEQLLTYVKQVLAATGASKVNLIGHSHGGPTIRYVASVAPQLVASVSSVAGPNKGAAVADIVRGVVA--PGS-FT---QAILGSVVNGFTTLIDALSGGGN--PQNSVAALDSLTTAGMAKFNLAHPE---GLP-AT-ACGEGDYQV-GGVYY--FSWSGGQ---------------------------------PLTNMLDPSDASMGLLSLAY---GGAKSDGLVSSCGSHLGRVIRDNYGMNHLDEVNQVLGLVNIFETSPKTVYRQQANRLKGL--
A0A1B4A8F9/45-364          VDDYVATKYPIILVHGLTGTDKYAN-VLEYWYGITEDLQAHGATVYVANLSGFQSDDGPNGRGEQLLAYVQQVLAATGASKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQTVLAYDPTG-LS---STVIAAFVNVFGILT---SSNNN-TNQDALAALKTLTTSQTATYNQNYPSAGLGAP-GSCQTGAPTETV-GGSTHLLYSWGGTAIQPTLSILG-VTGA----------VDTSTIPVVDPANALDPSTLAMLGSGTVMINRGSGANDGLVSRCSSLYGQVLSTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKTQGV
A0A088X4H2/45-364          VDDYVATKYPIILVHGLTGTDKYAN-VLEYWYGITEDLQAHGATVYVANLSGFQSDDGPNGRGEQLLAYVQQVLAATGASKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQTVLAYDPTG-LS---STVIAAFVNVFGILT---SSNNN-TNQDALAALKTLTTSQTATYNQNYPSAGLGAP-GSCQTGAPTETV-GGSTHLLYSWGGTAIQPTLSILG-VTGA----------VDTSTIPVVDPANALDPSTLAMLGSGTVMINRGSGANDGLVSRCSSLYGQVLSTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKTQGV
B3GVV9/25-309              -TDYTRTRYPIVLSHGLFGFKSVGP--VDYWHAIVPALEKDGAKVFATSQSPVNSNE---VRGEQLLAQVEEVLALTGAEKVNLIGHSQGGMTVRYVAGVAPQLVASVTTMGTPHKGTPVADAVTGFSEF-LGP-IG---TEVIASAVEALFSVVDIVDGGEW-VKGDALAALNSLNTPGTARFNQRFPQ---AIP-AS-ACGQGAETV-AGVRY--YSMSGTG---------------------------------SLTNALDPSSAGLAVTGLLF---G-EANDGLVGQCSSHLGSVVKDNFRMDHLDEVNQLLGLVSLFESDPTQVYRQHANRLRNVGL
A0A0E1W4R4/36-355          VDNYAATQYPIILVHGLTGTDKYAN-VLEYWYGIREDLQAHGAQVYVANLSGFQSDDGPNGRGEQLLAYVQQVLAATGASKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQTVLAYDPTG-LS---STVIAAFVNVFGILT---SSTNN-TNQDALAALKTLTTSQAATYNQNYPSAGLGAP-GSCQTGAQTETV-GGNTHLLYSWGGTAIQPTLSILG-VTGA----------TDTSTIPVVDPANVLDASTLAMLGSGTVMINRGSGANDGLVSRCSSLYGQVLGTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKTQGV
A8ENY2/36-355              VDNYAATQYPIILVHGLTGTDKYAN-VLEYWYGIREDLQAHGAQVYVANLSGFQSDDGPNGRGEQLLAYVQQVLAATGASKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQTVLAYDPTG-LS---STVIAAFVNVFGILT---SSTNN-TNQDALAALKTLTTSQAATYNQNYPSAGLGAP-GSCQTGAQTETV-GGNTHLLYSWGGTAIQPTLSILG-VTGA----------TDTSTIPVVDPANVLDASTLAMLGSGTVMINRGSGANDGLVSRCSSLYGQVLGTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKTQGV
A0A0E1SMB7/36-355          VDNYAATQYPIILVHGLTGTDKYAN-VLEYWYGIREDLQAHGAQVYVANLSGFQSDDGPNGRGEQLLAYVQQVLAATGASKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQTVLAYDPTG-LS---STVIAAFVNVFGILT---SSTNN-TNQDALAALKTLTTSQAATYNQNYPSAGLGAP-GSCQTGAQTETV-GGNTHLLYSWGGTAIQPTLSILG-VTGA----------TDTSTIPVVDPANVLDASTLAMLGSGTVMINRGSGANDGLVSRCSSLYGQVLGTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKTQGV
A0A0E1UMI4/36-355          VDNYAATQYPIILVHGLTGTDKYAN-VLEYWYGIREDLQAHGAQVYVANLSGFQSDDGPNGRGEQLLAYVQQVLAATGASKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQTVLAYDPTG-LS---STVIAAFVNVFGILT---SSTNN-TNQDALAALKTLTTSQAATYNQNYPSAGLGAP-GSCQTGAQTETV-GGNTHLLYSWGGTAIQPTLSILG-VTGA----------TDTSTIPVVDPANVLDASTLAMLGSGTVMINRGSGANDGLVSRCSSLYGQVLGTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKTQGV
Q9EV86/5-292               ----VNTRYPILLVHGLFGFDRIGS--HHYFHGIKQALNECGASVFVPIISAANDNE---ARGDQLLKQIHNLRRQVGAQRVNLIGHSQGALTARYVAAIAPELIASVTSVSGPNHGSELADRLRLAFV--PGR-LG---ETVAAALTTSFSAFLSALSGHPR-LPQNALNALNALTTDGVAAFNRQYPQ---GLP-DR-WGGMGPAQV-NAVHY--YSWSGII-----------KGS----------------RLAESLNLLDPLHNALRVFDSFF-TRETRENDGMVGRFSSHLGQVIRSDYPLDHLDTINHM-ARGSRRRINPVELYIEHAKRLKEAG-
A0A137S9A2/30-313          --GYTETKYPIVLVHGLFGFDSILG--IDYFYGVTRALSKSGAEVYVAQVSAANTTE---VRGEQLLAQVEQILAATGADKVNLIGHSHGGPTARYVASVAPQYVASVTSIGGVNKGSRVADILRGEVP--EGS-VS---EKVIASMANGLSKLITFLSRGGK-LPQDSVAALEALTTKNSLKFNESYPE---GVP-TT-ACGEGDYVAGNGVYY--YSWSGSA---------------------------------NFTNLLDPMDLALTLTGKAF---N-VPNDGLVSSCSSRLGKVIRDNYRMNHMDEVNQTLGLHHLFETDPKTLYRQHANRLKLQGL
G8I0B5/29-311              --GYTATKYPIVLAHGMLGFDSLLG--IDYWYGIPSALRRDGAQVYVTEVSQLNTSE---LRGEELLAQVEEIVAISGKPKVNLVGHSHGGPTVRYVAGVRPDLIASVTSVGAPHKGSDVADLIRK-IP--EGS-SG---EAIIAGLVNAMGSFINFVSGSSSTAPQDSLGSLESLNSEGAARFNAKFPQ---GIP-TT-ACGEGAYRV-NGVRY--YSWSGTS---------------------------------PLTNPLDISDAMMGAGALAF---S-GPNDGLVGRCSSHLGMVIRDNYRMNHLDEVNQFMGLTSLFETDPVSVYRQHANRLKNAGL
A0A0D6RYW9/27-310          --GYTQTRYPIVLAHGMFGFDRILG--IDYWYGIPSELRRHGATVYVAEVSQLNSTE---ARGEELLEQVEDIVAISGKPKVNLIGHSHGGPTARYVAGIRPNLVASVTSVGSPHKGSATADFLRK-IP--RDS-AG---EAFLANIANAIGKVINVISGSSSKLPQDVLAGLESLTPVGSAKFNARFPE---GVP-TT-VCGEGAYAA-RGVRY--YSWSGVR---------------------------------TLTNPLDISDPLLLITSLPF---KGQQNDGLVGRCSSHLGRVVRDDYRMNHLDEVNHLFGLVSLFETPPVSVYRQHANRLKNEGL
A0A0A8RD86/27-311          -STYTQTKYPIVLAHGMLGFDNILG--VDYWFGIPSALRRDGAQVYVTEVSQLDTSE---VRGEQLLQQVEEIVALSGQPKVNLIGHSHGGPTIRYVAAVRPDLIASATSVGAPHKGSDTADFLRQ-IP--PGS-AG---EAVLSGLVNSLGALISFLS-SGSAGTQNSLGSLESLNSEGAARFNAKYPQ---GIP-TS-ACGEGAYKV-NGVSY--YSWSGSS---------------------------------PLTNFLDPSDAFLGASSLTY--KNGTANDGLVGTCSSHLGMVIRDNYRMNHLDEVNQVFGLTSLFETSPVSVYRQHANRLKNASL
B1SYQ6/45-364              VDDYATTRYPVILVHGLTGTDKYAG-VLEYWYGIQEDLQQHGATVYVANLSGFQSDDGPDGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQGVLAYDPTG-LS---ATVIAAFVNVFGVLT---SSSHN-TNQDALASLKTLTTAQAATYNQNYPSPGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTLSLLG-VTGA----------TDTSAIPLVDPANVLDLSTLALFGTGTVMINRGSGQNDGLVSKCSALYGKVLSTSYKWNHIDEINQLLGVRGANAEDPVAVIRTHANRLKLAGA
A4JM54/45-364              TDDYAATRYPVVLVHGLTGTDKYAG-VLEYWYGIQEDLQRHGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLIGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQSVLAYDPTG-LS---SSVIATFFNVFGILT---SSSNN-TNQDALAALKTLTTSQAAAYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTVSMFG-VTGA----------KDVSTIPVIDPANALDLSTLALLGTGTVMINRGAGQNDGLVSKCSALYGQVLGTRYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
F0Q4B9/37-318              -SGYTQTRYPIVLVHGLFGFDSALG--VDYFYGIPDALRRDGAQVFVAQVSATNSTE---VRGEQLLAQVKQVLAVTGAAKVNLVGHSHGGPTIRYVAGVAPQLVASVTSIGGVNKGSRVADVVRGVAP--PGS-VS---ESVASAAAGALAQVISAASGGSG-LPQKPTAALDSLTTAGAADFNRRFPQ---GL--AS-GCGNGADVV-NGVRY--YSWTGTQ---------------------------------PVTNVLDPSDAGLALLAPVH---G-EANDGLVSACSSRLGRHL-GDYRQNHLDEINQLVGLRDLFSPDPVTLYRQHANRLKQQGL
A0A0D5VJA8/47-364          ADDYAATRYPIILVHGLTGTDKYLG-VLDYWYGIQSDLQQHGATVYVANLSGFQSDDGPNGRGEQLLAYVKQVLAATGAQKVNLIGHSQGGLTSRYVAAVAPELVASVTTIGTPHRGSEFADFVQDALKKDPTG-LS---TPIIGAFANIFGILT---SSSHN-TNQNAVAALQTLTTANAAAYNLRYPSAGLGAP-GSCQTGAATETV-NGNTHLLYSWAGSAIQPT-SILG-IPGA----------TDTSV-APLDAANVLDPSTLVLYGTGAIMLSRQSGQNDGLVSVCSALYGKVLSTSYKWNHLDEINQLLGVRGANAADPVAVIRTQANRLKTQGV
A0A118PP51/45-364          VDSYAATRYPIILVHGLTGTDRYAN-VLDYWYGIQADLQAHGAQVYVANLSGFQSDDGPNGRGEQLLAYVQQVLAATGASKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQTVLAYDPTG-LS---STVIAAFVNVFGILT---SSNNN-TNQDALAALKTLTTSQTATYNQNYPSVGLGAP-GSCQTGAPTETV-GGNTHLLYSWGGTAIQPTLSALG-VTGA----------TDTSTIPVVDPANTLDPSTLALLGSGTVMINRGSGANDGLVSRCSSLYGQVLSTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKTQGV
A0A0D5L5M7/45-364          VDSYAATRYPIILVHGLTGTDRYAN-VLDYWYGIQADLQAHGAQVYVANLSGFQSDDGPNGRGEQLLAYVQQVLAATGASKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQTVLAYDPTG-LS---STVIAAFVNVFGILT---SSNNN-TNQDALAALKTLTTSQTATYNQNYPSVGLGAP-GSCQTGAPTETV-GGNTHLLYSWGGTAIQPTLSALG-VTGA----------TDTSTIPVVDPANTLDPSTLALLGSGTVMINRGSGANDGLVSRCSSLYGQVLSTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKTQGV
A0A0H2ZI71/25-309          -TDYTRTRYPIVLSHGLFGFKSVGP--VDYWHAIVPALEKDGAKVFATSQSPVNSNE---VRGEQLLAQVEEVLALTGAEKVNLIGHSQGGMTVRYVAGVAPQLVASVTTMGTPHKGTPVADAVTGFSEF-LGP-IG---TEVIASAVEALFSVVDIVDGGEW-VKGDALAALNSLNTPGTARFNQRFPQ---AIP-AS-ACGQGAETV-AGVRY--YSMSGTG---------------------------------SLTNALDPSSAGLAVTGLLF---G-EANDGLVGQCSSHLGSVVKDNYRMDHLDEVNQLLGLVSLFESDPTQVYRQHANRLRNVGL
A0A157U255/25-309          -TDYTRTRYPIVLSHGLFGFKSVGP--VDYWHAIVPALEKDGAKVFATSQSPVNSNE---VRGEQLLAQVEEVLALTGAEKVNLIGHSQGGMTVRYVAGVAPQLVASVTTMGTPHKGTPVADAVTGFSEF-LGP-IG---TEVIASAVEALFSVVDIVDGGEW-VKGDALAALNSLNTPGTARFNQRFPQ---AIP-AS-ACGQGAETV-AGVRY--YSMSGTG---------------------------------SLTNALDPSSAGLAVTGLLF---G-EANDGLVGQCSSHLGSVVKDNYRMDHLDEVNQLLGLVSLFESDPTQVYRQHANRLRNVGL
A0A0H3QQA9/25-309          -TDYTRTRYPIVLSHGLFGFKSVGP--VDYWHAIVPALEKDGAKVFATSQSPVNSNE---VRGEQLLAQVEEVLALTGAEKVNLIGHSQGGMTVRYVAGVAPQLVASVTTMGTPHKGTPVADAVTGFSEF-LGP-IG---TEVIASAVEALFSVVDIVDGGEW-VKGDALAALNSLNTPGTARFNQRFPQ---AIP-AS-ACGQGAETV-AGVRY--YSMSGTG---------------------------------SLTNALDPSSAGLAVTGLLF---G-EANDGLVGQCSSHLGSVVKDNYRMDHLDEVNQLLGLVSLFESDPTQVYRQHANRLRNVGL
W1MSM0/25-309              -TDYTRTRYPIVLSHGLFGFKSVGP--VDYWHAIVPALEKDGAKVFATSQSPVNSNE---VRGEQLLAQVEEVLALTGAEKVNLIGHSQGGMTVRYVAGVAPQLVASVTTMGTPHKGTPVADAVTGFSEF-LGP-IG---TEVIASAVEALFSVVDIVDGGEW-VKGDALAALNSLNTPGTARFNQRFPQ---AIP-AS-ACGQGAETV-AGVRY--YSMSGTG---------------------------------SLTNALDPSSAGLAVTGLLF---G-EANDGLVGQCSSHLGSVVKDNYRMDHLDEVNQLLGLVSLFESDPTQVYRQHANRLRNVGL
A0A1F0I900/25-309          -TDYTRTRYPIVLSHGLFGFKSVGP--VDYWHAIVPALEKDGAKVFATSQSPVNSNE---VRGEQLLAQVEEVLALTGAEKVNLIGHSQGGMTVRYVAGVAPQLVASVTTMGTPHKGTPVADAVTGFSEF-LGP-IG---TEVIASAVEALFSVVDIVDGGEW-VKGDALAALNSLNTPGTARFNQRFPQ---AIP-AS-ACGQGAETV-AGVRY--YSMSGTG---------------------------------SLTNALDPSSAGLAVTGLLF---G-EANDGLVGQCSSHLGSVVKDNYRMDHLDEVNQLLGLVSLFESDPTQVYRQHANRLRNVGL
A0A1G5K328/25-309          -TDYTRTRYPIVLSHGLFGFKSVGP--VDYWHAIVPALEKDGAKVFATSQSPVNSNE---VRGEQLLAQVEEVLALTGAEKVNLIGHSQGGMTVRYVAGVAPQLVASVTTMGTPHKGTPVADAVTGFSEF-LGP-IG---TEVIASAVEALFSVVDIVDGGEW-VKGDALAALNSLNTPGTARFNQRFPQ---AIP-AS-ACGQGAETV-AGVRY--YSMSGTG---------------------------------SLTNALDPSSAGLAVTGLLF---G-EANDGLVGQCSSHLGSVVKDNYRMDHLDEVNQLLGLVSLFESDPTQVYRQHANRLRNVGL
P72172/25-309              -TDYTRTRYPIVLSHGLFGFKSVGP--VDYWHAIVPALEKDGAKVFATSQSPVNSNE---VRGEQLLAQVEEVLALTGAEKVNLIGHSQGGMTVRYVAGVAPQLVASVTTMGTPHKGTPVADAVTGFSEF-LGP-IG---TEVIASAVEALFSVVDIVDGGEW-VKGDALAALNSLNTPGTARFNQRFPQ---AIP-AS-ACGQGAETV-AGVRY--YSMSGTG---------------------------------SLTNALDPSSAGLAVTGLLF---G-EANDGLVGQCSSHLGSVVKDNYRMDHLDEVNQLLGLVSLFESDPTQVYRQHANRLRNVGL
A0A1D5BTX1/25-309          -TDYTRTRYPIVLSHGLFGFKSVGP--VDYWHAIVPALEKDGAKVFATSQSPVNSNE---VRGEQLLAQVEEVLALTGAEKVNLIGHSQGGMTVRYVAGVAPQLVASVTTMGTPHKGTPVADAVTGFSEF-LGP-IG---TEVIASAVEALFSVVDIVDGGEW-VKGDALAALNSLNTPGTARFNQRFPQ---AIP-AS-ACGQGAETV-AGVRY--YSMSGTG---------------------------------SLTNALDPSSAGLAVTGLLF---G-EANDGLVGQCSSHLGSVVKDNYRMDHLDEVNQLLGLVSLFESDPTQVYRQHANRLRNVGL
A0A0P1DHK6/25-309          -TDYTRTRYPIVLSHGLFGFKSVGP--VDYWHAIVPALEKDGAKVFATSQSPVNSNE---VRGEQLLAQVEEVLALTGAEKVNLIGHSQGGMTVRYVAGVAPQLVASVTTMGTPHKGTPVADAVTGFSEF-LGP-IG---TEVIASAVEALFSVVDIVDGGEW-VKGDALAALNSLNTPGTARFNQRFPQ---AIP-AS-ACGQGAETV-AGVRY--YSMSGTG---------------------------------SLTNALDPSSAGLAVTGLLF---G-EANDGLVGQCSSHLGSVVKDNYRMDHLDEVNQLLGLVSLFESDPTQVYRQHANRLRNVGL
V6AMJ5/25-309              -TDYTRTRYPIVLSHGLFGFKSVGP--VDYWHAIVPALEKDGAKVFATSQSPVNSNE---VRGEQLLAQVEEVLALTGAEKVNLIGHSQGGMTVRYVAGVAPQLVASVTTMGTPHKGTPVADAVTGFSEF-LGP-IG---TEVIASAVEALFSVVDIVDGGEW-VKGDALAALNSLNTPGTARFNQRFPQ---AIP-AS-ACGQGAETV-AGVRY--YSMSGTG---------------------------------SLTNALDPSSAGLAVTGLLF---G-EANDGLVGQCSSHLGSVVKDNYRMDHLDEVNQLLGLVSLFESDPTQVYRQHANRLRNVGL
A0A0E1B512/25-309          -TDYTRTRYPIVLSHGLFGFKSVGP--VDYWHAIVPALEKDGAKVFATSQSPVNSNE---VRGEQLLAQVEEVLALTGAEKVNLIGHSQGGMTVRYVAGVAPQLVASVTTMGTPHKGTPVADAVTGFSEF-LGP-IG---TEVIASAVEALFSVVDIVDGGEW-VKGDALAALNSLNTPGTARFNQRFPQ---AIP-AS-ACGQGAETV-AGVRY--YSMSGTG---------------------------------SLTNALDPSSAGLAVTGLLF---G-EANDGLVGQCSSHLGSVVKDNYRMDHLDEVNQLLGLVSLFESDPTQVYRQHANRLRNVGL
H2D5P3/31-359              A-GYAATRYPIILEHGLSGTDKYAG-VLEYWYGIQQDLQQNGAAVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLSSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQDVLAYDPTG-LS---SSVIAAFVNVFGILT---SSSHN-TNQDALAALQTLTTARAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTLSVFG-VTGATDTSTLPLVDTDTSTLPLVDPANVLDLSTLALFGTGTVMINRGSGQNDGLVSKCSALFGKVLSTNYKWNHLDEINQLLGVRGAYAEDPVAVIRTHVNRLKLAGV
A6B1H2/26-309              --GYTQTKYPIVLVHGLFGFDSLAG--VDYFFGIPHSLTKDGATVYVAQVSATNSSE---ARGEQLLSQVETLLAATGASKVNLIGHSHGGPTARYVASVRPDLVASVTSIGGVNKGSKVADLVRGTVP--EGS-GT---EQLAVKLAQGLTTLINLLSGGSD-LDQDPLASLAALTTEGSLAFNQHYPE---GIP-TS-ECGDGDLLAPNGVYY--YSWTGSS---------------------------------TFSNVFDPTDAAMMVLGLAF---D-GPNDGLVGACSTHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLQRL
A0A0E1TV50/36-355          VDNYAATQYPIILVHGLTGTDKYAN-VLEYWYGIREDLQAHGAQVYVANLSGFQSDDGPNGRGEQLLAYVQQVLAATGASKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQTVLAYDPTG-LS---STVIAAFVNVFGILT---SSTNN-TNQDALAALKTLTTSQAATYNQNYPSAGLGAP-GSCQTGAQTETV-GGNTHLLYSWGGTAIQPTLSILG-VTGA----------TDTSTIPVVDPANVLDASTLAMLGSGTVMINRGSGANDGLVSRCSSLYGQVLGTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKTQGV
B1H807/36-355              VDNYAATQYPIILVHGLTGTDKYAN-VLEYWYGIREDLQAHGAQVYVANLSGFQSDDGPNGRGEQLLAYVQQVLAATGASKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQTVLAYDPTG-LS---STVIAAFVNVFGILT---SSTNN-TNQDALAALKTLTTSQAATYNQNYPSAGLGAP-GSCQTGAQTETV-GGNTHLLYSWGGTAIQPTLSILG-VTGA----------TDTSTIPVVDPANVLDASTLAMLGSGTVMINRGSGANDGLVSRCSSLYGQVLGTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKTQGV
C4I862/36-355              VDNYAATQYPIILVHGLTGTDKYAN-VLEYWYGIREDLQAHGAQVYVANLSGFQSDDGPNGRGEQLLAYVQQVLAATGASKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQTVLAYDPTG-LS---STVIAAFVNVFGILT---SSTNN-TNQDALAALKTLTTSQAATYNQNYPSAGLGAP-GSCQTGAQTETV-GGNTHLLYSWGGTAIQPTLSILG-VTGA----------TDTSTIPVVDPANVLDASTLAMLGSGTVMINRGSGANDGLVSRCSSLYGQVLGTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKTQGV
Q45VN4/45-359              ADDYAATRYPIVLVHGLTGTDKYAG-VLEYWYGIQEDLQRHGATVYVANLSGFQSDDGPNGRGEQLLAYVKQVLAATGATKVNLIGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQSVLAYDPTG-LS---SSAIAALVNVFGILT---SSSHN-TNQDALAALTTLTTAQAATYNRNFPSAGLGAP-GSCTTGALTETV-GGNTHLLYSWAGTAIQPTNAAFG-VTGA----------SDTSTIPVVDPANALDASTLALLGTGTVMINRGSGQNDGLVSKCSALYGQVLGTNFKWNHLDEINQLLGVRGAYAEDPVAMI-PHARE----PV
A0A088TR33/46-364          A-GYAATRYPIILVHGLSGTDKYAG-VLEYWYGIQEDLQQNGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLSSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQDVLAYDPTG-LS---SSVIAAFVNVFGILT---SSSHN-TNQDALAALQTLTTARAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTLSVFG-VTGA----------TDTSTLPLVDPANVLDLSTLALFGTGTVMINRGSGQNDGLVSKCSALFGKVLSTNYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
Q6B4I1/46-364              A-GYAATRYPIILVHGLSGTDKYAG-VLEYWYGIQEDLQQNGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLSSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQDVLAYDPTG-LS---SSVIAAFVNVFGILT---SSSHN-TNQDALAALQTLTTARAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTLSVFG-VTGA----------TDTSTLPLVDPANVLDLSTLALFGTGTVMINRGSGQNDGLVSKCSALFGKVLSTNYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
A0A1L9L5U9/20-301          ----TQTRYPIVLVHGLFGFDKLAG--VDYFYGIPESLTKDGAKVYVAQVSATNSSE---VRGEQLLSQVEMLLAATGAAKVNLIGHSHGGPTARYVASVRPDLVASVTSIGGVNKGSKVADLVRGHVS--EGS-LT---EALAVKLAEGLSGLIGLLSGGSG-LDQDPLASLDALTTQGSLRFNQFYPE---GLP-QT-ECGEGEMLAGNGVYY--YSWTGSS---------------------------------TYTNVLDPADAPMAILGLAF---AGEANDGLVGACSTHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLQG-
A0A1L9KX00/20-301          ----TQTRYPIVLVHGLFGFDKLAG--VDYFYGIPESLTKDGAKVYVAQVSATNSSE---VRGEQLLSQVEMLLAATGAAKVNLIGHSHGGPTARYVASVRPDLVASVTSIGGVNKGSKVADLVRGHVS--EGS-LT---EALAVKLAEGLSGLIGLLSGGSG-LDQDPLASLDALTTQGSLRFNQFYPE---GLP-QT-ECGEGEMLAGNGVYY--YSWTGSS---------------------------------TYTNVLDPADAPMAILGLAF---AGEANDGLVGACSTHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLQG-
A0A0S2FLX2/30-314          -DDYTKTRYPVVLVHGLFGFDSIAG-VYGYWFGIPQALSSGGAKVHVAQVTTAQSNE---VRGEELIDQLETLQALHGYSKFNLIGHSQGGPTARYVAAVRPDLVASMTSIGSPHAGSKVADFVGTALP--EGS-PL---RPLVASFVNAFADLIGLVSGSNT--PQDSLAALKALDSAGSARFNARYPQ---GKP-ST-ACGAGAAKV-NGIGY--YSMGGTS---------------------------------RSTNVFDGSDVAMVAGGLLF---GGEANDGLVGRCSSHWGQVLRDDYDWNHLDEVNQIAGLRGVFSSSPTSVYRAHLNRLKNAGL
A0A090RYP2/26-310          -SGYTQTKYPIVLVHGLFGFDSLAG--FDYFYGIPQTLSKDGATVFVAQISATNSSE---VRGEQLLTQVENVLAVTGAQKVNLIGHSHGAPTARYVASVAPEMVASVTSVGGVNKGSKVADLVRSTVP--EDS-AA---EAIAVKLAGGLTTLIGLLSGGSD-LPQDGLSSLAALTTEGSVAFNAHYPE---GVP-TS-TCGDGDSQADNGVYY--YSWTGTS---------------------------------TYTNVLDPADPAMLILGLAF---D-EPNDGLVGQCSTHLGKVIGDDYKMNHLDEINGLLGIHHLFETDPKTLYRQHANRLQLQGS
A0A1J0ITI5/27-311          -STYTQTKYPIVLAHGMLGFDNILG--VDYWFGIPSALRRDGAQVYVTEVSQLDTSE---VRGEQLLQQVEEIVALSGQPKVNLIGHSHGGPTIRYVAAVRPDLIASATSVGAPHRGSDTADFLRQ-IP--PGS-AG---EAILSGLVNSLGALISFLS-SGSTGTQNSLGSLESLNSEGAARFNAKYPQ---GIP-TS-ACGEGAYKV-NGVSY--YSWSGSS---------------------------------PLTNFLDPSDAFLGASSLTF--KNGTANDGLVGTCSSHLGMVIRDNYRMNHLDEVNQVFGLTSLFETSPVSVYRQHANRLKNASL
C9P528/27-311              -SGYTETRYPLVLVHGIFGFDSIAK--IDYFYGIPHALSKDGATVFTAQVAAANRSE---VRGEQLLAQVETILALTGKEKVNLIGHSQGSPTARYVASVRPDLVASVTSVGGVNWGSRVADIVRNTVP--EDS-IS---EALAVKITNSFVTLINVLSGGKG-LEQDALAALDTLTTEGSLAFNRHYPE---GVP-TT-YCGQGEAIASNGVHY--FSWTGSS---------------------------------AITNLLDPTDIPIGVLSLAF---D-EPNDGLVSVCSSHLGQVIGTHYKMNHLDEVNGLLGIRHLFEVSPVTLYRQHANRLQQLGL
O68551/41-360              ADNYATTRYPIILVHGLTGTDKYAG-VLEYWYGIQEDLQQHGATVYVANLSGFQSDDGPKGRDEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVPAVAPDLVASVTTIGAADRGSEFADFVQGVLAYDPTG-LS---SSVIAAFVNVFGILT---SSSNN-ANQDALAGLKTLTTAQAATYNQNYPSAGLGRP-GSCQTGRPTETV-GGNTHLLYSWAGTAIQPTLSVFG-VTGA----------TDTSTIPLIDPANVLDPSTLALFGTGTVMINRASGQNDGLVSKCSALYGKVLSTSYKWNHIDEINQLLGVRGANAEDPVAVIRTHANRLKLAGV
A0A0T7D2V3/30-313          --GYTETKYPIMLVHGLFGFDTLAG--VDYFYGVPESLTKDGASVYVAQVSATNSSE---VRGEQLLSQVETLLAATGASKVNLVGHSHGGPTARYVASVRPDLVASVTSIGGVHKGSKVADLVRGNVS--EGS-VT---EGIAVKLAGGLTTLINLLSGGTD-LDQDGLASLEALTTEGSLAFNQFYPE---GVP-TS-ECGDGEWQASNGVYY--YSWTGSS---------------------------------TFTNLLDPTDGAMTILGLAF---N-EPNDGLVGACSAHLGKVIGDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLAGL
Q0BAH5/45-364              SDDYATTRYPIILVHGLTGTDKYAG-VLEYWYGIQEDLQQHGATVYVANLSGFQNDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQGVLAYDPTG-LS---SSVIAAFVNVFGILT---SSSHN-TNQDALAALKTLTTAQAATYNQNYPSAGLGAP-GSCQTGAPTESV-GGNTHLLYSWAGTAIQPTISALG-VTGA----------ADTSTIPLVDPANALDLSTLALLGTGTVMINRASGQNDGLVSKCSALYGKVLSTNYKWNHVDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
Z2F0N9/26-309              --GYTQTKYPIVLVHGLFGFDSLAG--VDYFFGIPHSLTKDGATVYVAQVSATNSSE---ARGEQLLSQVETLLAATGASKVNLIGHSHGGPTARYVASVRPDLVASVTSIGGVNKGSKVADLVRGTVP--EGS-GT---EQLAVKLAQGLTTLINLLSGGSD-LDQDPLASLAALTTEGSLAFNQHYPE---GIP-TS-ECGDGDLLAPNGVYY--YSWTGSS---------------------------------TFSNVFDPTDAAMMVLGLAF---D-GPNDGLVGACSTHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLQGL
A0A1J0JZY1/26-309          --GYTQTKYPIVLVHGLFGFDSLAG--VDYFFGIPHSLTKDGATVYVAQVSATNSSE---ARGEQLLSQVETLLAATGASKVNLIGHSHGGPTARYVASVRPDLVASVTSIGGVNKGSKVADLVRGTVP--EGS-GT---EQLAVKLAQGLTTLINLLSGGSD-LDQDPLASLAALTTEGSLAFNQHYPE---GIP-TS-ECGDGDLLAPNGVYY--YSWTGSS---------------------------------TFSNVFDPTDAAMMVLGLAF---D-GPNDGLVGACSTHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLQGL
A0A0U2QQQ4/45-364          ADDYATTRYPIILVHGLTGTDKYAG-VLDYFYGIQQDLQQHGATVYVANLSGYQSDDGPDGRGEQLLAQVKQVLAQTGAAKVNLVGHSQGGLSSRYVAAVAPELVASVTTIGTPHRGSEFADFVQGVLAYDPTG-LS---STVIAAFVNVFGMLT---SSTHN-TNQDALAALQTLTTARAATYNQNFPSAGLGAP-GSCQSGAPTETV-GGNTHLLYSWAGTAIQPTFSALG-VTGA----------KDTSTIPVADPANALDVSTLALLGSGTVMINRGAGENDGVVSKCSALFGQVLSTSYKWNHVDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
Q8RKT7/29-311              --GYTATKYPIVLTHGMLGFDSLLG--IDYWYGIPSALRRDGAQVYITEVSQLNTSE---LRGEELLAQVEEIVAISGKPKVNLIGHSHGGPTIRYVAGVRPDLIASVTSVGAPHKGSDVADLIRK-VP--EGS-SG---EAIIAGLVNAMGAFINFVSGSSSTAPQNSLGSLESLNSEGAARFNAKFPQ---GIP-TT-ACGEGAYKV-NGVRY--YSWSGTS---------------------------------PLTNPLDVSDAMMGAGSLAF---S-GPNDGLVGRCSSHLGMVIRDDYRMNHLDEVNQFMGLTSLFETDPVSVYRQHANRLKNAGL
A0A0M2WUR8/29-302          ----TQTKYPIVLVHGLFGFDKLGP--VEYFYGVPDALRSGGAQVYVTTVSAANSTE---VRGEQLLSQVRQILAATGAAKVNLIGHSHGGPTARYVASVRPDLVASVTSVAGVNKGSKVADILSGAIP--NTS----------NALGNALASLIGILSGNKG-LPQNAGASLASLSTAGSLAFNSRHPQ---GVP-TS-ACGEGAYQV-QGVHY--FSWSGAQ---------------------------------PYTNVLDVGDPLLAAISLAF---GGAKNDGLVSSCSSHLGKVIRDDYAMNHLDEINQFVGIVNLFETNPVTVFRQQANRLQGL--
A3NMC8/41-360              VDNYAATQYPIILVHGLTGTDKYAN-VLEYWYGIREDLQAHGAQVYVANLSGFQSDDGPNGRGEQLLAYVQQVLAATGASKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQTVLAYDPTG-LS---STVIAAFVNVFGILT---SSTNN-TNQDALAALKTLTTSQAATYNQNYPSAGLGAP-GSCQTGAQTETV-GGNTHLLYSWGGTAIQPTLSILG-VTGA----------TDTSTIPVVDPANVLDASTLAMLGSGTVMINRGSGANDGLVSRCSSLYGQVLGTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKTQGV
A3P7T9/41-360              VDNYAATQYPIILVHGLTGTDKYAN-VLEYWYGIREDLQAHGAQVYVANLSGFQSDDGPNGRGEQLLAYVQQVLAATGASKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQTVLAYDPTG-LS---STVIAAFVNVFGILT---SSTNN-TNQDALAALKTLTTSQAATYNQNYPSAGLGAP-GSCQTGAQTETV-GGNTHLLYSWGGTAIQPTLSILG-VTGA----------TDTSTIPVVDPANVLDASTLAMLGSGTVMINRGSGANDGLVSRCSSLYGQVLGTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKTQGV
A0A068FJV4/29-311          --GYTATKYPIVLAHGMLGFDSLLG--IDYWYGIPSALRRDGAQVYVTEVSQLNTSE---LRGEELLAQVEEIVAISGKPKVNLIGHSHGGPTIRYVAGVRPDLIASVTSVGAPHKGSDVADLIRK-VP--EGS-SG---EAIIAGLVNAMGAFINFVSGSSSTAPQNSLGSLESLNSEGAARFNAKFPH---GIP-TT-ACGEGAYKV-DGVHY--YSWSGTS---------------------------------PLTNPLDVSDAMMGAGSLAF---S-GPNDGLVGRCSSHLGMVIRDNYRMNHLDEVNQFMGLTSLFETDPVSVYRQHANRLKNAGL
A0A0E3JN96/29-311          --GYTATKYPIVLAHGMLGFDSLLG--IDYWYGIPSALRRDGAQVYVTEVSQLNTSE---LRGEELLAQVEEIVAISGKPKVNLIGHSHGGPTIRYVAGVRPDLIASVTSVGAPHKGSDVADLIRK-VP--EGS-SG---EAIIAGLVNAMGAFINFVSGSSSTAPQNSLGSLESLNSEGAARFNAKFPH---GIP-TT-ACGEGAYKV-DGVHY--YSWSGTS---------------------------------PLTNPLDVSDAMMGAGSLAF---S-GPNDGLVGRCSSHLGMVIRDNYRMNHLDEVNQFMGLTSLFETDPVSVYRQHANRLKNAGL
A0A1A7USD8/27-310          --GYTETKYPIVLVHGLFGFDSLAG--FDYFYGIPQALSKSGAKVYVAQISATNSSE---VRGEQLLAQVENVLAITGADKVNLIGHSHGAPTARYVASVAPQMVASVTSIGGVNKGSKVADIVRNTVP--EDS-VS---EAIAVELASALTTIIGVLSGGSD-LPQDGLSSLQALTTEGSLAFNEHYPE---GVP-KS-SCGDGEWQATNGVYY--YSWTGTS---------------------------------TYTNVLDPADPAMFILGLTF---D-EPNDGLVGRCSTHLGRVIRDDYKMNHLDEINGLLGIHHLFETDPKTLYRQHANRLQQQGL
A0A084TCY6/27-310          --GYTETKYPIVLVHGLFGFDSLAG--FDYFYGIPQALSKSGAKVYVAQISATNSSE---VRGEQLLAQVENVLAITGADKVNLIGHSHGAPTARYVASVAPQMVASVTSIGGVNKGSKVADIVRNTVP--EDS-VS---EAIAVELASALTTIIGVLSGGSD-LPQDGLSSLQALTTEGSLAFNEHYPE---GVP-KS-SCGDGEWQATNGVYY--YSWTGTS---------------------------------TYTNVLDPADPAMFILGLTF---D-EPNDGLVGRCSTHLGRVIRDDYKMNHLDEINGLLGIHHLFETDPKTLYRQHANRLQQQGL
P08658/5-275               ----VNTRYPILLVHGLFGFDRIGS--HHYFHGIKQALNECGASVFVPIISAANDNE---ARGDQLLKQIHNLRRQVGAQRVNLIGHSQGALTARYVAAIAPELIASVTSVSGPNHGSELADRLRLAFV--PGR-LG---ETVAAALTTSFSAFLSALSGHPR-LPQNALNALNALTTDGVAAFNRQYPQ---GLP-DR-WGGMGPAQV-NAVHY--YSWSGII-----------KGS----------------RLAESLNLLDPLHNALRVFDSFF-TRETRENDGMVGRFSSHLGQVIRSDYPLDHLDTINHM-ARGSAGAS------------------
Q9HUZ7/25-309              -TDYTRTRYPIVLSHGLFGFKSVGP--VDYWHAIVPALEKDGAKVFATSQSPVNSNE---VRGEQLLAQVEEVLALTGAEKVNLIGHSQGGMTVRYVAGVAPQLVASVTTMGTPHKGTPVADAVTGFSEF-LGP-IG---TEVIASAVEALFSVVDIVDGGEW-VKGDALAALNSLNTPGTARFNQRFPQ---AIP-AS-ACGQGAETV-AGVRY--YSMSGTG---------------------------------SLTNALDPSSAGLAVTGLLF---G-EANDGLVGQCSSHLGSVVKDNYRMDHLDEVNQLLGLVSLFESDPTQVYRQHANRLRNVGL
U3H9P2/27-310              --GYTQTKYPVVLAHGMLGFDSILG--IDYWYGIPSALRRDGASVYVTEVSQLNTSE---ARGEELLEQVEEIVAISGKRKVNLIGHSHGGPTIRYVAGVRPDLVASATSVGGPHKGSATADFLRQ-IP--PGS-AS---EAIVAGIVNGLGSLINFLSGSKSTLPQNGLGSLESLNSQGAARFNAKFPQ---GIP-TS-ACGEGAYQV-NGVRY--YSWSGTS---------------------------------PLTNVLDISDVLLGATALTF---KGEATDGLVGRCSSHLGKVVRDNYRMNHLDEVNQTFGLTSLFETDPVTVYRQHANRLKNDGL
A0A0B3BPM8/33-318          -SDYTKTRYPIVLSHGMLGWDSMLG--IDYWYGIPGALRSGGASVYTTEVSQLNTSE---VRGEELIEQVEDIVALSGKPKVNLIGHSHGGPTVRYVAAMRPDLIASATSVGAPHTGSDLADFLKL-FP--DGS-LT---QTIVSELVNQIGKMIHFLSGSPSTNPQDSLGSLESLHSEGAARFNAKFPQ---GMP-LR-KCGEGAYKV-NGVNY--YSWSGTS---------------------------------PLTNPLDPSDGMMGVASLTF--IGGEANDGMVGRCSSHLGKVIRDNYRMNHLDEVNQFFGLTSLFETDPVTVYRQHANRLKNDGL
A0A0C2BH86/27-310          --GYTQTKYPIVLVHGLFGFDNIGP--FGYWYGIPSALTADGAKVYVTQVSAANSTE---VRGEQLLTQVKQILAATGAAKVNLIGHSHGGPTARYVASVRPDLVASVTSVGGVNKGSAVADILVHVAP--PGS-LS---NAVLTSVTNGLSSMINWLSGNPT-LPQSSWAAAMSLSTAGSAKFNAAHPE---GVP-TT-ACGEGAYQV-NGVRY--FSWSGGS---------------------------------SYTNVLDVVDPWLLLTSAAF---GGAKNDGMVASCSSHLGKVIRDDYGMNHLDEVNQTAGIVNLFETNPKTLYRQHANRLQSLGL
A0A0T6UNV8/28-314          -STYTKTKYPIVLGHGLLGFDSILG--VGYWYGVPTALKSGGASVYVTEVAQINSTE---FRGEQLLEQVEEIVAITGKGKVNLMGHSHGGPTVRYVAGVRPDLVASVTTIAGANKGSELADFVRNNLA--EGS-TG---EAVVAQLFQALGSTISLLSGGANISNQDALAAVGSLTTQAATEFNTRFPQ---GVP-TS-ACGEGAYKV-DGVRY--YSWSGAT---------------------------------PRTNILDISDLITVIGAQTF--TREKDTDGLVGRCSSHLGMVVRDNYRMNHLDEINHALGLTSLLETDPLTVYRQQANRLKLAGL
A0A0L7YWL3/30-313          --GYTQTKYPIVLVHGLFGFDTLAG--VDYFYGIPQSLTKDGATVYVAQVSATNSTE---LRGEQLLQQVESILVATGAQKANLIGHSHGGPTARYVASVRPDLIASVTSIGGVNKGSKVADLVRGHVA--DGS-LS---EAAAIKLAEGLSGLISLLSGGTD-LEQDPLASLEALTTKGSLEFNHYYPE---GIP-TS-ECGDGELLAENGVYY--YSWTGAS---------------------------------TFTNVLDPTDGAMTILGLAF---D-GPNDGLVGACSAHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLQGL
R1HA44/20-303              --GYTQTRYPIVLVHGLFGFDKLLG--VDYFYGIPQALGRDGAKVYVAQVSATASSA---LRGEQLLAQVQQVLAVTGADKVNLIGHSHGGPTIRYVASVAPELVASATSVGGVNFGSEIADKVRMQVI--PGS-AG---EALAASAASALSGVISLLSGGSN-LPQDPLKALDALTSAGAARFNAAYPE---GLP-HQ-YCGEGPLQAENGVYY--FSWSGRG---------------------------------NLTNILDPVDPALVLTGTFF---S-EANDGLVGVCSSHLGKVIGTHYRMNHLDEVNQSFGIHHLFETDPVSLYRQHANRLKEMGL
J1ENC2/32-313              --GYTQTRYPIVLVHGLFGFDSALG--VDYFYGIPDALRQGGAKVYVAQVSAANSTE---VRGEQLLAQVKNILAITGAAKVNLVGHSHGGPTARYVAGVAPGKIASVTSVGGVNRGSRVADIMRGVAP--AGS-VS---ETIANGAASALVALINLTSGGSG-LPQMPTAALDSLTTAGSAAFNRRFPQ---GVP-TA-GCGNGAELV-NGVRY--YSWTGTK---------------------------------TLTNVLDASDALLGVLGLVF---G-EANDGLVSACSSRLGTHL-GDYRQNHLDEVNQLVGLRDWFSTDPVTLYRQQANRLKAAGL
A0A1M3J7Q7/26-306          ---ATQTRYPIVLVHGLFGFDSALG--IDYFYGIPDALRRDGAKVYVAQVSAANSTE---VRGEQLLAQVKNILALSGAAKVNLIGHSHGGPTARYVAGVAPQLVASVTSVGGVNRGSRVADIVRGVAP--AGS-VS---EAVANTAAKALVSLINVASGGTG-LPQMPTAALDSLSTAGSARFNQRFGA---GVP-SS-GCGSGAEQV-NGVRY--YSWTGTR---------------------------------TATNLLDLSDAPLALLGLVF---G-EANDGLVSACSSRLGKSL-GDYAQNHLDEVNQLLGLRDWFATDPVTLYREHATRLKGLGL
A0A1E4LZC2/26-306          ---ATQTRYPIVLVHGLFGFDSALG--IDYFYGIPDALRRDGAKVYVAQVSAANSTE---VRGEQLLAQVKNILALSGAAKVNLIGHSHGGPTARYVAGVAPQLVASVTSVGGVNRGSRVADIVRGVAP--AGS-VS---EAVANTAAKALVSLINVASGGTG-LPQMPTAALDSLSTAGSARFNQRFGA---GVP-SS-GCGSGAEQV-NGVRY--YSWTGTR---------------------------------TATNLLDLSDAPLALLGLVF---G-EANDGLVSACSSRLGKSL-GDYAQNHLDEVNQLLGLRDWFATDPVTLYREHATRLKGLGL
A0A1A9N6N1/47-364          GDDYAATRYPIILVHGLTGTDKYLG-VLDYWYGIQSDLQQHGATVYVANLSGFQSDDGPNGRGEQLLAYVKQVLAATGAQKVNLIGHSQGGLTSRYVAAVAPELVASVTTIGTPHRGSEFADFVQAALQKDPTG-LS---TPIIGAFANIFGILT---SSTHN-TNQDAVAALQTLTTANAAAYNLRYPSAGLGAP-GSCQTGAATETV-GGNTHLLYSWAGSAIQPT-SLLG-IPGA----------IDTSV-ASLDTADVLDPSTLVLYGTGAIMLSRQSGQNDGLVSVCSALYGKVLGTSYKWNHLDEINQLLGVRGANAADPVAVIRTQANRLKTQGV
A0A0A5I163/27-310          --GYTETKYPIVLVHGLFGFDSLAG--VDYFYGIPQSLTKDGATVYVAQVSATHSSE---ARGEQLLNQVETLLAATGAQKVNLIGHSHGGPTARYVASIRPDLVASVTSVGGVHKGSKVADIVRGTVP--EGS-IS---EGVAVKLAQGLVTLINLLSGGSD-LEQDPLASLDALTTEGSLSFNRYYPE---GIP-ST-ECGNGDLLASNGVYY--YSWTGSA---------------------------------NFTNVFDPTDGAMMVLGLAF---D-GPNDGLVATCSTHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKQQGL
F2LNF6/40-358              ADTYAATRYPVILVHGLAGTDKFAN-VLDYWYGIQSDLQSHGAKVYVANLSGFQSDDGPNGRGEQLLAYVKQVLAATGATKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQGVLATDPTG-LS---STVIAAFVNVFGTLI---NSSLN-TNQDALAALKTLTTAQTAAYNKNFPSAGLGAP-GTCQTGAANETV-AGNQHLLYSWGGTAIQPGATVLG-VTGA----------SDTST-STFDSANVTDISTLALLGTGAVMINRGSGQNDGLVSRCSSLFGQVISTSYHWNHLDEINQLLGVRGANAEDPVAVIRTHVNRLKQQGI
A0A120IHU0/20-302          --GYTETRHPIVLVHGLFGFDQMLG--VDYFYKVPQALQADGAKVYVAQVSATNSSE---LRGEQLLTQVKQILAITGASKVNLIGHSHGGPTTRYVASVRPDLVASVSNIAGVNKGSKVADVVRKATP--PGS-IN---EATAILIAEGLAKLIGLVSKDGS-LPQSANAALDSLTTAGAAKFNAKFPE---GLP-LG-ACNEGAYQV-NGVRY--YSWSGAS---------------------------------PVTNVFDVSDAAMGLTSLAF---K-EKNDGLVSSCSSHLGQVLRDDYRMNHLDEVNQFIGIVSLFETNPVSVFRQHANRLKNAGL
S6AKE8/30-314              -SGYTQTRYPIVLTHGMLGFDSLLG--VDYWYGIPSALRRDGARVYVTEVSQLNTSE---ARGEELLEQVEEIVAISGSPKVNLIGHSHGGPTIRYVAAVRPDLVASATSVGAPHKGSATADFIRQ-VP--PGS-AG---EVLLAGIVNGLGALINFLSGSSSELQQNALGSLASLNSQGAAAFNARFPQ---GLP-TT-ACGEGAYQV-NGVRY--YSWSGTS---------------------------------PLTNVLDISDALLGASSLTF---NGEANDGLVGRCSSHLGKVIRDDYRMNHLDEVNQTLGLTSLFETDPVTVYRQQANRLKNDGL
A0A104NQZ3/45-364          ADDYATTRYPIILVHGLTGTDKYVG-VFDYWWGIQEDLQQHGANVYVANLSGFQSDDGPDGRGEQLLAYVKQVLAQTGATKVNLIGHSQGGLTSRYVAAVAPELVASVTTIGTPHRGSEFADFVQGVLAYDPTG-LS---STVIAAFVNVIGALT---NSTHN-TNQDALAALQTLTTARAATYNQNYPSAGLGAP-GSCQSGAPTETV-GGNTHLLYSWAGTAIQPTFSVLG-VTGA----------RDTSTIPVVDPANVTDVSTLALLGSGTVMVNRGSGENDGVVSKCSALYGQVLSTRYKWNHVDEINQLFGVRGAYAEDPVAVIRTHANRLKLAGV
Q1N359/30-312              -STYTKTKYPIVFAHGLLGFDELLG--VEYWYKIPAALRKDGAKVYVTQVSNTNFTE---VRGEQLIAQIENIIAVSGANKVNLIGHSHGGPTIRYVASVRPDLVASVTTVAGVNKGSNTADFLRQ-IP--EGS-AL---EGLALSIVNAFSSVLDFLSGGGY--TPDALGALTSLSTEGALAFNAQHPQ---GVP-TT-ACGEGDYVV-NGIRY--YSWSGGS---------------------------------PVTNVLDISDTAMGLTALTF---GSEKNDGLVGSCDSRLGQVIRDDYRMNHLDEVNQVLGIHHLFETDPVTTYRNHANRLKKAGL
A0A0N1EDM3/23-306          --GYTQTKYPLVLAHGIMGFDDVLG--IDYFYRLPTNLSKDGARVYVTSVSSVNSSE---QRGEQLLLQVEQIMALTGASKVNLIGHSQGAQSIRYVASIRPDIVASATSVGGVNFGSPVADVVRQGLT--PGS-KL---EGVAKTAFNAFGGLIALLSGNSG-LPQNAVGALESLTTEGALAFNLKYPE---GLP-AS-QCEQGPMQASNGVYY--FSWSGTR---------------------------------TLTNIFDPSDAALAITSLLI---P-GDDDGLVSRCSSHLGYVLKDNYKMNHLDEVNQMIGFHHIFETDPLTVYRQHANRLKRMGL
F0LXT6/30-312              --GYTHTKYPIVLVHGLFGFDTLAG--VDYFYGIPQSLTKDGATVYVAQVSATNSTE---LRGEQLLAQVETLLAATGAEKVNLMGHSHGGPTVRYVASVRPDLVASATSIGGVNKGSAVADLVRNTIP--QDS-VT---EALAVKLADGLVALINLLSGGGD-LEQDALASLDALTTEGSLAFNQNYPE---GIP-AT-ACGEGDYEV-NGVRY--YSWTGAS---------------------------------TFTNALDPTDAAMTVLGLAF---D-GPSDGLVGACSAHLGQVIRDDYAMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLQGL
I4JIG4/26-308              --GYTQTRYPIVLGHGMLGFDSLLG--VDYWYGIPAALRRDGAQVYVTEVSQLNTSE---LRGEELLAQVEEIVALSGKPKVNLIGHSHGGPTVRYVAAVRPDLVASVTSVGAPHKGSDVADLIRN-IP--EGS-AG---EAIVAGLVNTMGALINFLSGSSSSAPQNSLGSLESLNSEGAARFNAKFPQ---GIP-TT-ACGEGAYVV-NGVRY--YSWSGTS---------------------------------PLTNPLDISDAMMGAGALAF---D-EPNDGLVGRCSSHLGMVIRDDYRMNHLDEVNQVLGLTSLFETDPITVYRQHANRLKNAGL
A0A1F4JRI0/27-310          --GYTQTKYPIVLVHGLLGFDHIGL--VEYWYGIPWALRADGARVYTTQVSAANSTE---VRGEQLLTQVKQILAATGATKVNLIGHSHGSPTARYVASVRPDLIASVTSVGGVNKGSAVADILLGVTP--PGS-LS---NAVLVSINNGVAAIINFLSGGGS-LPQNARAANVSLSTAGTLKFNAAHPA---GVP-TT-ACGEGAYQV-RGVYY--FSWSGAK---------------------------------PYTNVFDIMDPALALTSLAF---GGAKNDGLVSSCSSRLGRVIRDDYAMNHLDEVNQTIGLINIFETNPKTVYRQHANRLKNMGL
A0A0J6NL45/26-309          --GYTQTRYPIVLVHGLFGFGQLLG--VDYFYQVPAALRSDGAQVFVAEVSALNSNE---ARGEQLLQQVQKIIAITGAAKVNLIGHSQGAPTARYVAGVRPDLVASVTSVGGVNKGSVVADIVRGTVP--PGS-VS---EAVASAVAKALTAVMQFFAGTTG-QPQYPVGALDSLTTAGSAAFSAKFPQ---GVP-TS-ACGEGDYQV-NGIRY--YSWTGSS---------------------------------TVTNVLDPLSAPMGVLGLAF---GSTPTDGLVSTCSAHLGQVIRDNYRMNHVNEINQSFGLVSLFEVSPVSLYRQQANRLKNTGL
A0A0P9AA70/39-318          ---ATQTRYPIVLVHGLFGFDSLFG--VDYWYGIPSALQRSGARVFVAQVSAANSTE---VRGEQLLAQVKNIMAITGAAKVNLVGHSHGGPTIRYVAGVAPQLVASVTSVAGPNKGSRVADILRGTVP--AGS-LG---ESVLNGAVNAFVALINLGSGGTG-LPQMPVAALNSLTAAGSADFTRRFPQ---AVP-T--GCGDGAEVV-DGVRY--YSWTGKQ---------------------------------PVTNLLDPSDASLGLLSLSF---G-ETNDGLVAVCSSRLGKHL-GDYRQNHLDEVNQLLGVRDWLAPDPVALYRQHATRLKQIGL
A0A0B1YP13/45-364          ADNYAATRYPIILVHGLTGTDKYAG-VLEYWYGIQEDLQQHGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQSVLAYDPTG-LS---STVISAFVNVFGILT---SSSHN-TNQDALASLKTLTTAQAATYNQNYPSAGLGVP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTLSLFG-VTGA----------QDMSTIPLVDPANALDPSTLALFGTGTVMINRGSGQNDGLVSKCSALYGKVLSTSYKWNHIDEINQLLGVRGAYAEDPVAVIRTHANRLQLAGV
M1H0U7/23-306              --GYTQTKYPIVLAHGLMGFDDVLG--VDYFYRVPASLSRDGAQVFVTAVSSLNSSE---QRGEQLLQQVEQIIALTGTTKVNLIGHSQGAQSIRYVASLRPDLVASATSVGGVNFGSPVADVVRQGLT--PGS-KL---EGIAKTAFDAFGGLIALLSDNSQ-LPQDALGALESLTTEGALAFNQKYPE---GLP-AE-QCQQGPMYASNGVYY--FSWSGTR---------------------------------TLTNIFDPSDAALAITAILI---P-GDDDGLVSRCSSHLGYVLKDNYRMNHLDEVNQLIGFHHLFATDPLTVYRQHANRLKKLGL
L8JBA0/30-313              --GYTETKYPIVLVHGLFGFDTLAG--MDYFYGIPQALTKSGAKVYVAQISATNSTE---VRGEQLLAQVEEVLAVTGAEKVNLIGHSHGGPTTRYVASVAPELVASVTSIGGVNKGSYIADLTRNTIP--EGS-IP---EGIGVKLAEGLTTLINLLSGGSH-LPQDPLASLDALTTVGLMEFNKKYPE---GVP-ST-YCGEGEYLADNGVYY--YSWTGTS---------------------------------NFTNLLDPTDGAMVILGLAF---D-EPNDGLVGKCSTHLGKVIRDDYKMNHLDEINGMLGVTHLFETAPTTVYRQHANRLQQQGL
A0A0L8SLI4/26-309          --GYTQTKYPIVLVHGLFGFDSLAG--VDYFFGIPHSLTKDGATVYVAQVSATNSSE---ARGEQLLSQVETLLAATGANKVNLIGHSHGGPTARYVASVRPDLVASVTSIGGVNKGSKVADLVRGTVP--EGS-GT---EQLAVKLAQGLTTLINLLSGGSD-LDQDPLASLAALTTEGSLAFNQHYPE---GIP-TS-ECGDGDLLAPNGVYY--YSWTGSS---------------------------------TFSNVFDPTDAAMMVLGLAF---D-GPNDGLVGACSTHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLQGL
Q87QG8/26-309              --GYTQTKYPIVLVHGLFGFDSLAG--VDYFFGIPHSLTKDGATVYVAQVSATNSSE---ARGEQLLSQVETLLAATGANKVNLIGHSHGGPTARYVASVRPDLVASVTSIGGVNKGSKVADLVRGTVP--EGS-GT---EQLAVKLAQGLTTLINLLSGGSD-LDQDPLASLAALTTEGSLAFNQHYPE---GIP-TS-ECGDGDLLAPNGVYY--YSWTGSS---------------------------------TFSNVFDPTDAAMMVLGLAF---D-GPNDGLVGACSTHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLQGL
A0A0F6LRJ6/26-309          --GYTQTKYPIVLVHGLFGFDSLAG--VDYFFGIPHSLTKDGATVYVAQVSATNSSE---ARGEQLLSQVETLLAATGANKVNLIGHSHGGPTARYVASVRPDLVASVTSIGGVNKGSKVADLVRGTVP--EGS-GT---EQLAVKLAQGLTTLINLLSGGSD-LDQDPLASLAALTTEGSLAFNQHYPE---GIP-TS-ECGDGDLLAPNGVYY--YSWTGSS---------------------------------TFSNVFDPTDAAMMVLGLAF---D-GPNDGLVGACSTHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLQGL
W8QX89/30-313              -SGYTQTRYPIVLTHGMLGFDSLLG--LDYWYGIPRALQRDGAQVYVTEVSQLNTSE---LRGEELLDQVEEIVAISGKSKVNLIGHSHGGPTVRYVAAVRPDLVASVTSVGAPHKGSDVADLLRK-VP--EGS-GG---EAIIAGLVNGMGALIHFLSGSPSTAPQNSLGSLESLNSEGAARFNARYPQ---GLP-TS-ACGEGAHKV-GGVSY--YSWSGTS---------------------------------PLTNPLDVSDAMLGAGSLAF---D-EANDGLVGRCSSHLGMVIRDNYRMNHLDEVNQVLGLTSLFETDPLTVYRQHANRLKNAGL
A0A1E5C8D4/30-313          --GYTQTKYPIVLVHGLFGFDRIAG--VDYFHAIPQALTRSGAKVFVAQVSATNSSE---KRGEQLLQQVRWVLAVTGAKKVNLIGHSHGSPTARYVASVAPRYVASVTSVGGVNKGSEFADVVRKTFS--QGS-SG---EAVAVGAAKALSGLISVLSGGSH-LPQDPLASLNSLTTKGSLAFNAKYPE---GIP-TS-RCGEGRYRESNGVYY--YSWSGTS---------------------------------TATNIFDITDPVLFVTGLFF---S-EPNDGLVGRCATHLGRVIRSNYRMNHLDEVNQFFGLHHLFETDPVTVYRQHANRLKRQGL
A6CWS4/27-310              --GYTETKYPIVLVHGLFGFDSLAG--FDYFYGIPQTLSKSGAKVYVAQISATNSSE---VRGEQLLAQVENVLAITGADKVNLIGHSHGAPTARYVASVAPQMVASVTSIGGVNKGSKVADIVRNTVP--EDS-VS---EAIAVELASALTTIIGVLSGGSD-LPQDGLSSLQALTTEGSLAFNEHYPE---GVP-KS-SCGDGEWQAANGVYY--YSWTGTS---------------------------------TYTNVLDPADPAMFILGLTF---D-EPNDGLVGRCSTHLGRVIRDDYKMNHLDEINGLLGIHHLFETDPKTLYRQHANRLQQQGL
A0A1K1TB52/51-370          TDDYAATRYPVILVHGLTGTDKYAG-VLEYWYGIQEDLQRHGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLIGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQSVLAYDPTG-LS---SSVIATFFNVFGILT---SSSNN-TNQDALAALKTLTTSQAAAYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTVSMFG-VTGA----------KDVSTIPLIDPANALDLSTLALLGTGTVMINRGAGQNDGLVSKCSALYGQVLGTRYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
A0A1L6LKZ3/49-332          -DTYTQTKYPIVLCHGMAGFDSLFG-VLDYFYGIESALESGGAKVYVTHVPQFNSTE---ARGEALLDQIEDLAARTGAKKFNLIGHSHGGLDVRYVAAMRPDLVASVTSVGSPHKGADLADFLRNNIS--EGG-FT---EGVLGLFANSLGLVLGLLSGHTS--PQDAVGALESLSQAGAAAYNAKFPA---GLP-TS-ACGNGPASV-NGIRF--YSWSGHS---------------------------------TITNVLDVSDAPFALTSLVY---K-SDNDGLVGTCSSHLGTVIRDDYTMNHLDEVNQLFGFTALFSTNPVTVFRSHANRLKNAGL
A0A0M0IQS3/27-311          -SGYTQTQYPIVLVHGLFGFDTLAG--VDYFYGIPHSLTKDGATVYVAQVSASNSSE---IRGEQLLTQVETLLAATGATKVNLIGHSHGGPTARYVASVRPDLVASVTSIGGVNKGSKVADLVRGTVP--EGS-GL---EGLAVKLAGGLTTLINLLSGGTD-LDQDPLASLEALTTEGSLAFNQHHPY---GIP-NT-ECGEGELLASNGVYY--YSWTGSS---------------------------------TFTNLLDPTDGALVILGWAF---D-EPNDGLVSACSTHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKQQGL
A0A1E4USH8/31-315          -SGYTQTRYPIVLTHGMMGWDSMLG--IDYWYGIPSALRRDGASVYITEVSQLNTSE---TRGEELLEQVEEIVAISGKGKVNLIGHSHGGPTIRYVAAVSPQLVASATSVAGPHKGSDLADFIRQ-VP--PGS-AG---ETLLASIVNSLGGVINFLSGSASTSPQNSLGALESLNSEGAAVFNAKYPQ---GLP-TS-ACGEGAYSV-AGVRY--YSWSGTS---------------------------------PVTNLLDPSDAMFALTALTF---NGEDSDGMVGRCSSHLGKVIRDNYRMNHLDVVNQAFGLTSLFETDPLTVFRQHANRLKNDGL
A0A1F4LEX8/23-305          -STYTQTRYPIVLVHGIFGFDSALG--VDYFYGIPSALRSDGAKVYVAQVSAANSHE---VRGEQLLAQVKNILAVTGASKVNLVGHSQGSPTSRYVSGVAPHLVASVTSVGGVNRGSRVADIVRGVAP--VGS-VS---ETLANSTALALTSLINVLSGGTS-LQQLPTAALDSLSTAGSAKFNQRFPA---GVP-TS-GCGNGAELV-NGVRY--YSWTGTK---------------------------------PMTNVLDVSDGLLGVLGLVF---G-EANDGLVSACSTRLGKHL-GDYRQNHLDEVNQVLGLRDWFSTDPVTLYRQHANRLKVAGL
F7YQZ3/30-313              --GYTQTQYPIVLVHGLFGFDTLAG--VDYFYGIPQSLTKDGAKVYVAQVSAINSSE---LRGEQLLQQVESLLAATGAQKVNLIGHSHGGPTARYVASVRPDLVASVTSIGGVNKGSIVADLVRGHIK--EGS-IS---EAIAVKMAQGLAGLVGLLSGGSN-LDQDPLASLEALTTQGSLAFNQHYPE---GVP-SS-ECSDGELLADNGVYY--YSWTGSS---------------------------------TFTNLLDPTDAAMMLTGLVF---N-GPNDGLVGVCSTHLGKVIRDDYQMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLQGL
U2ZZ79/28-311              --GYTQTRYPIVLVHGLFGFDTLAG--VDYFYSIPHSLTKDGASVYVAQVSATNSSE---LRGEQLLSQVEMLLAATGAEKVNLIGHSHGGPTARYVASVRPDLVASVTSVGGVNKGSKVADLVRGAVA--DGS-AG---EAIAVKLAEGLVTLINLLSGGSD-LEQDPLASLAALTTEGSLAFNQHYPE---GVP-TS-ECGDGEFLADNGVYY--YSWTGSS---------------------------------TFTNLLDPTDAAMTILGLAF---D-GPSDGLVGVCSTHLGKVIRDDYQMNHLDEINGLLGVHHLFETDPVTLYRQHANRLKLQGL
A0A0N0IGM0/47-364          ADDYAATRYPIILVHGLTGTDKYLG-VLDYWYGIQSDLQQHGASVYVANLSGFQSDDGPNGRGEQLLAYVKQVLAATGAQKVNLIGHSQGGLTSRYVAAVAPELVASVTTIGTPHRGSEFADFVQDALQKDPTG-LS---TPIIGAFANIFGILT---SSNHN-TNQNAVAALQTLTTANAAAYNLRYPSAGLGAP-GSCQTGAATETV-NGNTHLLYSWAGSAIQPT-SVLG-IPGA----------TDTSV-APIDSANLLDPSTLVLYGTGTIMLSRQSGQNDGLVSVCSALYGKVLGTSYKWNHLDEINQLLGVRGANAADPVAVIRTQANRLKTQGV
A0A066RH64/30-313          --GYTETKYPIVLVHGLFGFDSIAG--IDYFYGIPHALNKDGATVFVAQISATNSTE---LRGEQLLAQVEDVLAITGAEKVNLIGHSHGGPTARYVASVAPEMVASVTSIGGVNKGSRIADIVRGAVP--EGS-IP---EGIAVKLAEGLVGMINLLSGGSD-LPQDPLASLAALTTEGALAFNQKYPE---GIP-ES-ACGEGDYVADNGVSY--FSWTGTG---------------------------------NFTNALDPIDAAMTVLGLGF---H-NPNDGLVGQCSTHLGKVIRNDYKMNHLDEINGLLGITHLFETAPTTLYRQHANRLQLKGL
Q2C961/15-298              --GYTETKYPIVLVHGLLGFDSLAG--FDYFYGIPQTLSKSGAKVYVAQISATNSTE---VRGEQLLAQVENVLAVTGANKVNLIGHSHGAPTARYVASVAPQIVASVTSVGGVNKGSKVADLVRNTIP--EDS-VS---ETIAVELSKALTTLIGILSGGLD-LPQDGLGALKALTTKGALTFNELYPE---GVP-LS-SCGDGEWQADNGVYY--YSWTGTA---------------------------------TYTNVLDPTDAAMFLLGLTF---D-EPNDGLVAKCSSHLGRIIRDDYKMNHLDEINGLLGIHHLFETDPKTLYRQHANRLQQQGL
A0A1K2HNR7/25-308          -SGYTQTKYPIVLVHGLFGWDQALG--IDYWYRIPAELQKDGAKVYVAQVSATHSTE---LRGEQLLAQVKQVLAITGASKVNLIGHSHGGPTVRYVAGVAPQLVASTTTVGGVNKGSKIADLVRGTLK--PGS-VS---ESVAAGVAKGLAGLISLVSGGSS-LPQDPVQALEALTTQKLADFNQRFPG---GVP-ST-ACGEGAYSH-KGVLY--YSWSGGS---------------------------------TLTNVLDPGDGALALTGLIY---G-EQNDGLVGTCSSRLGKVIRADYRMNHIDEINHFFGIVHLFETNPVTLYRQHANRLKNAGV
A0A1E5FQI2/30-313          --GYTQTQYPIVLVHGLFGFDTLAG--VDYFYGIPQSLTKDGAEVYVAQVSATNSSE---LRGEQLLQQVESLLAATGAQKVNLIGHSHGGPTARYVASVRPDLVASVTSIGGVNKGSIVADLVRGHIK--EGS-IS---EAIAVKMAQGLAGLVGLLSGGSN-LDQDPLASLEALTTQGSLAFNQHYPE---GVP-SS-ECGDGELLADNGVYY--YSWTGSS---------------------------------TFTNLLDPTDAAMMLTGLVF---N-GPNDGLVGVCSTHLGKVIRDDYQMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLQGL
A0A0Q0Z5U6/29-312          -SGYTQTRYPIVLVHGLFGFDTLAG--VDYFYGIPQSLTRDGAQVYVAQVSATHSSE---RRGEQLLAQIESLLAVTGAKKVNLIGHSHGGPTIRYVASVRPDLVASVTSIGGVHKGSAVADLLRGTIP--PGS-NT---EQVAVALTQSFVALIDLLSGGES-HPQDPLASLAALTTEGSLKFNQYYPE---GVP-TS-KCGEGEYEV-NGVRY--YSWSGGS---------------------------------NVTNILDPSDAAMGVLGLVF---S-EPNDGLVATCSTHLGKVIRDDYRMNHLDEINGLLGIHSLLETDPLTLYRQHANRLKLAGL
A0A0C5X0I7/29-312          --GYTETKYPIVLVHGLFGFDTLAG--VDYFYGIPQSLTKDGATVYVAQVSATNSTE---VRGEQLLAQVERLLAATGSSKVNLIGHSHGGPTVRYVASVRPDLIASVTSIGGVHKGSDVADLVRNTVE--PGS-PA---EALSVKLAEGLVTLIGLLSGGSD-LEQDPLASLDALTTEGSLAFNQHYPE---GVP-TT-ECGNGDFLASNGVYY--YSWTGSS---------------------------------TFTNLLDPSDAAMTVLGLAF---D-GPSDGLVGTCSTHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLQGL
A0A0K1EU80/54-337          -DNYAQTRYPIVLAHGMAGFDSLFG-VLDYFHGVESTLRSSGAQVYVTQVPAFNTTE---ERGEALLAQVQNIVARSGRGKVNLIGHSHGGLDIRYVASVRPDLVASVTSVGSPHRGAELATYLRGQVR--PGG-FT---EGVLSYFANSLGTVLGLLSGHSS--QQNALGALHALSADGMAQFNATYPA---GIP-ST-KCGQGASSV-NGVKY--YSWSGTG---------------------------------VVTNVLDAGDYAFGLTRLFY---N-EANDGLVGQCSSHLGTVLRDDYYMNHLDEVNQLVGITALFTTDPKSVFRSHANRLKNSGL
A0A031MFP9/30-315          -SNYTKTQYPIVLAHGMLGWDSMLG--IDYWYGIPQALRKDGADVYITEVSQLDTSE---ARGEQLLEQVEEIVAISGKSKVNLFGHSHGGPTIRYVAAVRPDLVASVTSIGAPHKGSALADFLRE-MP--EGS-AG---EAIVAGLVNAAGKMINFLSGSPIDTPMNSLGSLESLHSAGAARFNAKFPQ---GIP-TT-ACGEGDYQV-NNVRY--YSWSGTN---------------------------------PSTNLLDPSDLMMVVAAQTF--PKGEANDGMVGRCSSRLGMVIRDNYRMNHLDEVNQILGLTSLFETDPVTVYRQQANRLKQAGL
A3YAD6/31-314              -DDYTQTKYPILLTHGILGFDEMLG--VDYWYKIPQTLSSEGAEVYTTQVANSQSVE---VRGEQLLAEVEDIIAATGADKVNLIGHSHGGPTVRYVASVRPDLIASVTSVGGVNKGSDVADFVRNAVP--EDS-AA---EAVLAGLTTALATVIDYLSAGGY--EQDVLSMLTSLTTEGSLAFNEDHPQ---GVP-TT-ACGEGDYSV-NGVNY--YSWSGAS---------------------------------AFTNALDPSDYLLGLTSVLI---DDSKNDGLIESCDSNLGMVVRNDYSMNHLDEVNQFFGIHHLFATDPLTVYRTHANRLKNAGL
A0A0F4R1G8/31-314          -DDYTQTKYPILLTHGILGFDEMLG--VDYWYKIPQTLEAEGAEVYTTQVANSQSVE---VRGEQLLSEVQNIIAATGATKVNLIGHSHGGPTVRYVASVRPDLIASVTSVGGVNKGSDVADFVRNAVP--EDS-AA---EAVLAGLTTALATVIDYLSAGGY--EQDVLSMLTSLTTEGSLAFNQNHPQ---GIP-TT-ACGEGEYSV-NGVNY--YSWSGAS---------------------------------AFTNALDPSDYFLGLTSVLI---DDSKNDGLIESCDSNLGMVVRNDYSMNHLDEVNQFFGIHHLFATDPLTVYRTHANRLKNAGL
E3BNL1/27-311              -SDYTKTQYPIVLVHGLFGFDTLAG--VEYFYGIPQMLTKGGATVYVAQVSAANSSE---LRGEQLLQQIETLTAATGVSKVNIIGHSHGGPTARYVASVRPDLVASVTSIGGPHKGSKVADIVRGKVP--PGS-PF---EGLAEYLATALAILINHLSGGQD-LAQDPIAALDALTTEGAEEFNRYYPE---GVP-ES-ECGEGDFQSDFGVYY--YSWTGSK---------------------------------ASTNFFDPIDGVLAILGLAF---D-GPNDGLVSTCSAHLGKVIGDNYKMNHLDEINGLFGIHHLWETDPLELFSEHANRLKLLGL
A0A1G3EB40/30-314          -SGYTQTKYPVVLAHGMLGFDSILG--VDYWYGIPAALRRDGASVYITEVSQLNTSE---ARGEELLDQVEEIVAISGKPKVNLIGHSHGGPTIRYVAAVKPNLIASATSVGAPHKGSATADFIRQ-VP--PGS-AG---ESLLAGIVNGLGTLINFLSGSSSTTPQNALGSLESLNSQGAARFNAKFPQ---GIP-TT-ACGEGAYSV-NGVRY--YSWSGTS---------------------------------PVTNIIDPSDLLLGATALTF---NGEANDGLVGRCSSRMGKVIRDNYRMNHLDEVNQTLGLTSLFETDPVTVYRQHANRLKNDGL
A0A098U9L6/26-308          --GYTQTRYPIVLVHGLLGWDSIGP--FDYWFGITDALRRDGAQVYVAQVSAANSTE---VRGEQLLTYVKQVLAATGAQKVNLIGHSHGGPTIRYVASVAPNLVASVTSVGGVNKGSAVADVIRGANP--PGT-FS---EAVLGSIVNGLAGTIAFLSGDSS--AQVSTAALDSLTTAGAAKFNAAHPE---GVP-TT-ACGEGAYQA-RGVYY--FSWSGAQ---------------------------------PFTNLLDPIDAPLSLVSLAF---RGEKNDGLVGSCSSHLGRVIRDDYAMNHLDEVNQVAGLVNLFETNPVTLYRQHANRLREMGL
A0A1F4KE96/28-312          -GTYSQTKYPIVLVHGIFGFDKIGP--VEYFYGIPSALRADGAKVYLVQVSAANSHE---VRGEQLLTQVKQILAASGAAKVNLIGHSQGSPTSRYVASVRPDLVASVTSVGGVNKGSAVADLMLGVVP--PGS-LS---NTVLVSIANGFGAFMHLVSGGAG-PAQDSLAATKSLSTAGSLKFNAAYPE---GVP-TT-ACGEGAYTA-RGVAY--YSWSGAK---------------------------------PYTNFFDIVDPALALTSLAF---SGARNDGLVSSCSTHLGRVIRDNYRMNHADEINQTIGLVHLFETNPVTLYRQQANRLKNAGL
A0A135I4S9/27-310          --GYTQTKYPIVLVHGLFGFDNIAG--VEYFHAIPQALTRSGAKVFVAQVSATNSSE---KRGEQLLRQVRWVLAVTNAKKVNLIGHSHGSPTARYVASVAPQHVASVTSVGGVNKGSEFADAVRKAFP--SGS-LG---EAAAVGAAKALSGLISFLSGGKH-LPQDPLASLHSLTTKGSLAFNAKYPE---GVP-RS-RCGEGAYRASNGVYY--YSWSGTS---------------------------------TVTNILDLSDPAFFVTGLFF---S-EPNDGLVGRCATHLGRVIRSNYRMNHLDEVNGFFGLHHWFETDPVTVYRQHANRLKQQGL
A0A135ZHX5/30-313          --GYTVTKYPIVLVHGLFGFDTLAG--IDYFYGIPQALSKSGAKVYVAQISATNSTE---LRGEQLLAQVQNVLAITGAEKVNLIGHSHGGPTARYVASVSPELVASVTSIGGVNKGSRIADIARGTIS--EGS-IP---ESVAVKLAEGLVSLINLLSGGGD-LPQDPLASLAALTTQGSLQFNQKYPE---GVP-VT-ECGEGDYVAANGVYY--YSWTGTR---------------------------------NFTNALDPTDAAMVVLGLAF---D-EPNDGLVGQCSTHLGKVIRNDYKMNHLDEINGLLGVTHLFETAPTTLYRQHANRLQLQGL
E8M9R9/26-310              -SGYTATKYPIVLVHGLFGFDTLAG--VDYFYGIPHSLTKDGATVYVSQVSATNSSE---ARGEQLLQQVETLLAATGATKVNLIGHSHGGPTARYVASLRPDLVASVTSVGGVHKGSKVADLVRGAVP--EGS-TT---EGVAVKLASGLTTLINLLSGGSN-LDQDPLASLAALTTEGSLTFNQYYPE---GIP-AT-YCGEGNQIAENGVHY--YSWTGSS---------------------------------TFTNLFDPTDSAMVVLGWAF---D-EPNDGLVSACSAHLGKVIRDDYRMNHLDEINGLLGIHHLFDTDPVSIYRQHANRLKLQGL
A0A158DWP5/40-359          ADQYAQTKYPIILVHGLTGTDKYLG-VLDYWYGIQTDLQQHGAQVYVASLSGFQADDGPNGRGEQLLAYVKRVLAVTGAQKVNLVGHSQGGLTSRYVATVAPGLVASVTTIATPHRGSEFADLFLEKLKADPTG-LA---TPVLAAFFNLFGTVT---NSGHN-SNQDAYLALQTLTSAGTARFNASYPTAALGAP-GSCKTGAASATV-GGAQQLYYSWTGSAIQPAAKLFD-ITLG----------QDISTFPLFDLANLLDLSTPVFYLTGTEMLNRNAGPNDGLVSVCSSLYGQVLSTSYKWNHIDAINQLLGIRGLFAEDPVAVIRTHANRLKSAGV
A0A178K9B8/30-313          --GYTATKYPIVLVHGLFGFDTLAG--IDYFYGIPQALTKSGAKVYVAQISATNSTE---VRGEQLLKQVEEVLAVTGAKKVNLIGHSHGGPTARYVGSVAPDLVASVTSIGGVNKGSRVADIVRGTVP--EGS-IS---EGVAVKLAEGLVTLINLLSGGGD-LPQDPLASLAALTTEGSLKFNQKYPE---GVP-TT-ACGEGDYLAPNGVYY--YSWTGTR---------------------------------NFTNALDPTDGAMVALGLVF---D-EPNDGLVGQCSTHLGKVIRNDYKMNHLDEINGLLGITHLFETAPTTIYRQHANRLQQQGL
A0A1M3JJE9/20-302          -GTYTQTRYPIVLVHGLFGFDSALG--VDYFYGIPEALRRDGAKVYVAQVSAANSTE---VRGEQLLAQVKNILALTGAQKVNLIGHSHGGPTTRYVAGVAPQLVASVTSVGGVNRGSRVADILRGVAP--AGS-VS---ESVANTAASALVTLINLVSGGSR-LPQMPTAALDSLTTAGSAKFNQRFGA---GVP-TS-GCGNGAELV-NGVRY--YSWTGTR---------------------------------TLTNVLDVSDAPLALMGVVF---G-EANDGLVSACSSRLGKHL-GDYAQNHLDEVNQVLGLRDWFSTDPVTVYRGHANRLKNLGL
A0A117MXT0/26-310          -SGYTQTRYPIVLVHGLFGFGQMLG--VDYFYQVPAALKADGAQVYVAEVSATDSNE---ARGEQLLQQVQKILAITGAQKVNLIGHSQGAPTARYVAGVRPDLVASVTTIGGVNKGSTVADIVRGAAP--AGT-VS---EAVAAAIAGALAKVIAFFSGTSD-LPQQPIAALNSLTTAGSLAFNAKFPA---GVP-RS-ACGEGDYQV-NGVQY--YSWTGAA---------------------------------TTTNVLDPLTIPMGVLGLAF---GSTASDGLVAVCSAHLGQVIRDDYKMNHVNEINQSFGLVSLFEVSPVSLYRQQANRLKNAGL
K0HWS3/32-313              --GYTQTRYPIVLVHGLFGFDSALG--IDYFYGIPDALRQGGAKVYVAQVSAANSTE---VRGEQLLAQVKTILALTGASKVNLVGHSHGGPTTRYVAGVAPQLVASVTSIGGVNRGSRVADILRGVAP--AGS-VS---EAVASAAAKALVGLINLTSGGTG-LPQMPTAALDSLTTAGSAKFNSRFPQ---GVP-TS-GCGSGAELV-NGVRY--YSWTGTL---------------------------------PLTNVLDASDALLATLSLTF---G-EANDGLVSACSSRLGKHL-GDYRQNHLDEVNQLLGLRDWFSTDPVTLYRQHANRLKQQGL
A0A1E3G107/45-364          ADGYAATRYPIILVHGLTGTDKYAG-VLEYWYGIQEDLQQNGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQNVLAYDPTG-LS---SSVIAAFVNVFGILT---SSSHN-TNQDALAALQTLTTARAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTLSAFG-VTGA----------TDTSTIPVVDPANALDLSTLALFGTGTVMINRSSGQNDGLVSKCSALYGKVLSTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
A0A0B2B7J6/45-364          ADGYAATRYPIILVHGLTGTDKYAG-VLEYWYGIQEDLQQNGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLVGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQNVLAYDPTG-LS---SSVIAAFVNVFGILT---SSSHN-TNQDALAALQTLTTARAATYNQNYPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTLSAFG-VTGA----------TDTSTIPVVDPANALDLSTLALFGTGTVMINRSSGQNDGLVSKCSALYGKVLSTSYKWNHLDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
A0A0F9XP08/25-309          -ANYTQTQYPIVLAHGMLGFDSILG--IDYWFGIPAALRRDGARVYITEVSQLDTSE---KRGEQLLRQVEEIVAISGKRKVNLIGHSHGGPTIRYVAAVRPDLVASVTSVGAPHKGSKTADFIRN-VP--PGS-AG---EAVVAGIVNGLGSLINFLSGSRSTSPQNALGALESLNSQGAARFNARFPQ---GIP-TS-ACGEGAYKV-NGVRY--YSWGGTS---------------------------------PLTNVFDVSDILLGASAVPF---GFEANDGLVGRCSSHMGMVVRDNYRMNHLDEVNQTFGLTSIFETNPVSVYRQHANRLKNAGL
A0A1H1YF16/27-311          -STYTQTRYPIVLAHGMLGFDSILG--VDYWYGIPSALRRDGAKVYITEVSQLDTSE---ARGEQLLRQVEEIAAISGKGKVNLIGHSHGGPTARYVAAVRPDLIASVTSVGAPHKGSKTADFLRQ-IP--EGS-TG---EAILAGIVNGMGALIHFLSGSPSDSPQNSLGSLESLNTQGAARFNAKFPQ---GLP-TS-ACGEGAYKV-RGVRY--YSWSGTR---------------------------------PLTNVLDVSDVLMGASALTF---GFEANDGLVGRCSSHLGMVIRDDYRMNHLDEVNQTFGLTSLFETSPVSVYRQHANRLKNAGL
A0A1F4KED9/23-307          -GTYSQTRYPIVLVHGLLGFDKLGP--VEYFYGIPSALRSDGAKVYVVQVAAANSTE---VRGEQLLTQVKQILAATGASKVNLMGHSHGGPTSRYVASVRPDLVASVTSIGGVNKGSAVADVLLGVAP--PGS-LS---NTVLVSVTNGLATVINFLSGGSG-LTQNALAAAKSLSTAGSAKFNAAYPE---GLP-TT-ACGEGAYSA-RGVAY--YSWSGAK---------------------------------PYTNLFDIADPALALTSLAF---AGARNDGLVGTCSSHLGRVIRDNYAMNHLDEVNQTIGLVNLFETNPVTIFRQQANRLKNAGL
A0A0D7KDM4/32-312          --GYTATRHPIVLVHGLFGFDSVLG--VDYFYGIPDALRQSGAKVYVAQVSAANSTE---VRGEQLLAQVKNILALSGASKVNLIGHSHGGPTIRYVAGVAPQLVASATSVAGVNRGSRVADIVRGVAP--AGS-VS---ETVASTAATALVGMINLLSGGTG-LPQMPTAALDSLTTQGSAKFNQKFPQ---GIP-A--DCGNGAELV-NGVRY--YSWTGTK---------------------------------TATNLLDPSDAFLVTLGWTF---G-EANDGLVSACSSRLGKHL-GDYRQNHLDEVNQMVGLRDWFSADPVTLYRQHANRLQKAGL
A0A1H6EIA1/49-329          --TSAQTAYPIVLVHGMLGFDTVAG--IDYWYGIPGELRAQGAKVFVAEVAATNSSE---VRGEQLLKQVKDVLALTGASKVNLIGHSHGGPTARYVSGVAPQLVASVTTVGSPHKGSKVADVLGDTLP--DGS-IS---RAVVVSVVNAFSSLIGILSGNNT--PQNGLGALNSLNTAGSAKFNAKFPD---GVP-TT-ACGNGSELV-NGVRY--FSWSGNQ---------------------------------PLTNVFDASDYPLSLAGVVH---G-EANDGLVSTCSARLGTYL-GSYRQNHLDEVNQMLGLRDLFSVSPVTLYANQAAKLKQLGL
A0A0Q6WCC6/27-304          --GYTQTKYPIVLVHGLFGFDSLGP--VDYFYGIASGLSSGGARVYVTSVSASNSTE---VRGEQLLLQVKQILAATGAAKVNLIGHSHGGPTSRYVASVRPDLVASVSSVGGVNKGSKVADVLVGAVP------------NVTYDLANALSGLISLLSGSPT-LPQSSRAAAESLSTAGTLAFNARHPQ---GVP-TS-ACGEGAYQV-NGVHY--YSWSGAK---------------------------------PWTNALDAADPFLAVTGLAF---NGEKNDGLVGSCSSRLGRVIRDDYALNHLDEVNQLIGITNLFETNPVTLFRQHANRLQGQGL
A0A066UY09/30-313          --GYTQTQYPIVLVHGLFGFDTLAG--VDYFYGIPESLAKDGANVYVAQVSATNSSE---VRGEQLLAQVETIIAVTGADKVNLVGHSHGGPTARYVGSVRPDLVASVTSVGGVHKGSKVADLVRGNVA--EGS-IT---ESIAVKLAGGLTTLINLLSGGSD-LEQDGLASLEALTTEGSLAFNQHYPE---GVP-TS-ACGDGEWQASNGVYY--YSWTGSS---------------------------------TFTNLLDPTDGAMTILGLAF---D-GPSDGLVGTCSAHLGRVIGDNYKMNHLDEINGTLGIHHLFETDPVTLYRQHANRLKLAGL
A0A0T6UW39/48-335          -DDYTQTRYPIVFSHGLYGFDRLLGGAVEYWHGIPGALRQSGADVFVTEVSPVNSTE---VRGEELLQQVENYLAITGKGKVNLVGHSHGGPTIRYVAGVRPDLVASVTTIAGVNKGSALADYLKE-NP--ENP-VA---RATIVALAEGLGALIDVLSADGKFHKQDGLASLAALSTEGSLKFNSRFPD---GIP-KT-DCGEGDYVV-KNIRY--YSWSGAS---------------------------------PSTNIFDPSDLITKVASLTF--PKGVANDGMVGSCSSHLGMVIRDNYRMNHLDEVNLMFGLTSLLETNPVTVYRQHANRLKLAGL
K2JZA4/28-312              -SGYTQTHYPIVLVHGLFGFDSLAG--VDYWYGIPSALSKDGAKVYVVNVSAANSTE---VRGEQLLAQIDNILALTGADKVNLIGHSHGGPTARYAASMSPDKVASVTSVGGVNWGSSFADAVRGAIP--QDS-LS---EDIIAGAFNAFAGIIEFLSGTPA-DPQDAVAALESLTTAGTLAFNARYPE---GMP-SQ-YCGQGDEQAGNGVYY--YSWSGAS---------------------------------TVTNVLDISDAGLLATSLVF---S-EPGDGLVSSCSSHLGKVIRDNYGMNHLDEVNQTFGLVNLFETNPKTLFRTQANRLKNLGL
A0A0F5ZYF6/30-313          --GYTQTKYPIVLVHGLFGFDSIAG--MDYFHAIPQALTRSGAKVFVAQVSATNSSE---KRGEQLLRQVRWVKAVTGASKVNLIGHSHGSPTARYVASVAPQHVASVTSVGGVNKGSEFADVVRGTFP--PGS-AG---EALAVTAARTLSGLISLLSGGSS-LPQDPLASLHSLTTKGSLAFNAKYPE---GVP-TS-RCGEGSYRAANGVYY--YSWSGTS---------------------------------TVTNVFDISDPVLFATGLFF---S-EANDGLVGRCSTHLGKVIRSNYRMNHLDEVNQLFGLHHLFETDPVTLYRQHANRLKRQGL
C5AH11/40-358              ADTYAATRYPVILVHGLTGTDKYAN-VLDYWYGIQSDLESHGAKVYVANLSGFQSDDGPNGRGEQLLAYVKQVLAATGATKVNLIGHSQGGLTSRYVAAVAPQLVASVTTIGTPHRGSEFADFVQDVLKVDPTG-LS---SKVIAGFVNVFGTLV---SSSHN-PNQDALAALKTLTTAQAAVYNRNFPSAGLGAP-GSCQTGAATETV-GGNQHLLYSWGGTAIQPTSTVLG-VTGA----------SDTST-GLIDAANVADPSTLVLLATGTVMINRASGQNDGLVSRCSSLFGQVISTSYHWNHLDEINQLLGVRGANAEDPLAVIRTHVNRLKLQGV
A0A0T6UNR8/29-313          -SNYTKTKYPIVLGHGMLGWDSMLG--IDYWYGIPSALRKDGARVFTTEVSQLNTSE---VRGEDLLAEVEEILAITGAKKVNLMGHSHGGPTTRYVAAVRPDLVASVTSIGAPHKGSDVADLIRK-IP--QDS-TA---ETLLASLVNAIGGVIHLLSGSSSTSGQNSLGSLESLNSVGAAAFNAKYPQ---GIP-TT-ACGEGAYKV-NDVRY--YSWSGTS---------------------------------PTTNLLDPSDLITKVASRAF---KDPQNDGFVGRCSSHMGMVIRDNYRMTHLDEVNQFFGLTSLLETSPVTVYRQQANRLKLAGL
N9U2J2/20-301              ----SHTRYPIILVHGLFGFDKLMG--VDYFYGIPQALTRDGATVYVAQVSATNSSE---ARGEQLLTQVQQVLAITGAEKVNLIGHSHGGPTVRYVASVAPELVASATSVGGVNQGSAIADLVRVNAP--PGS-AA---ETLASSAAQALSGVISLLSGGGK-LPQDPIKALDALTSAGATEFNRHYPE---GLP-TT-PCGEGPMRADNGVHY--FSWSGRG---------------------------------NLTNILDPVDPALVLTGLFF---D-EPNDGLVGVCSSHLGKVIGTGYKMNHLDEVNHSFGIRHLFETDPVSLYVQHARRLKDLGL
A0A1B4PZ56/45-364          ADDYAATRYPIILVHGLTGTDKYAG-VLEYWYGIQEDLQQNGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLIGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQNVLSYDPTG-LS---SSVIAAFVNVFGLLT---SSSHN-TNQDALAALQTLTTARAATYNQKFPSAGLGAP-GSCQTGAPTETV-GGNTHLLYSWAGTAIQPTISVFG-VTGA----------TDTSTLALVDPANALDSSTLALLGSGTVMINRGAGPNDGVVSKCSALFGKVLSTNYKWNHLDEINQLLGVRGAYAEDPVAVIRAHANRLKLAGV
A0A0W1L3N5/23-306          --GYTETKYPIVLAHGLMGFDDVLG--IDYFYRIPEQLSKDGAMVFTTSVSSLNSSE---QRGEQLLLQVEQILALTGAQKVNLIGHSQGAQSIRYVASIKPALVASVTSVGGVNFGSPVADIARDGLT--PGS-NL---EGVAKSAFDAFGGLIALLSGNSQ-LPQDAIGALESLTTQGALAFNQKYPE---GLP-QS-PCQQGPLQASNGVYY--FSWSGTR---------------------------------AFTNIFDPSDAALSVTSLLI---P-GDDDGLVSRCSSHLGYVIKDNYRMNHLDEVNQILGFHHLFETDPITVYRQHANRLKNMGL
A0A1H1STA0/31-315          -SQYTQTKYPIVLTHGMLGFDSLLG--IDYWYGIPAALRKDGATVYITEVSQLDTSE---ARGEQLLEQVEEIVAISGKQKVNLIGHSHGGPTVRYVASVRPDLVASVTSVGAPHKGSATADFLRQ-IP--EGS-AG---ETVLAGLVNAMGAFINLVSGSSSMTPQNALGSLESLNSAGAAVFNARFPQ---GLP-TS-ACGEGAYKV-NGVRY--YSWSGTS---------------------------------PLTNALDVSDLLTGAASLTF---NGEANDGLVGRCSSHLGMVIRDNYRMNHLDEVNQFLGLTSLFETDPVTVYRQQANRLKNAGL
U3C9C8/24-308              -TDYTAAKYPIVLVHGLFGFDTLAG--VDYFYGIPESLTKDGATVYVAQVSAANSTE---IRGEQLLAQVEQLLAATGAQKVNLIGHSHGGPTARYVAGVRPDLVASVTSVGGVHKGSSVADILRRSVP--EGS-YK---EIIATKLAKGLTALIGLLSGGSH-LEQDPLASLAALTTEGSLAFNQWFPE---GVP-SS-YCGEGDELAENGVYY--FSWTGSA---------------------------------TFTHALDPTDSAFMLLSLAF---D-LPNDGLVDVCSAHLGNVIRDDYRLNHLDEINGWLGLHHLFETDPVTLYRQHANRLKLYGL
Q6LFX5/30-313              --GYTETQYPIVLVHGLFGFNSLAG--FDYFYGIPQELSKSGAKVYVAQISATNSSE---LRGEQLLLQVEEVLAVTGAEKVNLIGHSHGGPTARYVASVAPQYVASVTSIGGVNKGSTVADIMRGTIP--EGS-LP---EGIAVKLAGGLTTLIGLLSGGSD-LPQDPLASLEALTTAGSLAFNQKYPE---GIP-TS-DCGDGDWVADNGVYY--YSWTGTS---------------------------------NYTNILDPIDPAMFILGFAF---D-EPNDGLVGQCSSHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPKTLYRQHANRLQLQGL
A0A1F4N7Q8/29-314          --GYTQTKYPIVLVHGLFGWDSIAG-TVDYFHKVPAALRASGAQVYVTQVSAANSTE---VRGEQLLKQVKEILAITGASKVNIVGHSHGGPTARYVAGVAPELVASVSSVGGVNRGSDFADALRGVLP--NGSPIT---GAVASLVDTTLVSLIQTLSGNGE-LPRNAEAALESLSTAGSLKFNQKFPA---GIP-TT-ACGEGAYVV-QGVRY--YSWGGNK---------------------------------QITNLLDISDGVMALSGAFF---NGKTNDGLVSTCSMNLGQVIRTNYKMNHLDEVNQLFGLVHLFETNPVEVYRQQANRLKNAGL
A0A0A0SY74/27-311          -SGYTQTQYPIVLVHGLFGFDTLAG--VDYFYGIPHALTKDGASVYVAQVSATNSSE---VRGEQLLEQVETLLAATGAAKVNLVGHSHGGPTARYVASVRPDLVASVTSIGGVNKGSKVADLVRGTVP--EDS-GL---EALAVKLAEGLTTLINLLSGGGD-LDQDPLASLDALTTEGSLAFNQHYPE---GIP-AT-ECGNGDLFAGNGVYY--YSWTGSS---------------------------------TFTNIFDPTDAAMTILGLAF---N-EPNDGLVGACSTHLGQVIRDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLQGL
A0A0Q6TFJ7/26-308          --GYTQTRYPIVLVHGFLGWDSIGP--YDYWFGIADALRRDGAQVYVAQVSAANSTE---VRGEQLLTYVKQVLAATGAQKVNLIGHSHGGPTVRYVASVAPGLVASVTSVGGVNKGTPVADILRGVAA--PGS-FS---ESVLGSIVNGVAGTIAFLSGDSS--TQVSTAALDSMTTAGAARFNAAHPE---GVP-AT-ACGEGAYQA-RGVYY--FSWSGAQ---------------------------------PFTNLIDPLDAPLSLVSLAF---LGQKNDGLVGSCSSHLGRVIRDDYRMNHLDEVNQVAGLVNLFETNPVTLYRQHANRLREMGL
A0A1H1VVJ1/30-315          -SDYTQTHYPIVLAHGMLGWDNMLG--IDYWHGIPQALRKDGASVYITEVSQLDTSE---ARGEQLLEQVEEIVAISGKAKVNLFGHSHGGPTIRYVAAVRPDLIASVTSIGAPHKGSALGDFIRQ-VP--ENS-AG---EALLASLVNAAGKLINFLSDSPIDTPMNSLGSLESLNSEGAARFNAKFPQ---GIP-TS-ACGEGDYQV-NGVRY--YSWSGTS---------------------------------PSTNILDPSDLMMTVAAMTF--PKGEANDGMVGRCSSRLGMVIRDDYRMNHLDEVNQFFGLTSIFETDPVTVYRQQANRLKKAGL
A0A1B3PIL3/32-313          --GYTQTRYPIVLVHGLFGFDSALG--IDYFYGIPDSLRQGGARVYVAQVSAANSTE---VRGEQLLSQVKTILAITGAQKVNLVGHSHGGPTTRYVAGVAPQLVASVTSIGGVNRGSRVADILRGVAP--AGS-VS---EAVANAAAKALVGLINLTSGGSG-LPQMPTAALDSLTTAGSAKFNTRFPQ---GVP-TS-GCGNGAEVV-NGVRY--YSWTGTL---------------------------------PLTNVLDASDGLLSVMSLVF---G-EANDGLVSACSSRLGRHL-GDYRQNHLDEVNQLLGLRDWFSTDPVTLYRQHANRLKAQGL
A0A1F8VGY9/26-309          --GYTQTKYPIVLVHGLFGFDNIGP--VEYFYGIPSALRADGAKVYVVQVAAANSTE---VRGEQLLSQVRQVLAATGAVKVNLMGHSHGGPTARYVASVRPDLVASVTSIGGVNKGSAVADVLLGVAP--AGT-FS---NTVLVSITNGLGTLINFLSGGGG-LSQNSLAAAQSLSTAGSKKFNAAHPQ---GVP-TS-VCGEGAYTV-NGVAY--YSWSGAK---------------------------------PYTHLLDVADPALALTSLAF---LGAKNDGLVSSCSSRLGKVIRDDYAINHLDEVNQTVGLTNLFETSPVTLFRQQANRLKNAGL
A0A0C2S7V4/30-312          --GYTETRYPIVLTHGMLGFDSLLG--VDYWYGIPRALRRDGAEVYVTEVSQLNTSE---LRGEELLEQVEEIVALSGKPKVNLIGHSHGGPTIRYVAAVRPDLVASVTSVGAPHKGSAVADMIRQ-VP--EGS-AG---EAFLAGLTNAMGALINFLSGSNSSAPQNALGSLESLNSEGAARFNAKYPQ---GIP-TS-ACGEGAYVV-KGVRY--YSWSGTS---------------------------------PLTNPLDVSDAMMGAGSLAF---D-EANDGLVGRCSSHLGMVIRDNYRMNHLDEVNQVLGLTSLFETDPVSVYRQHANRLRNAGL
A0A078MFP8/30-315          -SDYTKTRYPIVLTHGMLGWDNMLG--IDYWYGIPQALRKDGASVYITEVSQLDTSE---ARGEQLLEQVEEIIAISGAPKVNLFGHSHGGPTVRYVAAVRPDLVASVTSIGAPHKGSALADFLRQ-IP--EDS-AG---EAIVSGLVNAVGKMINFISDSPIDTPMNSLGSLESLYSEGAARFNARFPQ---GIP-TT-ACGEGDYQV-NGVRY--YSWSGTS---------------------------------PATNPLDPSDLMMVTASLTF--PRGEANDGMVGRCSSRMGMVIRDNYRMNHLDEVNQFFGLTSIFETDPVTVYRQQANRLKKAGL
A0A1E9C7D3/25-309          -TDYTRTRYPIVLSHGLFGFKSVGP--VDYWHAIVPALEKDGAKVFATSQSPVNSNE---VRGEQLLAQVEEVLALTGAEKVNLIGHSQGGMTVRYVAGVAPQLVASVTTMGTPHKGTPVADAVTGFSEF-LGP-IG---TEVIASAVEALFSVVDIVDGGEW-VKGDALAALNSLNTPGTARFNQRFPQ---AIP-AS-ACGQGAETV-AGVRY--YSMSGTG---------------------------------SLTNALDPSSAGLAVTGLLF---G-EANDGLVGQCSSHLGSVVKDNYRMDHLDEVNQLLGLVSLFESDPTQVYRQHANRLRNVGL
L0WAM4/33-320              -SSYAKTRYPIVLAHGMAGFDKAGP--LDYWYGIPGDLQDRGAKVYLTQVSSFESSE---VRGEQLLEQVLDILAITGADKVNLIGHSHGNQSIRYVAAAIPDRIASVTSVGGPTKGSPVADVIASVSDV-AGD-GL---SNGVGSIVNAFGTLIGLAAGEK--LPQDSLAGLASLTTAGAADFNARFPA---GVP-TS-ACGEGSYVV-NGIRY--YSWGGTG---------------------------------HVTNLLDPLDVPLALVSAAFVGKADSQNDGLVGRCSNHLGKVIRDNYRMNHLDEVNQVIGLTDLFETDPVVVFRNHANRLKNAGL
A0A1H2HH56/31-315          -SGYTKTQYPIVLSHGMLGFDSLLG--VDYWFGIPGALRKDGAKVYVTEVSQLDTSE---ARGEQLLAQVEEIVAISGKPRVNLIGHSHGGPTVRYVAAVRPDLVASVTSVGAPHKGSATADFIRN-VP--EGS-AG---EAMLAGIVNGLGGLINFLSGSSSTTPQNALGTLESLNSAGAARFNARFPQ---GLP-TS-ACGEGAYVV-NGVRY--YSWSGTS---------------------------------PVTNILDPADLMLGATALTF---GFEANDGLVGRCSSRMGMVIRDNYRMNHLDEVNQTFGLTSLFETSPVSVYRQHANRLKRAGL
A0A1B4QZ40/45-366          VDNYAATQYPIILVHGLTGTDRYAN-VLEYWYGIQEDLTAHGAKVYVANLSGFQSDDGPNGRGEQLLAYVKQVMAATGATKVNLIGHSQGGLTSRYVAAVAPDLVASVTTIGTPHWGSQFADFVQQVTSVDPTG-LL---QGAVAAFANVFGTLT---SSNLN-TNQDALAALKALETSQTAVFNQNYPSAGLGSSLAACQTGAATETV-NGNKHLLYSWTGTAIQPTISLLGVVTGA----------VDTSTIPVVDPANVLDASTLSLLTTGTVMVNRASGANDGLVSRCSSLYGQVLSTSYHWNHIDEINQLLGVRGAFAEDPVAAIRTHANRLKTQGV
A0A103E627/45-366          VDNYAATQYPIILVHGLTGTDRYAN-VLEYWYGIQEDLTAHGAKVYVANLSGFQSDDGPNGRGEQLLAYVKQVMAATGATKVNLIGHSQGGLTSRYVAAVAPDLVASVTTIGTPHWGSQFADFVQQVTSVDPTG-LL---QGAVAAFANVFGTLT---SSNLN-TNQDALAALKALETSQTAVFNQNYPSAGLGSSLAACQTGAATETV-NGNKHLLYSWTGTAIQPTISLLGVVTGA----------VDTSTIPVVDPANVLDASTLSLLTTGTVMVNRASGANDGLVSRCSSLYGQVLSTSYHWNHIDEINQLLGVRGAFAEDPVAAIRTHANRLKTQGV
Q1ZM99/27-310              --GYTETKYPIVLVHGLLGFDSLAG--FDYFYGIPQTLSKSGAKVYVAQISATNSTE---VRGEQLLAQVENVLAVTGAKKVNLIGHSHGAPTSRYVASVAPQIVASVTSVGGVNKGSKVADLVRNTIP--EDS-VS---EKIAVELSKALTTLIGILSGGLD-LPQDGLGALKALTTKGALTFNKLYPE---GVP-LS-SCGDGEWQADNGVYY--YSWTGTA---------------------------------TYTNVLDPTDAAMFLLGLTF---D-EPNDGLVAKCSSHLGRIIRDDYKMNHLDEINGLLGIHHLFETDPKTLYRQHANRLQQQGL
V5ES30/27-310              --GYTETKYPIVLVHGLLGFDSLAG--FDYFYGIPQTLSKSGAKVYVAQISATNSTE---VRGEQLLAQVENVLAVTGAKKVNLIGHSHGAPTSRYVASVAPQIVASVTSVGGVNKGSKVADLVRNTIP--EDS-VS---EKIAVELSKALTTLIGILSGGLD-LPQDGLGALKALTTKGALTFNKLYPE---GVP-LS-SCGDGEWQADNGVYY--YSWTGTA---------------------------------TYTNVLDPTDAAMFLLGLTF---D-EPNDGLVAKCSSHLGRIIRDDYKMNHLDEINGLLGIHHLFETDPKTLYRQHANRLQQQGL
A0A0J1HCY2/24-307          --GYTATKYPIVLVHGLFGFDSLAG--VDYFYGIPHSLTKDGAAVFVAQVSATNSTE---ARGEQLLAQVENLLAATGSEKVNLIGHSHGGPTARYVASVRPDLVASVTSVGGVHKGSRVADVLRGAVP--PGS-IS---EGVAVKMAEGLTTLIGLLSGGHN-LEQDPLASLEALTTAGSLAFNRDYPE---GVP-TS-DCGDGQFLADNGVYY--YSWTGSA---------------------------------TFTNVLDPTDGAMTMLGWVF---D-GPSDGLVGVCSAHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLQGL
A0A1E4VJJ3/27-310          --GYTQTRYPIVLAHGMFGFDSILG--MDYWYRIPSALRRHGATVYVTEVSQLNSTE---ARGEELLEQVEEIVAISGKPKVNLIGHSHGGPTARYVAGIRPNLVASVTSIGSPHKGSATADFIRS-IP--RDS-PG---EAFIANIANALGKVINVLSGSSSQLPQDVLAGLESLTTVSSAQFNGRFPA---GVP-TT-ACGEGAYVV-KGIRY--YSWSGSR---------------------------------TLTNPLDISDPLLFATSLPF---KGKDNDGLVGRCSSHLGKVVRDNYRMNHLDQVNHLLGLVNLFETPPVSVFRQHANRLKNDGL
A0A0F2HMT2/30-313          --GYTQTRYPIVLVHGLFGFDKLAG--VDYFYGIPESLTKDGAKVYVAQVSATNSSE---VRGEQLLAQVETLLAATGAEKVNLIGHSHGGPTARYVASVRPDLVASVTSIGGVHKGSKVADLVRGHVA--EGS-VT---EALAVKLAEGLSGLIGLLSGGSS-LEQDPLASLDALTTRGSLRFNQFYPE---GIP-SS-ECGEGDLLAANGVYY--YSWTGAS---------------------------------TFTNVLDPIDAPMAILGLAF---S-EPSDGLVSTCSAHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLQGL
A0A1J5CA25/26-309          --GYTQTKYPIVLVHGLFGFDKIGP--VDYFYGLSSALRSDGAKVFTTQVSAANSTE---VRGEQLLTQVKQILAATGAAKVNLIGHSHGGPTIRYVASVRPDLVASVTSIGGVNKGSAVADVILGVAP--PGS-LP---NSVLVSVTNGLGSIINFLSGGTG-LRQDSLAAVKSLSTAGSLSFNRSHPE---GVP-TS-ACGEGAYVV-RGVSY--FSWSGAK---------------------------------PYTNVFDVVDPALALTSLAF---AGAKSDGLVSSCSSHLGRVIRDNYAMNHLDEVNQTIGLVNLFETNPVTLYRQHANRLRNLGM
K0CIC5/21-304              -DDYTETRYPIVLVHGLFGFDTAAG--VDYWYRIPEELRRSGAEVYVTQVAAAQDTE---VRGEQLARQVEDILAISGADKVNLIGHSHGSPTIRYVASVYPDMVASATGVGGVNWGARLADVLQGVVD--DVP-FS---GDLIGFLGNALAGLIDLFSGGGN--EQDILAALKALTTEETIAFNQQYPE---GMP-SE-YCGEGPREGSNGVSY--FSWSGAK---------------------------------PLTNFLDPSDVLLGATAIVF---LGEKNDGLVSSCSSHLGMVIRDDYRMNHLDEVNQVLGLHDLFSTDPVTLYRQHANRLGNYQ-
U2AYA9/31-317              --GYTQTQYPIVLGHGMLGFDSILG--VDYWYGIPAALRRDGASVYITEVSQLDTSE---ARGEQLLQQVEDIVAISGKAKVNLIGHSHGGPTTRYVAAVRPDLVASVTSVGAPHRGSATADFLKG-IS--DGP-AGPVATPLLAGIVNGLGALINFLSGSPSTTPQNALGSLESLNSEGAARFNAKFPQ---GIP-TS-ACGEGAYSV-NGVRY--YSWSGTS---------------------------------PLTNLLDPSDLLMGASALTF---GSEANDGLVGRCSSRMGQVIRDNYRMNHLDEVNQTLGLTSLFETDPVTVYRQHANRLKNAGL
A0A1E5BPH7/29-312          --GYTQTKYPIVLVHGLFGFDNIAG--FDYFHAIPQALTRSGAKVYIAQVSAVNSSE---KRGEQLLRQVRRVLAITGAPKVNLIGHSHGSPTSRYVASVAPQYVASVTSVGGVNKGSEFADVMRKALR--PGS-AG---EASVVAATKVFARLISVLSGSGR-LPQDPLASLDSLSTKGSLKFNRKYPE---GVP-RS-RCGNGDSRASNGVYY--YSWSGTS---------------------------------QVTNILDLSDPVLFTTGLFF---R-EANDGLVGRCSTHLGRVIRDNYRMNHLDEVNGFFGLHHLFETDPVTVYRQHANRLKQQGL
U3AVP1/31-313              --GYTKTKYPIVLTHGMLGFDSILG--VDYWYGIPSSLRSDGASVYITEVSQLNTSE---LRGEELLDQVEEIAAISGKGKVNLIGHSHGGPTVRYVAAIRPDLVASVTSVGAPHKGSDTADFLRQ-IP--PGS-AG---EALVAGIVNGLGTLINFLSGSPSTTPQNALGALESLNSQGAAVFNAKYPQ---GIP-TS-ACGEGAYKV-NGVSY--YSWSGTS---------------------------------PLTNILDVSDLLMGASSLTF---D-EANDGLVGRCSSHLGKVIRDNYRMNHLDEVNQVFGLTSLFETDPVTVYRQQANRLKLAGL
A0A142IRZ6/31-313          --GYTKTKYPIVLTHGMLGFDSILG--VDYWYGIPSSLRSDGASVYITEVSQLNTSE---LRGEELLDQVEEIAAISGKGKVNLIGHSHGGPTVRYVAAIRPDLVASVTSVGAPHKGSDTADFLRQ-IP--PGS-AG---EALVAGIVNGLGTLINFLSGSPSTTPQNALGALESLNSQGAAVFNAKYPQ---GIP-TS-ACGEGAYKV-NGVSY--YSWSGTS---------------------------------PLTNILDVSDLLMGASSLTF---D-EANDGLVGRCSSHLGKVIRDNYRMNHLDEVNQVFGLTSLFETDPVTVYRQQANRLKLAGL
A0A1D2S172/31-312          --GYTQTRYPIVLVHGLFGFDSLFG--LDYFYGVPDALRSGGAKVFVAQVSAANSTE---VRGEQLLAQVRNILAVTGAAKVNLIGHSHGGPTARYVAGVAPQLVASVTSVGGVNRGSRVADVVRGVAP--PGS-VS---ETVAKGAATALVTLINLASGGSG-LPQMPTAALDSLTTAGAARFNQRFGA---GVP-TS-GCGNGAELV-AGVRY--YSWTGTR---------------------------------NLTNVLDPSDAALLATGLVF---G-DANDGLVSACSARLGRNL-GDYRQNHLDEVNQMVGLRDWFSPDPVTLYRQQANRLKTAGL
A0A0A1YGC7/30-314          -SSYTQTKYPIVLSHGMLGFDSILG--IDYWYGISSALRRDGASVYTTEVSQLNTSE---ARGEELLEQVEEIVAISGKPKVNLIGHSHGGPTIRYVAAVSPQLVASATSVGAPHKGSAAADFIRQ-VP--PGS-AG---EALLSGIVNGLGSLINFLSGSSSTTPQNALGALESLNSVGAAQFNAKYPQ---GLP-TS-ACGEGAYSV-NGVRY--YSWSGTS---------------------------------PVTNILDPSDLLLGATALTF---NGEANDGLVSRCSSHMGKVIRDDYRMNHLDEVNQSFGLTSWFETDPVSVYRQHANRLKNDGL
A0A0C1YGY7/27-310          --GYTQTRYPIVLVHGLFGFDNIGP--FGYWYGIPSALTNDGAKVYVAQVSAANSTE---VRGEQLLTQVKQILAATGATKVNLIGHSHGGPTTRYVASVRPDLVASVTSVGGVNKGSAVADLLIGVAP--PGS-LS---NAVLTSVTNGLASLISWLSGSPT-LPQNSWAAANSLSTAGSAKFNAAHPE---GVP-IT-SCGEGAYQV-NGVRY--FSWSGGS---------------------------------SYTNVLDVVDPWLLLTSAAF---GGAKNDGLVASCSTHLGKVIRDDYGMNHLDEVNQTIGIVNLFETNPKTLYRQHANRLQSLGL
Q7MK20/32-313              ----TQTRYPIVLVHGLFGFDKLAG--VDYFYGIPESLTKDGAKVYVAQVSATNSSE---VRGEQLLSQVEMLLAATGAAKVNLIGHSHGGPTARYVASVRPDLVASVTSIGGVNKGSKVADLVRGHVS--EGS-LT---EALAVKLAEGLSGLIGLLSGGSG-LDQDPLASLDALTTQGSLRFNQFYPE---GLP-QT-ECGEGEMLAGNGVYY--YSWTGSS---------------------------------TYTNVLDPADAPMAILGLAF---AGEANDGLVGACSTHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKLQG-
A7XW72/45-364              ADTYAATRYPIILVHGLTGTDKYAG-VLEYWYGIREDLQSHGATVYVANLSGFQSDDGPNGRGEQLLAYVKTVLAATGATKVNLIGHSQGGLTSRYVAAVAPDLVASVTTIGTPHRGSEFADFVQGLLKLDPTG-LS---SSVLAGFANLFGVLT---SSSNS-TNQNAIAALGALETSQAAIFNQNYPSAGLGAP-GSCQTGASTETV-GGNKHLLYSWAGTAIQPVTSLFG-STGA----------KDVSTIPLVDPANALDLSTLALLGTGTVMISRGSGPNDGLVSKCSALYGQVLGTNYKWNHIDEINQLLGVRGAYAEDPVAVIRTHANRLKLAGV
A0A0F5VD19/30-313          --GYTETQYPIVLVHGLFGFDSLAG--IDYFYGIPHALNKDGATVYVAQVSATNSTE---LRGEQLLAQVEDVLAISGAEKVNLIGHSHGGPTARYVASVAPELVASVTSIGGVNKGSRIADIVRGTVP--EGS-LP---EGIAVELAQGLVTLINLLSGGSE-LPQDPLASLAALTTEGSLAFNQKYPE---GIP-TT-RCGEGDYVADNGVYY--FSWSGTS---------------------------------NFTNALDPADAAMTVLGLAF---D-EPNDGLVGRCSSHLGKVIRDDYQMNHLDEINGLLGITHLFETAPTTLYRQHANRLQQQGL
F9TBV6/28-311              --GYTQTQHPIVLVHGLFGFDTLAG--VDYFYGIPHSLTRDGATVYVAQVSASNSTE---VRGEQLLKQVETLLAATGATKVNLIGHSHGGPTARYVASVRPDLVASVTSIGGVNKGSKVADLVRGTVP--EGS-GL---EGLAVKLAGGLTTLINLLSGGTD-LEQDPLASLEALTTEGSLAFNQHHPY---GIP-TT-ACGDGDLLASNGVYY--YSWTGSS---------------------------------TFTNLLDPTDGAMVILGWAF---D-EPNDGLVGACSTHLGKVIRDDYKMNHLDEINGLLGIHHLFETDPVTLYRQHANRLKQQGL
#=GC scorecons             014764868987869974958445601578577854494458949876468445747000498889855854668568638898799969758499885859688897867855669845885654354004550450004464544554644762238553403486576684586745554784478400085804604584543360585370089859550000000000000000000000000000000004368479565456344654600142548998854885559486455854897887965685445655686565858888873476
#=GC scorecons_70          ___**_***********_*_*___*___**_***___*___**_****__*___*_*____******__*__***_***_***********_*_****_*_*_*********__****__**_*_____________________________*____*_______**_**_*__*_*_____**__**____*_*__*___*_____*__*__*__***_*_____________________________________**_**_____*___*__________*****__**___*_**___*__********_**____*__***_*_*_******__*_
#=GC scorecons_80          ___*__*_*****_***_*_*_______**_***___*___**_***___*_____*____******__*____*__*__********_**_*_****_*_*_******__*____**__**____________________________________*_______*__*__*__*_______**__**____*_*______*________*__*__***_*______________________________________*_**____________________*****__**___*_*____*__*******___*________*____*_******__*_
#=GC scorecons_90          ______*_***_*_**__*_*________*___*___*___**_**____*__________***_**__*____*__*__****_***_*__*_****_*_*_*_**_*__*____**__**____________________________________*_______*_____*__*________*___*____*_*______*________*_____***_*______________________________________*__*____________________*****__**___*_*____*__**_**_*___*________*____*__****_____
//