# STOCKHOLM 1.0
#=GF ID 3.40.50.620/FF/87248
#=GF DE Electron transfer flavoprotein beta-subunit, FixA
#=GF AC 3.40.50.620/FF/87248
#=GF TP FunFam
#=GF DR CATH: 4.2
#=GF DR DOPS: 88.199
#=GS C1DNR7/1-269       AC C1DNR7
#=GS C1DNR7/1-269       OS Azotobacter vinelandii DJ
#=GS C1DNR7/1-269       DE Electron transfer flavoprotein beta-subunit, FixA
#=GS C1DNR7/1-269       DR GENE3D; 092b8520e364caf2e33fb980894cecef/1-269; 
#=GS C1DNR7/1-269       DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Azotobacter group; Azotobacter; Azotobacter vinelandii; 
#=GS P09818/1-267       AC P09818
#=GS P09818/1-267       OS Sinorhizobium meliloti 1021
#=GS P09818/1-267       DE Protein FixA
#=GS P09818/1-267       DR GENE3D; 3fae258af6a512c0fa2071f138814f6a/1-267; 
#=GS P09818/1-267       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Sinorhizobium; Sinorhizobium meliloti; 
#=GS P53577/1-265       AC P53577
#=GS P53577/1-265       OS Bradyrhizobium diazoefficiens USDA 110
#=GS P53577/1-265       DE Protein FixA
#=GS P53577/1-265       DR GENE3D; 51b12ade3266c40722fe99c006380e56/1-265; 
#=GS P53577/1-265       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Bradyrhizobiaceae; Bradyrhizobium; Bradyrhizobium diazoefficiens; 
#=GS Q1M7V4/1-272       AC Q1M7V4
#=GS Q1M7V4/1-272       OS Rhizobium leguminosarum bv. viciae 3841
#=GS Q1M7V4/1-272       DE FixA electron transfer protein
#=GS Q1M7V4/1-272       DR GENE3D; 732ef067fe1bc7dfc121fc3e9be7ba96/1-272; 
#=GS Q1M7V4/1-272       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Rhizobium; Rhizobium leguminosarum; 
#=GS Q2RS28/1-269       AC Q2RS28
#=GS Q2RS28/1-269       OS Rhodospirillum rubrum ATCC 11170
#=GS Q2RS28/1-269       DE Electron transfer flavoprotein beta-subunit
#=GS Q2RS28/1-269       DR GENE3D; fb76191ff084830518bcd86925c73da5/1-269; 
#=GS Q2RS28/1-269       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodospirillales; Rhodospirillaceae; Rhodospirillum; Rhodospirillum rubrum; 
#=GS A0A1C2G3W3/1-269   AC A0A1C2G3W3
#=GS A0A1C2G3W3/1-269   OS Acidiferrobacter thiooxydans
#=GS A0A1C2G3W3/1-269   DE Nitrogen fixation protein FixA
#=GS A0A1C2G3W3/1-269   DR GENE3D; 02dcd803097476d1c4faf30f8eded4eb/1-269; 
#=GS A0A1C2G3W3/1-269   DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Acidiferrobacterales; Acidiferrobacteraceae; Acidiferrobacter; Acidiferrobacter thiooxydans; 
#=GS E6QAY7/1-268       AC E6QAY7
#=GS E6QAY7/1-268       OS mine drainage metagenome
#=GS E6QAY7/1-268       DE Protein fixA
#=GS E6QAY7/1-268       DR GENE3D; 054abcb823811f4917789d1e85af889e/1-268; 
#=GS E6QAY7/1-268       DR ORG; mine drainage metagenome; 
#=GS A0A1N7IP15/1-266   AC A0A1N7IP15
#=GS A0A1N7IP15/1-266   OS Insolitispirillum peregrinum
#=GS A0A1N7IP15/1-266   DE Electron transfer flavoprotein beta subunit
#=GS A0A1N7IP15/1-266   DR GENE3D; 05c80256d9061a43e43dabb91ea6416c/1-266; 
#=GS A0A1N7IP15/1-266   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodospirillales; Rhodospirillaceae; Insolitispirillum; Insolitispirillum peregrinum; 
#=GS A0A0H1R413/1-267   AC A0A0H1R413
#=GS A0A0H1R413/1-267   OS Microvirga vignae
#=GS A0A0H1R413/1-267   DE Protein fixA
#=GS A0A0H1R413/1-267   DR GENE3D; 05d059e2f464bf2ed42da00877a266d2/1-267; 
#=GS A0A0H1R413/1-267   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Methylobacteriaceae; Microvirga; Microvirga vignae; 
#=GS B8EJ09/1-269       AC B8EJ09
#=GS B8EJ09/1-269       OS Methylocella silvestris BL2
#=GS B8EJ09/1-269       DE Electron transfer flavoprotein alpha/beta-subunit
#=GS B8EJ09/1-269       DR GENE3D; 0712dbf31b623ce6a5ce9215a0b3292f/1-269; 
#=GS B8EJ09/1-269       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Beijerinckiaceae; Methylocella; Methylocella silvestris; 
#=GS L0LTQ9/1-267       AC L0LTQ9
#=GS L0LTQ9/1-267       OS Rhizobium tropici CIAT 899
#=GS L0LTQ9/1-267       DE Electron transfer flavoprotein subunit beta, FixA
#=GS L0LTQ9/1-267       DR GENE3D; 0789cd84ac74b36a9cb42363454092d3/1-267; 
#=GS L0LTQ9/1-267       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Rhizobium; Rhizobium tropici; 
#=GS N6V0Z8/1-267       AC N6V0Z8
#=GS N6V0Z8/1-267       OS Rhizobium freirei PRF 81
#=GS N6V0Z8/1-267       DE Electron transfer flavoprotein subunit beta, FixA
#=GS N6V0Z8/1-267       DR GENE3D; 0789cd84ac74b36a9cb42363454092d3/1-267; 
#=GS N6V0Z8/1-267       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Rhizobium; Rhizobium freirei; 
#=GS A0A1C3X8T3/1-267   AC A0A1C3X8T3
#=GS A0A1C3X8T3/1-267   OS Rhizobium lusitanum
#=GS A0A1C3X8T3/1-267   DE Electron transfer flavoprotein beta subunit
#=GS A0A1C3X8T3/1-267   DR GENE3D; 0789cd84ac74b36a9cb42363454092d3/1-267; 
#=GS A0A1C3X8T3/1-267   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Rhizobium; Rhizobium lusitanum; 
#=GS A0A0B4XAJ0/1-268   AC A0A0B4XAJ0
#=GS A0A0B4XAJ0/1-268   OS Rhizobium gallicum bv. gallicum R602
#=GS A0A0B4XAJ0/1-268   DE Electron transfer flavoprotein nitrogen fixation protein FixA
#=GS A0A0B4XAJ0/1-268   DR GENE3D; 0828ad6141f958db480f464e5ab422cc/1-268; 
#=GS A0A0B4XAJ0/1-268   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Rhizobium; Rhizobium gallicum; 
#=GS F1Z3C6/7-274       AC F1Z3C6
#=GS F1Z3C6/7-274       OS Novosphingobium nitrogenifigens DSM 19370
#=GS F1Z3C6/7-274       DE Protein fixA electron transfer flavoprotein beta-subunit (Beta-ETF)
#=GS F1Z3C6/7-274       DR GENE3D; 08782ac1e3fb1cb865d8eb119b4abb74/7-274; 
#=GS F1Z3C6/7-274       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Sphingomonadales; Sphingomonadaceae; Novosphingobium; Novosphingobium nitrogenifigens; 
#=GS A0A1K1YN38/1-269   AC A0A1K1YN38
#=GS A0A1K1YN38/1-269   OS Azotobacter vinelandii
#=GS A0A1K1YN38/1-269   DE Electron transfer flavoprotein beta subunit
#=GS A0A1K1YN38/1-269   DR GENE3D; 092b8520e364caf2e33fb980894cecef/1-269; 
#=GS A0A1K1YN38/1-269   DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Azotobacter group; Azotobacter; Azotobacter vinelandii; 
#=GS M9YAN7/1-269       AC M9YAN7
#=GS M9YAN7/1-269       OS Azotobacter vinelandii CA6
#=GS M9YAN7/1-269       DE Electron transfer flavoprotein beta-subunit, FixA
#=GS M9YAN7/1-269       DR GENE3D; 092b8520e364caf2e33fb980894cecef/1-269; 
#=GS M9YAN7/1-269       DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Azotobacter group; Azotobacter; Azotobacter vinelandii; 
#=GS G6YH78/1-267       AC G6YH78
#=GS G6YH78/1-267       OS Mesorhizobium amorphae CCNWGS0123
#=GS G6YH78/1-267       DE Electron transfer flavoprotein alpha/beta-subunit
#=GS G6YH78/1-267       DR GENE3D; 0934f8b881d16e86cfccec7a9606b389/1-267; 
#=GS G6YH78/1-267       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Phyllobacteriaceae; Mesorhizobium; Mesorhizobium amorphae; 
#=GS A0A059KRA2/1-267   AC A0A059KRA2
#=GS A0A059KRA2/1-267   OS Sphaerotilus natans subsp. natans DSM 6575
#=GS A0A059KRA2/1-267   DE Electron transfer flavoprotein alpha/beta-subunit
#=GS A0A059KRA2/1-267   DR GENE3D; 0b132f06155d5c43e1880358f79f3599/1-267; 
#=GS A0A059KRA2/1-267   DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Sphaerotilus; Sphaerotilus natans; Sphaerotilus natans subsp. natans; 
#=GS A0A1N6WRH4/1-267   AC A0A1N6WRH4
#=GS A0A1N6WRH4/1-267   OS Sphaerotilus natans
#=GS A0A1N6WRH4/1-267   DE Electron transfer flavoprotein beta subunit
#=GS A0A1N6WRH4/1-267   DR GENE3D; 0b132f06155d5c43e1880358f79f3599/1-267; 
#=GS A0A1N6WRH4/1-267   DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Sphaerotilus; Sphaerotilus natans; 
#=GS A1VPP3/1-265       AC A1VPP3
#=GS A1VPP3/1-265       OS Polaromonas naphthalenivorans CJ2
#=GS A1VPP3/1-265       DE Electron transfer flavoprotein beta-subunit
#=GS A1VPP3/1-265       DR GENE3D; 0b4beccb192602f8d5ed05d53f15510f/1-265; 
#=GS A1VPP3/1-265       DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Comamonadaceae; Polaromonas; Polaromonas naphthalenivorans; 
#=GS A0A090APB3/1-269   AC A0A090APB3
#=GS A0A090APB3/1-269   OS Thioploca ingrica
#=GS A0A090APB3/1-269   DE Electron transfer flavoprotein beta subunit
#=GS A0A090APB3/1-269   DR GENE3D; 0be07b88997e1e5ab6bc9776cc3736f5/1-269; 
#=GS A0A090APB3/1-269   DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Thiotrichaceae; Thioploca; Thioploca ingrica; 
#=GS E3I3P9/1-267       AC E3I3P9
#=GS E3I3P9/1-267       OS Rhodomicrobium vannielii ATCC 17100
#=GS E3I3P9/1-267       DE Electron transfer flavoprotein alpha/beta-subunit
#=GS E3I3P9/1-267       DR GENE3D; 11f9a5bbb24e2b63fb03bd500f8a9067/1-267; 
#=GS E3I3P9/1-267       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Hyphomicrobiaceae; Rhodomicrobium; Rhodomicrobium vannielii; 
#=GS A0A037US76/1-267   AC A0A037US76
#=GS A0A037US76/1-267   OS Rhodomicrobium udaipurense JA643
#=GS A0A037US76/1-267   DE Protein fixA
#=GS A0A037US76/1-267   DR GENE3D; 11f9a5bbb24e2b63fb03bd500f8a9067/1-267; 
#=GS A0A037US76/1-267   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Hyphomicrobiaceae; Rhodomicrobium; Rhodomicrobium udaipurense; 
#=GS B8ITI3/1-269       AC B8ITI3
#=GS B8ITI3/1-269       OS Methylobacterium nodulans ORS 2060
#=GS B8ITI3/1-269       DE Electron transfer flavoprotein alpha/beta-subunit
#=GS B8ITI3/1-269       DR GENE3D; 12ca3519ffc4597f30438e22a4afcf87/1-269; 
#=GS B8ITI3/1-269       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Methylobacteriaceae; Methylobacterium; Methylobacterium nodulans; 
#=GS A0A1B1YPX4/1-268   AC A0A1B1YPX4
#=GS A0A1B1YPX4/1-268   OS Immundisolibacter cernigliae
#=GS A0A1B1YPX4/1-268   DE Nitrogen fixation protein FixA
#=GS A0A1B1YPX4/1-268   DR GENE3D; 14ed38837d26e20c7c3e0c1fa6dfbb52/1-268; 
#=GS A0A1B1YPX4/1-268   DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Immundisolibacterales; Immundisolibacteraceae; Immundisolibacter; Immundisolibacter cernigliae; 
#=GS H0TRA3/1-267       AC H0TRA3
#=GS H0TRA3/1-267       OS Bradyrhizobium sp. STM 3843
#=GS H0TRA3/1-267       DE Protein fixA electron transfer flavoprotein beta-subunit (Beta-ETF)
#=GS H0TRA3/1-267       DR GENE3D; 151dd0c92f8e5d80fe4cdcf4625a2330/1-267; 
#=GS H0TRA3/1-267       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Bradyrhizobiaceae; Bradyrhizobium; Bradyrhizobium sp. STM 3843; 
#=GS W9H0I9/1-265       AC W9H0I9
#=GS W9H0I9/1-265       OS Skermanella stibiiresistens SB22
#=GS W9H0I9/1-265       DE Protein fixA
#=GS W9H0I9/1-265       DR GENE3D; 161a593ddb858870281c59ac7963a006/1-265; 
#=GS W9H0I9/1-265       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodospirillales; Rhodospirillaceae; Skermanella; Skermanella stibiiresistens; 
#=GS F8JGZ8/1-267       AC F8JGZ8
#=GS F8JGZ8/1-267       OS Hyphomicrobium sp. MC1
#=GS F8JGZ8/1-267       DE Protein fixA
#=GS F8JGZ8/1-267       DR GENE3D; 1abcfd5cf68a4869eceb8df66016c19c/1-267; 
#=GS F8JGZ8/1-267       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Hyphomicrobiaceae; Hyphomicrobium; Hyphomicrobium sp. MC1; 
#=GS P26482/1-267       AC P26482
#=GS P26482/1-267       OS Azorhizobium caulinodans ORS 571
#=GS P26482/1-267       DE Protein FixA
#=GS P26482/1-267       DR GENE3D; 1df15e8cccfb0da33546f877635eb55c/1-267; 
#=GS P26482/1-267       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Xanthobacteraceae; Azorhizobium; Azorhizobium caulinodans; 
#=GS A0A176YQK7/1-266   AC A0A176YQK7
#=GS A0A176YQK7/1-266   OS Bradyrhizobium sp. BR 10245
#=GS A0A176YQK7/1-266   DE Nitrogen fixation protein FixA
#=GS A0A176YQK7/1-266   DR GENE3D; 1e21cf3c0b5c421eb727727a9ed30534/1-266; 
#=GS A0A176YQK7/1-266   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Bradyrhizobiaceae; Bradyrhizobium; Bradyrhizobium sp. BR 10245; 
#=GS A1Z1W2/1-267       AC A1Z1W2
#=GS A1Z1W2/1-267       OS Rhizobium leguminosarum bv. trifolii
#=GS A1Z1W2/1-267       DE Electron transfer flavoprotein beta chain
#=GS A1Z1W2/1-267       DR GENE3D; 1ff44d951776109564814f9073626285/1-267; 
#=GS A1Z1W2/1-267       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Rhizobium; Rhizobium leguminosarum; 
#=GS A0A178XXS8/1-267   AC A0A178XXS8
#=GS A0A178XXS8/1-267   OS Sinorhizobium saheli
#=GS A0A178XXS8/1-267   DE Nitrogen fixation protein FixA
#=GS A0A178XXS8/1-267   DR GENE3D; 235908722bc1871a7447c807fee8d1dd/1-267; 
#=GS A0A178XXS8/1-267   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Sinorhizobium; Sinorhizobium saheli; 
#=GS A0A0K0MDD9/1-265   AC A0A0K0MDD9
#=GS A0A0K0MDD9/1-265   OS Pseudacidovorax intermedius NH-1
#=GS A0A0K0MDD9/1-265   DE FixA
#=GS A0A0K0MDD9/1-265   DR GENE3D; 23ff969b70bac3a912313d46794a3aaa/1-265; 
#=GS A0A0K0MDD9/1-265   DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Comamonadaceae; Pseudacidovorax; Pseudacidovorax intermedius; 
#=GS A0A1A6C7S2/1-270   AC A0A1A6C7S2
#=GS A0A1A6C7S2/1-270   OS Acidihalobacter prosperus
#=GS A0A1A6C7S2/1-270   DE Electron transfer flavoprotein, beta subunit
#=GS A0A1A6C7S2/1-270   DR GENE3D; 25b3514e50693b295d73fe75c24aa034/1-270; 
#=GS A0A1A6C7S2/1-270   DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Chromatiales; Ectothiorhodospiraceae; Acidihalobacter; Acidihalobacter prosperus; 
#=GS G8QI79/1-268       AC G8QI79
#=GS G8QI79/1-268       OS Dechlorosoma suillum PS
#=GS G8QI79/1-268       DE Electron transfer flavoprotein, beta subunit
#=GS G8QI79/1-268       DR GENE3D; 27842811c15acb23d1c31f95f15f932d/1-268; 
#=GS G8QI79/1-268       DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Rhodocyclales; Rhodocyclaceae; Azospira; Azospira oryzae; 
#=GS Q13N11/1-265       AC Q13N11
#=GS Q13N11/1-265       OS Paraburkholderia xenovorans LB400
#=GS Q13N11/1-265       DE Electron transfer flavoprotein, fix A (Beta subunit)
#=GS Q13N11/1-265       DR GENE3D; 279abdd01133ea3fd395671131c6e8af/1-265; 
#=GS Q13N11/1-265       DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Paraburkholderia; Paraburkholderia xenovorans; 
#=GS A0A0C5L6D8/1-268   AC A0A0C5L6D8
#=GS A0A0C5L6D8/1-268   OS Sphingomonas hengshuiensis
#=GS A0A0C5L6D8/1-268   DE Protein fixA
#=GS A0A0C5L6D8/1-268   DR GENE3D; 2a012def910aab360e48d0e6ee6d5397/1-268; 
#=GS A0A0C5L6D8/1-268   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Sphingomonadales; Sphingomonadaceae; Sphingomonas; Sphingomonas hengshuiensis; 
#=GS A0A177PAS9/1-269   AC A0A177PAS9
#=GS A0A177PAS9/1-269   OS Methylosinus sp. R-45379
#=GS A0A177PAS9/1-269   DE Nitrogen fixation protein FixA
#=GS A0A177PAS9/1-269   DR GENE3D; 2bac9c72fb601bf436f543d63c8f3c30/1-269; 
#=GS A0A177PAS9/1-269   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Methylocystaceae; Methylosinus; Methylosinus sp. R-45379; 
#=GS A0A1C5S6E3/1-267   AC A0A1C5S6E3
#=GS A0A1C5S6E3/1-267   OS uncultured Megasphaera sp.
#=GS A0A1C5S6E3/1-267   DE Electron transfer flavoprotein small subunit
#=GS A0A1C5S6E3/1-267   DR GENE3D; 2cae190983ea87c1d0fd483e0f1e829b/1-267; 
#=GS A0A1C5S6E3/1-267   DR ORG; Bacteria; Firmicutes; Negativicutes; Veillonellales; Veillonellaceae; Megasphaera; uncultured Megasphaera sp.; 
#=GS A0A1C6E6P9/1-267   AC A0A1C6E6P9
#=GS A0A1C6E6P9/1-267   OS uncultured Ruminococcus sp.
#=GS A0A1C6E6P9/1-267   DE Electron transfer flavoprotein small subunit
#=GS A0A1C6E6P9/1-267   DR GENE3D; 2cae190983ea87c1d0fd483e0f1e829b/1-267; 
#=GS A0A1C6E6P9/1-267   DR ORG; Bacteria; Firmicutes; Clostridia; Clostridiales; Ruminococcaceae; Ruminococcus; uncultured Ruminococcus sp.; 
#=GS Q9AQ13/1-266       AC Q9AQ13
#=GS Q9AQ13/1-266       OS Bradyrhizobium sp. WM9
#=GS Q9AQ13/1-266       DE Electron-transfer flavoprotein beta-subunit
#=GS Q9AQ13/1-266       DR GENE3D; 2d0c7f36f97a6e0e85e8237d0186696e/1-266; 
#=GS Q9AQ13/1-266       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Bradyrhizobiaceae; Bradyrhizobium; Bradyrhizobium sp. WM9; 
#=GS Q20Y15/14-279      AC Q20Y15
#=GS Q20Y15/14-279      OS Rhodopseudomonas palustris BisB18
#=GS Q20Y15/14-279      DE Electron transfer flavoprotein beta-subunit
#=GS Q20Y15/14-279      DR GENE3D; 2dd65774cbb55a740b890dd97ffb30e0/14-279; 
#=GS Q20Y15/14-279      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Bradyrhizobiaceae; Rhodopseudomonas; Rhodopseudomonas palustris; 
#=GS A0A0S6WVH6/1-268   AC A0A0S6WVH6
#=GS A0A0S6WVH6/1-268   OS Novosphingobium sp. MBES04
#=GS A0A0S6WVH6/1-268   DE Electron transfer flavoprotein subunit alpha/beta
#=GS A0A0S6WVH6/1-268   DR GENE3D; 2fbaef3d1e3e1ca8599a0ba386e6cae6/1-268; 
#=GS A0A0S6WVH6/1-268   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Sphingomonadales; Sphingomonadaceae; Novosphingobium; Novosphingobium sp. MBES04; 
#=GS Q53210/1-266       AC Q53210
#=GS Q53210/1-266       OS Sinorhizobium fredii NGR234
#=GS Q53210/1-266       DE Protein FixA
#=GS Q53210/1-266       DR GENE3D; 30d47f07d0d2a35ec503bfdfcb6f8769/1-266; 
#=GS Q53210/1-266       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Sinorhizobium; Sinorhizobium fredii; 
#=GS P52040/1-259       AC P52040
#=GS P52040/1-259       OS Clostridium acetobutylicum ATCC 824
#=GS P52040/1-259       DE Electron transfer flavoprotein subunit beta
#=GS P52040/1-259       DR GENE3D; 338d7e2f14b1e75a764b7259dcf73e0d/1-259; 
#=GS P52040/1-259       DR ORG; Bacteria; Firmicutes; Clostridia; Clostridiales; Clostridiaceae; Clostridium; Clostridium acetobutylicum; 
#=GS H0PVT0/1-262       AC H0PVT0
#=GS H0PVT0/1-262       OS Azoarcus sp. KH32C
#=GS H0PVT0/1-262       DE Electron transfer flavoprotein, beta subunit
#=GS H0PVT0/1-262       DR GENE3D; 37e1ce461b05467a465a63984a3a0b7e/1-262; 
#=GS H0PVT0/1-262       DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Rhodocyclales; Rhodocyclaceae; Azoarcus; Azoarcus sp. KH32C; 
#=GS A0A1N7S860/1-269   AC A0A1N7S860
#=GS A0A1N7S860/1-269   OS Paraburkholderia ribeironis
#=GS A0A1N7S860/1-269   DE Electron transfer flavoprotein beta-subunit
#=GS A0A1N7S860/1-269   DR GENE3D; 39b693cec34312a1738fd8111c40047e/1-269; 
#=GS A0A1N7S860/1-269   DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Paraburkholderia; Paraburkholderia ribeironis; 
#=GS M5EZ44/1-266       AC M5EZ44
#=GS M5EZ44/1-266       OS Mesorhizobium metallidurans STM 2683
#=GS M5EZ44/1-266       DE Protein fixA electron transfer flavoprotein beta-subunit (Beta-ETF)
#=GS M5EZ44/1-266       DR GENE3D; 3a15d84a62846ab4f4dc5d91e4c82b43/1-266; 
#=GS M5EZ44/1-266       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Phyllobacteriaceae; Mesorhizobium; Mesorhizobium metallidurans; 
#=GS A0A163R2P0/1-266   AC A0A163R2P0
#=GS A0A163R2P0/1-266   OS Rhizobium sp. WYCCWR10015
#=GS A0A163R2P0/1-266   DE Nitrogen fixation protein FixA
#=GS A0A163R2P0/1-266   DR GENE3D; 3b22427f2cb88bd70c87afe64cfd7c9c/1-266; 
#=GS A0A163R2P0/1-266   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Rhizobium; Rhizobium sp. WYCCWR10015; 
#=GS A1Z1Y0/1-266       AC A1Z1Y0
#=GS A1Z1Y0/1-266       OS Rhizobium leguminosarum bv. trifolii
#=GS A1Z1Y0/1-266       DE Electron transfer flavoprotein beta chain
#=GS A1Z1Y0/1-266       DR GENE3D; 3b22427f2cb88bd70c87afe64cfd7c9c/1-266; 
#=GS A1Z1Y0/1-266       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Rhizobium; Rhizobium leguminosarum; 
#=GS A0A0H5BCX5/1-267   AC A0A0H5BCX5
#=GS A0A0H5BCX5/1-267   OS Blastochloris viridis
#=GS A0A0H5BCX5/1-267   DE Electron transfer flavoprotein
#=GS A0A0H5BCX5/1-267   DR GENE3D; 3eb83d86dfae482cf22b634491e395c5/1-267; 
#=GS A0A0H5BCX5/1-267   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Hyphomicrobiaceae; Blastochloris; Blastochloris viridis; 
#=GS A7IBK8/1-267       AC A7IBK8
#=GS A7IBK8/1-267       OS Xanthobacter autotrophicus Py2
#=GS A7IBK8/1-267       DE Electron transfer flavoprotein alpha/beta-subunit
#=GS A7IBK8/1-267       DR GENE3D; 3ed08a05de0b8a8c3ab939659550ed66/1-267; 
#=GS A7IBK8/1-267       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Xanthobacteraceae; Xanthobacter; Xanthobacter autotrophicus; 
#=GS H0G5D1/1-267       AC H0G5D1
#=GS H0G5D1/1-267       OS Sinorhizobium meliloti CCNWSX0020
#=GS H0G5D1/1-267       DE FixA electron transfer flavoprotein beta chain
#=GS H0G5D1/1-267       DR GENE3D; 3fae258af6a512c0fa2071f138814f6a/1-267; 
#=GS H0G5D1/1-267       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Sinorhizobium; Sinorhizobium meliloti; 
#=GS M4MFN7/1-267       AC M4MFN7
#=GS M4MFN7/1-267       OS Sinorhizobium meliloti 2011
#=GS M4MFN7/1-267       DE FixA electron transfer flavoprotein beta chain
#=GS M4MFN7/1-267       DR GENE3D; 3fae258af6a512c0fa2071f138814f6a/1-267; 
#=GS M4MFN7/1-267       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Sinorhizobium; Sinorhizobium meliloti; 
#=GS A0A0R3N3A6/1-266   AC A0A0R3N3A6
#=GS A0A0R3N3A6/1-266   OS Bradyrhizobium lablabi
#=GS A0A0R3N3A6/1-266   DE Nitrogen fixation protein FixA
#=GS A0A0R3N3A6/1-266   DR GENE3D; 3fbbba801496545f1b3943105f67bdc3/1-266; 
#=GS A0A0R3N3A6/1-266   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Bradyrhizobiaceae; Bradyrhizobium; Bradyrhizobium lablabi; 
#=GS Q9FA10/1-270       AC Q9FA10
#=GS Q9FA10/1-270       OS Gluconacetobacter diazotrophicus
#=GS Q9FA10/1-270       DE FixA
#=GS Q9FA10/1-270       DR GENE3D; 40a6e6a542ee3383465ee8ee02296601/1-270; 
#=GS Q9FA10/1-270       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodospirillales; Acetobacteraceae; Gluconacetobacter; Gluconacetobacter diazotrophicus; 
#=GS A9H5Z7/1-270       AC A9H5Z7
#=GS A9H5Z7/1-270       OS Gluconacetobacter diazotrophicus PA1 5
#=GS A9H5Z7/1-270       DE Electron transfer flavoprotein alpha/beta-subunit
#=GS A9H5Z7/1-270       DR GENE3D; 40a6e6a542ee3383465ee8ee02296601/1-270; 
#=GS A9H5Z7/1-270       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodospirillales; Acetobacteraceae; Gluconacetobacter; Gluconacetobacter diazotrophicus; 
#=GS A0A149VXY6/1-269   AC A0A149VXY6
#=GS A0A149VXY6/1-269   OS Ferrovum sp. Z-31
#=GS A0A149VXY6/1-269   DE Acryloyl-CoA reductase electron transfer subunit gamma
#=GS A0A149VXY6/1-269   DR GENE3D; 40bf2e5377c732dcbac22cc3a9b694b1/1-269; 
#=GS A0A149VXY6/1-269   DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Ferrovales; Ferrovaceae; Ferrovum; Ferrovum sp. Z-31; 
#=GS J7Q9P3/1-266       AC J7Q9P3
#=GS J7Q9P3/1-266       OS Methylocystis sp. SC2
#=GS J7Q9P3/1-266       DE Protein FixA,electron transfer flavoprotein beta-subunit (Beta-ETF)
#=GS J7Q9P3/1-266       DR GENE3D; 4192debdf49ad1b586ce2d48d39ecf09/1-266; 
#=GS J7Q9P3/1-266       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Methylocystaceae; Methylocystis; Methylocystis sp. SC2; 
#=GS B1Y709/1-267       AC B1Y709
#=GS B1Y709/1-267       OS Leptothrix cholodnii SP-6
#=GS B1Y709/1-267       DE Electron transfer flavoprotein alpha/beta-subunit
#=GS B1Y709/1-267       DR GENE3D; 41f1486d9e8442c7dc002c8423c132cd/1-267; 
#=GS B1Y709/1-267       DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Leptothrix; Leptothrix cholodnii; 
#=GS B6IXM0/1-269       AC B6IXM0
#=GS B6IXM0/1-269       OS Rhodospirillum centenum SW
#=GS B6IXM0/1-269       DE Electron transfer flavoprotein, beta subunit FixA (Essential for nitrogen fixation)
#=GS B6IXM0/1-269       DR GENE3D; 426b4ab0f1dc15be953f47dd14adf197/1-269; 
#=GS B6IXM0/1-269       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodospirillales; Rhodospirillaceae; Rhodospirillum; Rhodospirillum centenum; 
#=GS F2AGG9/1-267       AC F2AGG9
#=GS F2AGG9/1-267       OS Rhizobium etli CNPAF512
#=GS F2AGG9/1-267       DE Electron transfer flavoprotein beta subunit protein
#=GS F2AGG9/1-267       DR GENE3D; 4847dab3a03aaf7a308f919f679ea44a/1-267; 
#=GS F2AGG9/1-267       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Rhizobium; Rhizobium etli; 
#=GS A0A192M5B3/1-267   AC A0A192M5B3
#=GS A0A192M5B3/1-267   OS Rhizobium sp. N113
#=GS A0A192M5B3/1-267   DE Electron transfer flavoprotein nitrogen fixation protein FixA
#=GS A0A192M5B3/1-267   DR GENE3D; 4847dab3a03aaf7a308f919f679ea44a/1-267; 
#=GS A0A192M5B3/1-267   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Rhizobium; Rhizobium sp. N113; 
#=GS A0A192VZC4/1-267   AC A0A192VZC4
#=GS A0A192VZC4/1-267   OS Rhizobium sp. N541
#=GS A0A192VZC4/1-267   DE Electron transfer flavoprotein nitrogen fixation protein FixA
#=GS A0A192VZC4/1-267   DR GENE3D; 4847dab3a03aaf7a308f919f679ea44a/1-267; 
#=GS A0A192VZC4/1-267   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Rhizobium; Rhizobium sp. N541; 
#=GS A0A1L5PBR5/1-267   AC A0A1L5PBR5
#=GS A0A1L5PBR5/1-267   OS Rhizobium etli 8C-3
#=GS A0A1L5PBR5/1-267   DE Electron transfer flavoprotein nitrogen fixation protein FixA
#=GS A0A1L5PBR5/1-267   DR GENE3D; 4847dab3a03aaf7a308f919f679ea44a/1-267; 
#=GS A0A1L5PBR5/1-267   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Rhizobium; Rhizobium etli; 
#=GS A0A0M3GDK3/1-267   AC A0A0M3GDK3
#=GS A0A0M3GDK3/1-267   OS Rhizobium phaseoli Ch24-10
#=GS A0A0M3GDK3/1-267   DE Electron transfer flavoprotein, beta subunit
#=GS A0A0M3GDK3/1-267   DR GENE3D; 4847dab3a03aaf7a308f919f679ea44a/1-267; 
#=GS A0A0M3GDK3/1-267   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Rhizobium; Rhizobium phaseoli; 
#=GS A0A192WJB3/1-267   AC A0A192WJB3
#=GS A0A192WJB3/1-267   OS Rhizobium sp. N941
#=GS A0A192WJB3/1-267   DE Electron transfer flavoprotein nitrogen fixation protein FixA
#=GS A0A192WJB3/1-267   DR GENE3D; 4847dab3a03aaf7a308f919f679ea44a/1-267; 
#=GS A0A192WJB3/1-267   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Rhizobium; Rhizobium sp. N941; 
#=GS B3Q2S0/1-267       AC B3Q2S0
#=GS B3Q2S0/1-267       OS Rhizobium etli CIAT 652
#=GS B3Q2S0/1-267       DE Electron transfer flavoprotein, beta subunit
#=GS B3Q2S0/1-267       DR GENE3D; 4847dab3a03aaf7a308f919f679ea44a/1-267; 
#=GS B3Q2S0/1-267       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Rhizobium; Rhizobium etli; 
#=GS Q8KIN8/1-267       AC Q8KIN8
#=GS Q8KIN8/1-267       OS Rhizobium etli CFN 42
#=GS Q8KIN8/1-267       DE Electron transfer flavoprotein beta subunit protein
#=GS Q8KIN8/1-267       DR GENE3D; 4847dab3a03aaf7a308f919f679ea44a/1-267; 
#=GS Q8KIN8/1-267       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Rhizobium; Rhizobium etli; 
#=GS K0VCT0/1-267       AC K0VCT0
#=GS K0VCT0/1-267       OS Rhizobium sp. Pop5
#=GS K0VCT0/1-267       DE Electron transfer flavoprotein, beta subunit
#=GS K0VCT0/1-267       DR GENE3D; 4847dab3a03aaf7a308f919f679ea44a/1-267; 
#=GS K0VCT0/1-267       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Rhizobium; Rhizobium sp. Pop5; 
#=GS A0A192TKV8/1-267   AC A0A192TKV8
#=GS A0A192TKV8/1-267   OS Rhizobium phaseoli
#=GS A0A192TKV8/1-267   DE Electron transfer flavoprotein nitrogen fixation protein FixA
#=GS A0A192TKV8/1-267   DR GENE3D; 4847dab3a03aaf7a308f919f679ea44a/1-267; 
#=GS A0A192TKV8/1-267   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Rhizobium; Rhizobium phaseoli; 
#=GS A0A1B1UJD5/1-266   AC A0A1B1UJD5
#=GS A0A1B1UJD5/1-266   OS Bradyrhizobium icense
#=GS A0A1B1UJD5/1-266   DE Nitrogen fixation protein FixA
#=GS A0A1B1UJD5/1-266   DR GENE3D; 4c0f1f2ff0f96330a7c3cd6bab014791/1-266; 
#=GS A0A1B1UJD5/1-266   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Bradyrhizobiaceae; Bradyrhizobium; Bradyrhizobium icense; 
#=GS C8S0S0/19-287      AC C8S0S0
#=GS C8S0S0/19-287      OS Rhodobacter sp. SW2
#=GS C8S0S0/19-287      DE Electron transfer flavoprotein alpha/beta-subunit
#=GS C8S0S0/19-287      DR GENE3D; 4cdd7084f6300557ebc80e59950dd813/19-287; 
#=GS C8S0S0/19-287      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Rhodobacter; Rhodobacter sp. SW2; 
#=GS I9C876/1-265       AC I9C876
#=GS I9C876/1-265       OS Novosphingobium sp. Rr 2-17
#=GS I9C876/1-265       DE Protein fixA
#=GS I9C876/1-265       DR GENE3D; 4e4e98be180bcab5c38841c931026cae/1-265; 
#=GS I9C876/1-265       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Sphingomonadales; Sphingomonadaceae; Novosphingobium; Novosphingobium sp. Rr 2-17; 
#=GS B2IEU9/1-270       AC B2IEU9
#=GS B2IEU9/1-270       OS Beijerinckia indica subsp. indica ATCC 9039
#=GS B2IEU9/1-270       DE Electron transfer flavoprotein alpha/beta-subunit
#=GS B2IEU9/1-270       DR GENE3D; 4eaf1255551f44bd69a4611849b4a199/1-270; 
#=GS B2IEU9/1-270       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Beijerinckiaceae; Beijerinckia; Beijerinckia indica; Beijerinckia indica subsp. indica; 
#=GS H6SS67/25-293      AC H6SS67
#=GS H6SS67/25-293      OS Pararhodospirillum photometricum DSM 122
#=GS H6SS67/25-293      DE FixA
#=GS H6SS67/25-293      DR GENE3D; 4f1396eb6a2bf2772a5f319f3db033a0/25-293; 
#=GS H6SS67/25-293      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodospirillales; Rhodospirillaceae; Pararhodospirillum; Pararhodospirillum photometricum; 
#=GS A0A0E9MIZ4/1-269   AC A0A0E9MIZ4
#=GS A0A0E9MIZ4/1-269   OS Sulfuricella sp. T08
#=GS A0A0E9MIZ4/1-269   DE Protein fixA
#=GS A0A0E9MIZ4/1-269   DR GENE3D; 4f7e95b6ee02139a5c92c32d68dadf45/1-269; 
#=GS A0A0E9MIZ4/1-269   DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Sulfuricellales; Sulfuricellaceae; Sulfuricella; Sulfuricella sp. T08; 
#=GS A0A1E4QU89/1-269   AC A0A1E4QU89
#=GS A0A1E4QU89/1-269   OS Cupriavidus sp. UYMMa02A
#=GS A0A1E4QU89/1-269   DE Nitrogen fixation protein FixA
#=GS A0A1E4QU89/1-269   DR GENE3D; 5081f5cda4aa6b89d3b5950dedcc1d8d/1-269; 
#=GS A0A1E4QU89/1-269   DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Cupriavidus; Cupriavidus sp. UYMMa02A; 
#=GS V6F1D0/1-269       AC V6F1D0
#=GS V6F1D0/1-269       OS Magnetospirillum gryphiswaldense MSR-1 v2
#=GS V6F1D0/1-269       DE Protein fixA electron transfer flavoprotein beta-subunit (Beta-ETF)
#=GS V6F1D0/1-269       DR GENE3D; 5143dab0ec7607c0977b85804c4e167e/1-269; 
#=GS V6F1D0/1-269       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodospirillales; Rhodospirillaceae; Magnetospirillum; Magnetospirillum gryphiswaldense; 
#=GS W6RJL2/1-266       AC W6RJL2
#=GS W6RJL2/1-266       OS Rhizobium favelukesii
#=GS W6RJL2/1-266       DE Protein FixA
#=GS W6RJL2/1-266       DR GENE3D; 519502868ff231ef28124ead9d184583/1-266; 
#=GS W6RJL2/1-266       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Rhizobium; Rhizobium favelukesii; 
#=GS A0A1L5M4V0/1-265   AC A0A1L5M4V0
#=GS A0A1L5M4V0/1-265   OS Bradyrhizobium diazoefficiens
#=GS A0A1L5M4V0/1-265   DE Nitrogen fixation protein FixA
#=GS A0A1L5M4V0/1-265   DR GENE3D; 51b12ade3266c40722fe99c006380e56/1-265; 
#=GS A0A1L5M4V0/1-265   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Bradyrhizobiaceae; Bradyrhizobium; Bradyrhizobium diazoefficiens; 
#=GS A0A0M9B640/1-265   AC A0A0M9B640
#=GS A0A0M9B640/1-265   OS Bradyrhizobium japonicum
#=GS A0A0M9B640/1-265   DE Nitrogen fixation protein FixA
#=GS A0A0M9B640/1-265   DR GENE3D; 51b12ade3266c40722fe99c006380e56/1-265; 
#=GS A0A0M9B640/1-265   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Bradyrhizobiaceae; Bradyrhizobium; Bradyrhizobium japonicum; 
#=GS G7DCV3/1-265       AC G7DCV3
#=GS G7DCV3/1-265       OS Bradyrhizobium japonicum USDA 6
#=GS G7DCV3/1-265       DE Electron transfer flavoprotein beta chain
#=GS G7DCV3/1-265       DR GENE3D; 51b12ade3266c40722fe99c006380e56/1-265; 
#=GS G7DCV3/1-265       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Bradyrhizobiaceae; Bradyrhizobium; Bradyrhizobium japonicum; 
#=GS A0A023X8K8/1-265   AC A0A023X8K8
#=GS A0A023X8K8/1-265   OS Bradyrhizobium japonicum SEMIA 5079
#=GS A0A023X8K8/1-265   DE FixA protein
#=GS A0A023X8K8/1-265   DR GENE3D; 51b12ade3266c40722fe99c006380e56/1-265; 
#=GS A0A023X8K8/1-265   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Bradyrhizobiaceae; Bradyrhizobium; Bradyrhizobium japonicum; 
#=GS A0A191ZEI5/1-269   AC A0A191ZEI5
#=GS A0A191ZEI5/1-269   OS Halothiobacillus sp. LS2
#=GS A0A191ZEI5/1-269   DE Nitrogen fixation protein FixA
#=GS A0A191ZEI5/1-269   DR GENE3D; 54ba730bf556d63d8d5a1030fdda3fb3/1-269; 
#=GS A0A191ZEI5/1-269   DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Chromatiales; Halothiobacillaceae; Halothiobacillus; Halothiobacillus sp. LS2; 
#=GS A0A1E3VNG7/1-267   AC A0A1E3VNG7
#=GS A0A1E3VNG7/1-267   OS Methyloceanibacter stevinii
#=GS A0A1E3VNG7/1-267   DE Nitrogen fixation protein FixA
#=GS A0A1E3VNG7/1-267   DR GENE3D; 54bbd48ee06966ea9a957dec0d76995c/1-267; 
#=GS A0A1E3VNG7/1-267   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Methyloceanibacter; Methyloceanibacter stevinii; 
#=GS A0A0D6B117/29-297  AC A0A0D6B117
#=GS A0A0D6B117/29-297  OS Rhodovulum sulfidophilum
#=GS A0A0D6B117/29-297  DE FixA electron transfer protein
#=GS A0A0D6B117/29-297  DR GENE3D; 57d89554ea8f42ad97ba83e1735ff276/29-297; 
#=GS A0A0D6B117/29-297  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Rhodovulum; Rhodovulum sulfidophilum; 
#=GS A0A095EV47/1-269   AC A0A095EV47
#=GS A0A095EV47/1-269   OS Rhodovulum sp. NI22
#=GS A0A095EV47/1-269   DE Protein fixA
#=GS A0A095EV47/1-269   DR GENE3D; 58295b644030950cc6a0c2f7ecdfa0de/1-269; 
#=GS A0A095EV47/1-269   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Rhodovulum; Rhodovulum sp. NI22; 
#=GS P97089/1-258       AC P97089
#=GS P97089/1-258       OS Thermoanaerobacterium thermosaccharolyticum DSM 571
#=GS P97089/1-258       DE Electron transfer flavoprotein subunit beta
#=GS P97089/1-258       DR GENE3D; 58609a9a5262be6a090974b8da9b9daa/1-258; 
#=GS P97089/1-258       DR ORG; Bacteria; Firmicutes; Clostridia; Thermoanaerobacterales; Thermoanaerobacterales Family III. Incertae Sedis; Thermoanaerobacterium; Thermoanaerobacterium thermosaccharolyticum; 
#=GS A0A1J5Q8W6/1-269   AC A0A1J5Q8W6
#=GS A0A1J5Q8W6/1-269   OS mine drainage metagenome
#=GS A0A1J5Q8W6/1-269   DE Acryloyl-CoA reductase electron transfer subunit gamma
#=GS A0A1J5Q8W6/1-269   DR GENE3D; 58a0821a42c12a0c3e79c0a99bb51553/1-269; 
#=GS A0A1J5Q8W6/1-269   DR ORG; mine drainage metagenome; 
#=GS A0A1D8KCD6/1-269   AC A0A1D8KCD6
#=GS A0A1D8KCD6/1-269   OS Acidihalobacter prosperus
#=GS A0A1D8KCD6/1-269   DE Nitrogen fixation protein FixA
#=GS A0A1D8KCD6/1-269   DR GENE3D; 596c608507f1d957f57625c2ee44f1bb/1-269; 
#=GS A0A1D8KCD6/1-269   DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Chromatiales; Ectothiorhodospiraceae; Acidihalobacter; Acidihalobacter prosperus; 
#=GS J0W6G5/1-266       AC J0W6G5
#=GS J0W6G5/1-266       OS Rhizobium leguminosarum bv. trifolii WSM2297
#=GS J0W6G5/1-266       DE Electron transfer flavoprotein, beta subunit
#=GS J0W6G5/1-266       DR GENE3D; 5b0f29e16fca0d2b428e56d3c9ffe448/1-266; 
#=GS J0W6G5/1-266       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Rhizobium; Rhizobium leguminosarum; 
#=GS I8RJX0/1-261       AC I8RJX0
#=GS I8RJX0/1-261       OS Pelosinus fermentans B4
#=GS I8RJX0/1-261       DE Electron transfer flavoprotein alpha/beta-subunit
#=GS I8RJX0/1-261       DR GENE3D; 5e16b31ef9b3c5a2dac514f5c721697a/1-261; 
#=GS I8RJX0/1-261       DR ORG; Bacteria; Firmicutes; Negativicutes; Selenomonadales; Sporomusaceae; Pelosinus; Pelosinus fermentans; 
#=GS A0A125RGW2/1-265   AC A0A125RGW2
#=GS A0A125RGW2/1-265   OS Burkholderia sp. CCGE1001
#=GS A0A125RGW2/1-265   DE Electron transfer flavoprotein, beta subunit
#=GS A0A125RGW2/1-265   DR GENE3D; 609e10302781981e709c55c65df7a17f/1-265; 
#=GS A0A125RGW2/1-265   DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia sp. CCGE1001; 
#=GS A5ENS1/1-267       AC A5ENS1
#=GS A5ENS1/1-267       OS Bradyrhizobium sp. BTAi1
#=GS A5ENS1/1-267       DE Protein fixA
#=GS A5ENS1/1-267       DR GENE3D; 6656a3770509d61dfd18be49404ca00d/1-267; 
#=GS A5ENS1/1-267       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Bradyrhizobiaceae; Bradyrhizobium; Bradyrhizobium sp. BTAi1; 
#=GS P53576/1-269       AC P53576
#=GS P53576/1-269       OS Azotobacter vinelandii
#=GS P53576/1-269       DE Protein FixA
#=GS P53576/1-269       DR GENE3D; 67153bebb4937537eead4f99c6a89f7c/1-269; 
#=GS P53576/1-269       DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pseudomonadales; Pseudomonadaceae; Azotobacter group; Azotobacter; Azotobacter vinelandii; 
#=GS A0A1B4LH84/1-264   AC A0A1B4LH84
#=GS A0A1B4LH84/1-264   OS Burkholderia ubonensis
#=GS A0A1B4LH84/1-264   DE Nitrogen fixation protein FixA
#=GS A0A1B4LH84/1-264   DR GENE3D; 6ba5c356f36a6a2232bad0bd7da717ba/1-264; 
#=GS A0A1B4LH84/1-264   DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia ubonensis; 
#=GS A0A132D6K9/1-264   AC A0A132D6K9
#=GS A0A132D6K9/1-264   OS Burkholderia vietnamiensis
#=GS A0A132D6K9/1-264   DE Nitrogen fixation protein FixA
#=GS A0A132D6K9/1-264   DR GENE3D; 6ba5c356f36a6a2232bad0bd7da717ba/1-264; 
#=GS A0A132D6K9/1-264   DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia vietnamiensis; 
#=GS A4JRK6/1-264       AC A4JRK6
#=GS A4JRK6/1-264       OS Burkholderia vietnamiensis G4
#=GS A4JRK6/1-264       DE Electron transfer flavoprotein beta-subunit
#=GS A4JRK6/1-264       DR GENE3D; 6ba5c356f36a6a2232bad0bd7da717ba/1-264; 
#=GS A4JRK6/1-264       DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia vietnamiensis; 
#=GS H0PU49/1-268       AC H0PU49
#=GS H0PU49/1-268       OS Azoarcus sp. KH32C
#=GS H0PU49/1-268       DE Electron transfer flavoprotein, beta subunit
#=GS H0PU49/1-268       DR GENE3D; 6c93bdd47b3ce3a75916786384087e01/1-268; 
#=GS H0PU49/1-268       DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Rhodocyclales; Rhodocyclaceae; Azoarcus; Azoarcus sp. KH32C; 
#=GS A0A1A5SC82/1-266   AC A0A1A5SC82
#=GS A0A1A5SC82/1-266   OS Mesorhizobium sp. WSM1497
#=GS A0A1A5SC82/1-266   DE Nitrogen fixation protein FixA
#=GS A0A1A5SC82/1-266   DR GENE3D; 6c96c5381da324f9da1903d0ddeb1367/1-266; 
#=GS A0A1A5SC82/1-266   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Phyllobacteriaceae; Mesorhizobium; Mesorhizobium sp. WSM1497; 
#=GS F7Y553/1-266       AC F7Y553
#=GS F7Y553/1-266       OS Mesorhizobium opportunistum WSM2075
#=GS F7Y553/1-266       DE Electron transfer flavoprotein alpha/beta-subunit
#=GS F7Y553/1-266       DR GENE3D; 6c96c5381da324f9da1903d0ddeb1367/1-266; 
#=GS F7Y553/1-266       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Phyllobacteriaceae; Mesorhizobium; Mesorhizobium opportunistum; 
#=GS L0KTT9/1-266       AC L0KTT9
#=GS L0KTT9/1-266       OS Mesorhizobium australicum WSM2073
#=GS L0KTT9/1-266       DE Electron transfer flavoprotein, beta subunit
#=GS L0KTT9/1-266       DR GENE3D; 6c96c5381da324f9da1903d0ddeb1367/1-266; 
#=GS L0KTT9/1-266       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Phyllobacteriaceae; Mesorhizobium; Mesorhizobium australicum; 
#=GS E8TIQ3/1-266       AC E8TIQ3
#=GS E8TIQ3/1-266       OS Mesorhizobium ciceri biovar biserrulae WSM1271
#=GS E8TIQ3/1-266       DE Electron transfer flavoprotein alpha/beta-subunit
#=GS E8TIQ3/1-266       DR GENE3D; 6c96c5381da324f9da1903d0ddeb1367/1-266; 
#=GS E8TIQ3/1-266       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Phyllobacteriaceae; Mesorhizobium; Mesorhizobium ciceri; 
#=GS G8QFW5/1-268       AC G8QFW5
#=GS G8QFW5/1-268       OS Dechlorosoma suillum PS
#=GS G8QFW5/1-268       DE Electron transfer flavoprotein, beta subunit
#=GS G8QFW5/1-268       DR GENE3D; 6d33bfa2d0f7e2d26c638c90deef11cb/1-268; 
#=GS G8QFW5/1-268       DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Rhodocyclales; Rhodocyclaceae; Azospira; Azospira oryzae; 
#=GS A0A1E4JX37/1-269   AC A0A1E4JX37
#=GS A0A1E4JX37/1-269   OS Thiobacillus sp. SCN 62-729
#=GS A0A1E4JX37/1-269   DE Nitrogen fixation protein FixA
#=GS A0A1E4JX37/1-269   DR GENE3D; 6e9a6e9ddf597861c36efcc45db94d1d/1-269; 
#=GS A0A1E4JX37/1-269   DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Hydrogenophilales; Hydrogenophilaceae; Thiobacillus; Thiobacillus sp. SCN 62-729; 
#=GS A0A0P6VS84/1-268   AC A0A0P6VS84
#=GS A0A0P6VS84/1-268   OS Prosthecomicrobium hirschii
#=GS A0A0P6VS84/1-268   DE Nitrogen fixation protein FixA
#=GS A0A0P6VS84/1-268   DR GENE3D; 70a3cb9d352968e6d87bfe7b9a82d01b/1-268; 
#=GS A0A0P6VS84/1-268   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Hyphomicrobiaceae; Prosthecomicrobium; Prosthecomicrobium hirschii; 
#=GS A0A0A1H5C6/1-269   AC A0A0A1H5C6
#=GS A0A0A1H5C6/1-269   OS Burkholderiales bacterium GJ-E10
#=GS A0A0A1H5C6/1-269   DE Electron transfer flavoprotein subunit beta
#=GS A0A0A1H5C6/1-269   DR GENE3D; 7146fe7ce5355c4f66374a49fca1b4ee/1-269; 
#=GS A0A0A1H5C6/1-269   DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiales bacterium GJ-E10; 
#=GS B6A0Y5/1-269       AC B6A0Y5
#=GS B6A0Y5/1-269       OS Rhizobium leguminosarum bv. trifolii WSM2304
#=GS B6A0Y5/1-269       DE Electron transfer flavoprotein alpha/beta-subunit
#=GS B6A0Y5/1-269       DR GENE3D; 7162416b6b7a935a25dec0d0ff2d798e/1-269; 
#=GS B6A0Y5/1-269       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Rhizobium; Rhizobium leguminosarum; 
#=GS D3GDJ5/1-272       AC D3GDJ5
#=GS D3GDJ5/1-272       OS Rhizobium leguminosarum bv. viciae
#=GS D3GDJ5/1-272       DE FixA electron transfer protein
#=GS D3GDJ5/1-272       DR GENE3D; 732ef067fe1bc7dfc121fc3e9be7ba96/1-272; 
#=GS D3GDJ5/1-272       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Rhizobium; Rhizobium leguminosarum; 
#=GS A0A1D2SES7/1-269   AC A0A1D2SES7
#=GS A0A1D2SES7/1-269   OS Lautropia sp. SCN 69-89
#=GS A0A1D2SES7/1-269   DE Nitrogen fixation protein FixA
#=GS A0A1D2SES7/1-269   DR GENE3D; 7749c62fdb67611328d515b1a35b3ac7/1-269; 
#=GS A0A1D2SES7/1-269   DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Lautropia; Lautropia sp. SCN 69-89; 
#=GS H5Y7H8/1-266       AC H5Y7H8
#=GS H5Y7H8/1-266       OS Bradyrhizobium sp. WSM471
#=GS H5Y7H8/1-266       DE Electron transfer flavoprotein, beta subunit
#=GS H5Y7H8/1-266       DR GENE3D; 7758de3feb24bc54d028c24292613a5a/1-266; 
#=GS H5Y7H8/1-266       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Bradyrhizobiaceae; Bradyrhizobium; Bradyrhizobium sp. WSM471; 
#=GS K0E266/1-265       AC K0E266
#=GS K0E266/1-265       OS Paraburkholderia phenoliruptrix BR3459a
#=GS K0E266/1-265       DE Electron transfer flavoprotein beta subunit
#=GS K0E266/1-265       DR GENE3D; 796e462f4a1a9ceb23a121e502cc492c/1-265; 
#=GS K0E266/1-265       DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Paraburkholderia; Paraburkholderia phenoliruptrix; 
#=GS B2JYB7/1-265       AC B2JYB7
#=GS B2JYB7/1-265       OS Paraburkholderia phymatum STM815
#=GS B2JYB7/1-265       DE Electron transfer flavoprotein alpha/beta-subunit
#=GS B2JYB7/1-265       DR GENE3D; 796e462f4a1a9ceb23a121e502cc492c/1-265; 
#=GS B2JYB7/1-265       DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Paraburkholderia; Paraburkholderia phymatum; 
#=GS U4Q3Y3/1-267       AC U4Q3Y3
#=GS U4Q3Y3/1-267       OS Rhizobium sp. IRBG74
#=GS U4Q3Y3/1-267       DE Protein fixA electron transfer flavoprotein beta-subunit (Beta-ETF)
#=GS U4Q3Y3/1-267       DR GENE3D; 7c51b4f31cd3df5ce8e2892ee7fcce52/1-267; 
#=GS U4Q3Y3/1-267       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Rhizobium; Rhizobium sp. IRBG74; 
#=GS M5ALH6/1-270       AC M5ALH6
#=GS M5ALH6/1-270       OS Mesorhizobium loti
#=GS M5ALH6/1-270       DE Nitrogen fixation protein FixA
#=GS M5ALH6/1-270       DR GENE3D; 8418a7f0adc9a726a49a5b070a22af58/1-270; 
#=GS M5ALH6/1-270       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Phyllobacteriaceae; Mesorhizobium; Mesorhizobium loti; 
#=GS X6FXH0/1-267       AC X6FXH0
#=GS X6FXH0/1-267       OS Mesorhizobium sp. L48C026A00
#=GS X6FXH0/1-267       DE Protein fixA
#=GS X6FXH0/1-267       DR GENE3D; 86d90170e3e6819a6ec529eed9007059/1-267; 
#=GS X6FXH0/1-267       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Phyllobacteriaceae; Mesorhizobium; Mesorhizobium sp. L48C026A00; 
#=GS A0A1E3VHI2/1-267   AC A0A1E3VHI2
#=GS A0A1E3VHI2/1-267   OS Ensifer sp. YIC4027
#=GS A0A1E3VHI2/1-267   DE Nitrogen fixation protein FixA
#=GS A0A1E3VHI2/1-267   DR GENE3D; 8a1920eee511a0278a6a3c48763adfd0/1-267; 
#=GS A0A1E3VHI2/1-267   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Ensifer; Ensifer sp. YIC4027; 
#=GS A0A063BIH1/1-265   AC A0A063BIH1
#=GS A0A063BIH1/1-265   OS Burkholderia sp. lig30
#=GS A0A063BIH1/1-265   DE Electron transfer flavoprotein alpha/beta-subunit
#=GS A0A063BIH1/1-265   DR GENE3D; 8de3202d917b7ac778b6ab7ef2c12a45/1-265; 
#=GS A0A063BIH1/1-265   DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia sp. lig30; 
#=GS B2AIY6/1-269       AC B2AIY6
#=GS B2AIY6/1-269       OS Cupriavidus taiwanensis LMG 19424
#=GS B2AIY6/1-269       DE Electron transfer flavoprotein beta-subunit
#=GS B2AIY6/1-269       DR GENE3D; 8e8d00f6b5b4281c36d96096fe79dc4f/1-269; 
#=GS B2AIY6/1-269       DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Cupriavidus; Cupriavidus taiwanensis; 
#=GS B7JA57/1-268       AC B7JA57
#=GS B7JA57/1-268       OS Acidithiobacillus ferrooxidans ATCC 23270
#=GS B7JA57/1-268       DE Electron transfer flavoprotein, beta subunit
#=GS B7JA57/1-268       DR GENE3D; 9280e8240c9556acfb54efc901bd2b4c/1-268; 
#=GS B7JA57/1-268       DR ORG; Bacteria; Proteobacteria; Acidithiobacillia; Acidithiobacillales; Acidithiobacillaceae; Acidithiobacillus; Acidithiobacillus ferrooxidans; 
#=GS B5EQT4/1-268       AC B5EQT4
#=GS B5EQT4/1-268       OS Acidithiobacillus ferrooxidans ATCC 53993
#=GS B5EQT4/1-268       DE Electron transfer flavoprotein alpha/beta-subunit
#=GS B5EQT4/1-268       DR GENE3D; 9280e8240c9556acfb54efc901bd2b4c/1-268; 
#=GS B5EQT4/1-268       DR ORG; Bacteria; Proteobacteria; Acidithiobacillia; Acidithiobacillales; Acidithiobacillaceae; Acidithiobacillus; Acidithiobacillus ferrooxidans; 
#=GS J0C7S6/78-344      AC J0C7S6
#=GS J0C7S6/78-344      OS Rhizobium leguminosarum bv. trifolii WSM2012
#=GS J0C7S6/78-344      DE Electron transfer flavoprotein, beta subunit
#=GS J0C7S6/78-344      DR GENE3D; 967ecc08d858b01eda3b1d8c81b1f14d/78-344; 
#=GS J0C7S6/78-344      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Rhizobium; Rhizobium leguminosarum; 
#=GS A0A150ZED1/1-266   AC A0A150ZED1
#=GS A0A150ZED1/1-266   OS Bradyrhizobium sp. DOA1
#=GS A0A150ZED1/1-266   DE Protein fixA
#=GS A0A150ZED1/1-266   DR GENE3D; 96f20cd35dd2a2847866551c09680743/1-266; 
#=GS A0A150ZED1/1-266   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Bradyrhizobiaceae; Bradyrhizobium; Bradyrhizobium sp. DOA1; 
#=GS A0A0B1ZNE0/1-269   AC A0A0B1ZNE0
#=GS A0A0B1ZNE0/1-269   OS Novosphingobium malaysiense
#=GS A0A0B1ZNE0/1-269   DE Protein fixA
#=GS A0A0B1ZNE0/1-269   DR GENE3D; 978b28d0f96ee1176cd60d0a24865470/1-269; 
#=GS A0A0B1ZNE0/1-269   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Sphingomonadales; Sphingomonadaceae; Novosphingobium; Novosphingobium malaysiense; 
#=GS D5WN32/1-256       AC D5WN32
#=GS D5WN32/1-256       OS Burkholderia sp. CCGE1002
#=GS D5WN32/1-256       DE Electron transfer flavoprotein alpha/beta-subunit
#=GS D5WN32/1-256       DR GENE3D; 9a24844656450bc9626199aa9ac2a3e0/1-256; 
#=GS D5WN32/1-256       DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia sp. CCGE1002; 
#=GS Q07HZ6/1-266       AC Q07HZ6
#=GS Q07HZ6/1-266       OS Rhodopseudomonas palustris BisA53
#=GS Q07HZ6/1-266       DE Electron transfer flavoprotein beta-subunit
#=GS Q07HZ6/1-266       DR GENE3D; 9cece7e57f46ebb2172ab1622bddba36/1-266; 
#=GS Q07HZ6/1-266       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Bradyrhizobiaceae; Rhodopseudomonas; Rhodopseudomonas palustris; 
#=GS G1Y3Z3/1-265       AC G1Y3Z3
#=GS G1Y3Z3/1-265       OS Nitrospirillum amazonense Y2
#=GS G1Y3Z3/1-265       DE Electron transfer flavoprotein alpha/beta-subunit
#=GS G1Y3Z3/1-265       DR GENE3D; 9d30b64111d70b16d636ddb3dac189a6/1-265; 
#=GS G1Y3Z3/1-265       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodospirillales; Rhodospirillaceae; Nitrospirillum; Nitrospirillum amazonense; 
#=GS V7F7Q1/1-267       AC V7F7Q1
#=GS V7F7Q1/1-267       OS Mesorhizobium sp. LSHC420B00
#=GS V7F7Q1/1-267       DE Protein fixA
#=GS V7F7Q1/1-267       DR GENE3D; a64da78a2737642b7f0a351a30b9ad55/1-267; 
#=GS V7F7Q1/1-267       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Phyllobacteriaceae; Mesorhizobium; Mesorhizobium sp. LSHC420B00; 
#=GS J6IZJ7/1-270       AC J6IZJ7
#=GS J6IZJ7/1-270       OS Rhodovulum sp. PH10
#=GS J6IZJ7/1-270       DE Electron transfer flavoprotein, beta subunit
#=GS J6IZJ7/1-270       DR GENE3D; a701b809d592ffe84b0824395cf400a3/1-270; 
#=GS J6IZJ7/1-270       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Rhodovulum; Rhodovulum sp. PH10; 
#=GS E6QHC9/1-269       AC E6QHC9
#=GS E6QHC9/1-269       OS mine drainage metagenome
#=GS E6QHC9/1-269       DE Protein fixA
#=GS E6QHC9/1-269       DR GENE3D; ab057c347fe97ac68005458b35f4257d/1-269; 
#=GS E6QHC9/1-269       DR ORG; mine drainage metagenome; 
#=GS Q05559/1-265       AC Q05559
#=GS Q05559/1-265       OS Rhizobium leguminosarum bv. phaseoli
#=GS Q05559/1-265       DE Protein FixA
#=GS Q05559/1-265       DR GENE3D; ab54b9b2f6bad0593c0d2b8f9c05a733/1-265; 
#=GS Q05559/1-265       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Rhizobium; Rhizobium leguminosarum; 
#=GS A4YYT9/1-267       AC A4YYT9
#=GS A4YYT9/1-267       OS Bradyrhizobium sp. ORS 278
#=GS A4YYT9/1-267       DE Protein fixA electron transfer flavoprotein beta-subunit (Beta-ETF)
#=GS A4YYT9/1-267       DR GENE3D; ae52dfbaaed8c4d1ce5699dea28efacf/1-267; 
#=GS A4YYT9/1-267       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Bradyrhizobiaceae; Bradyrhizobium; Bradyrhizobium sp. ORS 278; 
#=GS X6D6E4/1-267       AC X6D6E4
#=GS X6D6E4/1-267       OS Mesorhizobium sp. LNHC252B00
#=GS X6D6E4/1-267       DE Protein fixA
#=GS X6D6E4/1-267       DR GENE3D; b00fd468b7054e8f1bdd0aabe1b2ebed/1-267; 
#=GS X6D6E4/1-267       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Phyllobacteriaceae; Mesorhizobium; Mesorhizobium sp. LNHC252B00; 
#=GS A0A061M5D9/1-266   AC A0A061M5D9
#=GS A0A061M5D9/1-266   OS Bradyrhizobium sp. DOA9
#=GS A0A061M5D9/1-266   DE FIXA protein
#=GS A0A061M5D9/1-266   DR GENE3D; b1e3ab04c7d40ed7c32e2487e74abde3/1-266; 
#=GS A0A061M5D9/1-266   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Bradyrhizobiaceae; Bradyrhizobium; Bradyrhizobium sp. DOA9; 
#=GS A0A0R3DPS9/1-266   AC A0A0R3DPS9
#=GS A0A0R3DPS9/1-266   OS Bradyrhizobium manausense
#=GS A0A0R3DPS9/1-266   DE Nitrogen fixation protein FixA
#=GS A0A0R3DPS9/1-266   DR GENE3D; b26ef055360d889a62cf655f41b703e1/1-266; 
#=GS A0A0R3DPS9/1-266   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Bradyrhizobiaceae; Bradyrhizobium; Bradyrhizobium manausense; 
#=GS A0A0D2VXF5/1-264   AC A0A0D2VXF5
#=GS A0A0D2VXF5/1-264   OS Skermanella aerolata KACC 11604
#=GS A0A0D2VXF5/1-264   DE Protein fixA
#=GS A0A0D2VXF5/1-264   DR GENE3D; ba60fa1f1a702a65e827941e597f84ca/1-264; 
#=GS A0A0D2VXF5/1-264   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodospirillales; Rhodospirillaceae; Skermanella; Skermanella aerolata; 
#=GS I4Z477/1-268       AC I4Z477
#=GS I4Z477/1-268       OS Microvirga lotononidis
#=GS I4Z477/1-268       DE Electron transfer flavoprotein, beta subunit
#=GS I4Z477/1-268       DR GENE3D; baeac11d4369c36f6dc00792f7f4e86b/1-268; 
#=GS I4Z477/1-268       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Methylobacteriaceae; Microvirga; Microvirga lotononidis; 
#=GS A0A0D7DXP6/1-266   AC A0A0D7DXP6
#=GS A0A0D7DXP6/1-266   OS Rhodopseudomonas palustris
#=GS A0A0D7DXP6/1-266   DE Protein fixA
#=GS A0A0D7DXP6/1-266   DR GENE3D; bbaa715e27b28a757dc3baf1613a839f/1-266; 
#=GS A0A0D7DXP6/1-266   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Bradyrhizobiaceae; Rhodopseudomonas; Rhodopseudomonas palustris; 
#=GS A0A090F007/1-268   AC A0A090F007
#=GS A0A090F007/1-268   OS Mesorhizobium plurifarium
#=GS A0A090F007/1-268   DE Protein fixA electron transfer flavoprotein beta-subunit (Beta-ETF)
#=GS A0A090F007/1-268   DR GENE3D; c0e6cd2107f5897bfd8213e286b5029e/1-268; 
#=GS A0A090F007/1-268   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Phyllobacteriaceae; Mesorhizobium; Mesorhizobium plurifarium; 
#=GS A0A090F3H7/1-268   AC A0A090F3H7
#=GS A0A090F3H7/1-268   OS Mesorhizobium sp. SOD10
#=GS A0A090F3H7/1-268   DE Protein fixA electron transfer flavoprotein beta-subunit (Beta-ETF)
#=GS A0A090F3H7/1-268   DR GENE3D; c0e6cd2107f5897bfd8213e286b5029e/1-268; 
#=GS A0A090F3H7/1-268   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Phyllobacteriaceae; Mesorhizobium; Mesorhizobium sp. SOD10; 
#=GS A0A060UP70/1-268   AC A0A060UP70
#=GS A0A060UP70/1-268   OS Acidithiobacillus ferrivorans
#=GS A0A060UP70/1-268   DE Protein FixA
#=GS A0A060UP70/1-268   DR GENE3D; c7e5d5422949896f770e7ef2aea746dd/1-268; 
#=GS A0A060UP70/1-268   DR ORG; Bacteria; Proteobacteria; Acidithiobacillia; Acidithiobacillales; Acidithiobacillaceae; Acidithiobacillus; Acidithiobacillus ferrivorans; 
#=GS A0A0N7FX53/1-269   AC A0A0N7FX53
#=GS A0A0N7FX53/1-269   OS Confluentimicrobium sp. EMB200-NS6
#=GS A0A0N7FX53/1-269   DE Protein fixA
#=GS A0A0N7FX53/1-269   DR GENE3D; c7ef9a1e62893e2d962595301ef6333c/1-269; 
#=GS A0A0N7FX53/1-269   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Confluentimicrobium; Confluentimicrobium sp. EMB200-NS6; 
#=GS A0A1A6FRA5/1-269   AC A0A1A6FRA5
#=GS A0A1A6FRA5/1-269   OS Methylosinus sp. 3S-1
#=GS A0A1A6FRA5/1-269   DE Nitrogen fixation protein FixA
#=GS A0A1A6FRA5/1-269   DR GENE3D; c80020de91a9846a22229d12857fc37e/1-269; 
#=GS A0A1A6FRA5/1-269   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Methylocystaceae; Methylosinus; Methylosinus sp. 3S-1; 
#=GS G8AJR0/1-264       AC G8AJR0
#=GS G8AJR0/1-264       OS Azospirillum brasilense Sp245
#=GS G8AJR0/1-264       DE Electron transfer flavoprotein beta subunit
#=GS G8AJR0/1-264       DR GENE3D; ca4a89f9608df4d7d52b57ee5c31c51d/1-264; 
#=GS G8AJR0/1-264       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodospirillales; Rhodospirillaceae; Azospirillum; Azospirillum brasilense; 
#=GS A0A109JTK5/1-266   AC A0A109JTK5
#=GS A0A109JTK5/1-266   OS Bradyrhizobium sp. BR 10303
#=GS A0A109JTK5/1-266   DE Nitrogen fixation protein FixA
#=GS A0A109JTK5/1-266   DR GENE3D; ca4bb21225e9420b7b368d93f69e70b0/1-266; 
#=GS A0A109JTK5/1-266   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Bradyrhizobiaceae; Bradyrhizobium; Bradyrhizobium sp. BR 10303; 
#=GS A0A1J5TAC9/1-265   AC A0A1J5TAC9
#=GS A0A1J5TAC9/1-265   OS mine drainage metagenome
#=GS A0A1J5TAC9/1-265   DE Acryloyl-CoA reductase electron transfer subunit gamma
#=GS A0A1J5TAC9/1-265   DR GENE3D; cb92caa304986a2121d88331c3d9bb29/1-265; 
#=GS A0A1J5TAC9/1-265   DR ORG; mine drainage metagenome; 
#=GS A0A1J5PVQ0/1-265   AC A0A1J5PVQ0
#=GS A0A1J5PVQ0/1-265   OS mine drainage metagenome
#=GS A0A1J5PVQ0/1-265   DE Acryloyl-CoA reductase electron transfer subunit gamma
#=GS A0A1J5PVQ0/1-265   DR GENE3D; cc533e388c11e276276cad2baa910ede/1-265; 
#=GS A0A1J5PVQ0/1-265   DR ORG; mine drainage metagenome; 
#=GS I0HXB1/1-269       AC I0HXB1
#=GS I0HXB1/1-269       OS Rubrivivax gelatinosus IL144
#=GS I0HXB1/1-269       DE Putative electron transfer flavoprotein beta-subunit FixA
#=GS I0HXB1/1-269       DR GENE3D; cdfb992ceb06c15a91cfaad1156fca3a/1-269; 
#=GS I0HXB1/1-269       DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Rubrivivax; Rubrivivax gelatinosus; 
#=GS A0A0F2RCS2/1-268   AC A0A0F2RCS2
#=GS A0A0F2RCS2/1-268   OS Rhodospirillaceae bacterium BRH_c57
#=GS A0A0F2RCS2/1-268   DE Protein fixA
#=GS A0A0F2RCS2/1-268   DR GENE3D; d0ef2114670bad5702464bb177f84b98/1-268; 
#=GS A0A0F2RCS2/1-268   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodospirillales; Rhodospirillaceae; Rhodospirillaceae bacterium BRH_c57; 
#=GS H5WW19/1-269       AC H5WW19
#=GS H5WW19/1-269       OS Burkholderiales bacterium JOSHI_001
#=GS H5WW19/1-269       DE Electron transfer flavoprotein, beta subunit
#=GS H5WW19/1-269       DR GENE3D; d3cb407a1078e5dd94a70734b3f2aeb3/1-269; 
#=GS H5WW19/1-269       DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiales bacterium JOSHI_001; 
#=GS A0A125RGH6/1-269   AC A0A125RGH6
#=GS A0A125RGH6/1-269   OS Burkholderia sp. CCGE1001
#=GS A0A125RGH6/1-269   DE Electron transfer flavoprotein, beta subunit
#=GS A0A125RGH6/1-269   DR GENE3D; d735125b62aa21ae6c700c5adb149a4e/1-269; 
#=GS A0A125RGH6/1-269   DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia sp. CCGE1001; 
#=GS A0A0X8CQ78/1-266   AC A0A0X8CQ78
#=GS A0A0X8CQ78/1-266   OS Bradyrhizobium sp. CCGE-LA001
#=GS A0A0X8CQ78/1-266   DE Nitrogen fixation protein FixA
#=GS A0A0X8CQ78/1-266   DR GENE3D; d8c5569ac3d458c7112eb3a48c496979/1-266; 
#=GS A0A0X8CQ78/1-266   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Bradyrhizobiaceae; Bradyrhizobium; Bradyrhizobium sp. CCGE-LA001; 
#=GS V6EWV0/1-269       AC V6EWV0
#=GS V6EWV0/1-269       OS Magnetospirillum gryphiswaldense MSR-1 v2
#=GS V6EWV0/1-269       DE Electron transfer flavoprotein, beta-subunit
#=GS V6EWV0/1-269       DR GENE3D; d8cf78ecc321d5c0b1d214bd137adf71/1-269; 
#=GS V6EWV0/1-269       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodospirillales; Rhodospirillaceae; Magnetospirillum; Magnetospirillum gryphiswaldense; 
#=GS B0UAP3/1-269       AC B0UAP3
#=GS B0UAP3/1-269       OS Methylobacterium sp. 4-46
#=GS B0UAP3/1-269       DE Electron transfer flavoprotein alpha/beta-subunit
#=GS B0UAP3/1-269       DR GENE3D; d9af6488efcbd9f5397f0a0647f6ce6d/1-269; 
#=GS B0UAP3/1-269       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Methylobacteriaceae; Methylobacterium; Methylobacterium sp. 4-46; 
#=GS G7Z8Y2/1-267       AC G7Z8Y2
#=GS G7Z8Y2/1-267       OS Azospirillum lipoferum 4B
#=GS G7Z8Y2/1-267       DE Electron transfer flavoprotein beta subunit
#=GS G7Z8Y2/1-267       DR GENE3D; daa36fa760d4729306bdc1c23680f715/1-267; 
#=GS G7Z8Y2/1-267       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodospirillales; Rhodospirillaceae; Azospirillum; Azospirillum lipoferum; 
#=GS I0GAK3/1-266       AC I0GAK3
#=GS I0GAK3/1-266       OS Bradyrhizobium sp. S23321
#=GS I0GAK3/1-266       DE Electron transfer flavoprotein beta-subunit FixA
#=GS I0GAK3/1-266       DR GENE3D; e4587e410b1f4178c6f8d11895660c3c/1-266; 
#=GS I0GAK3/1-266       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Bradyrhizobiaceae; Bradyrhizobium; Bradyrhizobium sp. S23321; 
#=GS E6QRR6/1-269       AC E6QRR6
#=GS E6QRR6/1-269       OS mine drainage metagenome
#=GS E6QRR6/1-269       DE Protein FixA
#=GS E6QRR6/1-269       DR GENE3D; e571278bb42fa34a9d44c6ed9531de00/1-269; 
#=GS E6QRR6/1-269       DR ORG; mine drainage metagenome; 
#=GS A0A124GG53/1-268   AC A0A124GG53
#=GS A0A124GG53/1-268   OS Mesorhizobium loti
#=GS A0A124GG53/1-268   DE Nitrogen fixation protein FixA
#=GS A0A124GG53/1-268   DR GENE3D; e5bb9430b8a2578154513985d0af4a56/1-268; 
#=GS A0A124GG53/1-268   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Phyllobacteriaceae; Mesorhizobium; Mesorhizobium loti; 
#=GS A0A0A0DWJ4/1-263   AC A0A0A0DWJ4
#=GS A0A0A0DWJ4/1-263   OS Aquabacterium sp. NJ1
#=GS A0A0A0DWJ4/1-263   DE Protein fixA
#=GS A0A0A0DWJ4/1-263   DR GENE3D; ebd9db9b0151fda9c2143d5478a95774/1-263; 
#=GS A0A0A0DWJ4/1-263   DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Aquabacterium; Aquabacterium sp. NJ1; 
#=GS D8IYZ4/1-268       AC D8IYZ4
#=GS D8IYZ4/1-268       OS Herbaspirillum seropedicae SmR1
#=GS D8IYZ4/1-268       DE Flavoprotein subunit, beta subunit, protein
#=GS D8IYZ4/1-268       DR GENE3D; ebe37756c012a2d1c1836e9d801aa10e/1-268; 
#=GS D8IYZ4/1-268       DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Oxalobacteraceae; Herbaspirillum; Herbaspirillum seropedicae; 
#=GS A0A0U3LM31/1-268   AC A0A0U3LM31
#=GS A0A0U3LM31/1-268   OS Herbaspirillum rubrisubalbicans M1
#=GS A0A0U3LM31/1-268   DE Flavoprotein subunit, beta subunit, protein
#=GS A0A0U3LM31/1-268   DR GENE3D; ebe37756c012a2d1c1836e9d801aa10e/1-268; 
#=GS A0A0U3LM31/1-268   DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Oxalobacteraceae; Herbaspirillum; Herbaspirillum rubrisubalbicans; 
#=GS D3NSA6/1-267       AC D3NSA6
#=GS D3NSA6/1-267       OS Azospirillum sp. B510
#=GS D3NSA6/1-267       DE Electron transfer flavoprotein beta subunit
#=GS D3NSA6/1-267       DR GENE3D; ec0248cc289760e5dd3ecca37a2f1a2d/1-267; 
#=GS D3NSA6/1-267       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodospirillales; Rhodospirillaceae; Azospirillum; Azospirillum lipoferum; 
#=GS A0A1E3VWM5/1-267   AC A0A1E3VWM5
#=GS A0A1E3VWM5/1-267   OS Methyloceanibacter methanicus
#=GS A0A1E3VWM5/1-267   DE Nitrogen fixation protein FixA
#=GS A0A1E3VWM5/1-267   DR GENE3D; ed2f7673ae373b90f81b867e63970b26/1-267; 
#=GS A0A1E3VWM5/1-267   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Methyloceanibacter; Methyloceanibacter methanicus; 
#=GS A0A160JDK0/1-267   AC A0A160JDK0
#=GS A0A160JDK0/1-267   OS Azospirillum humicireducens
#=GS A0A160JDK0/1-267   DE Nitrogen fixation protein FixA
#=GS A0A160JDK0/1-267   DR GENE3D; edbf8a93c6c2a5d1ed289c9f7f52e50b/1-267; 
#=GS A0A160JDK0/1-267   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodospirillales; Rhodospirillaceae; Azospirillum; Azospirillum humicireducens; 
#=GS E6VE19/1-266       AC E6VE19
#=GS E6VE19/1-266       OS Rhodopseudomonas palustris DX-1
#=GS E6VE19/1-266       DE Electron transfer flavoprotein alpha/beta-subunit
#=GS E6VE19/1-266       DR GENE3D; f03e8d551221ff44292e5f4090c3bf0b/1-266; 
#=GS E6VE19/1-266       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Bradyrhizobiaceae; Rhodopseudomonas; Rhodopseudomonas palustris; 
#=GS B3QB32/1-266       AC B3QB32
#=GS B3QB32/1-266       OS Rhodopseudomonas palustris TIE-1
#=GS B3QB32/1-266       DE Electron transfer flavoprotein alpha/beta-subunit
#=GS B3QB32/1-266       DR GENE3D; f03e8d551221ff44292e5f4090c3bf0b/1-266; 
#=GS B3QB32/1-266       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Bradyrhizobiaceae; Rhodopseudomonas; Rhodopseudomonas palustris; 
#=GS Q6N104/1-266       AC Q6N104
#=GS Q6N104/1-266       OS Rhodopseudomonas palustris CGA009
#=GS Q6N104/1-266       DE Electron trnasfer flavoprotein beta chain fixA
#=GS Q6N104/1-266       DR GENE3D; f03e8d551221ff44292e5f4090c3bf0b/1-266; 
#=GS Q6N104/1-266       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Bradyrhizobiaceae; Rhodopseudomonas; Rhodopseudomonas palustris; 
#=GS G0VLZ6/1-270       AC G0VLZ6
#=GS G0VLZ6/1-270       OS Megasphaera elsdenii DSM 20460
#=GS G0VLZ6/1-270       DE Electron transfer flavoprotein subunit beta
#=GS G0VLZ6/1-270       DR GENE3D; f0bb7e20e5c082ab5cb760354e641d45/1-270; 
#=GS G0VLZ6/1-270       DR ORG; Bacteria; Firmicutes; Negativicutes; Veillonellales; Veillonellaceae; Megasphaera; Megasphaera elsdenii; 
#=GS O85691/1-270       AC O85691
#=GS O85691/1-270       OS Megasphaera elsdenii
#=GS O85691/1-270       DE Electron transfer flavoprotein subunit beta
#=GS O85691/1-270       DR GENE3D; f0bb7e20e5c082ab5cb760354e641d45/1-270; 
#=GS O85691/1-270       DR ORG; Bacteria; Firmicutes; Negativicutes; Veillonellales; Veillonellaceae; Megasphaera; Megasphaera elsdenii; 
#=GS Q6US87/1-269       AC Q6US87
#=GS Q6US87/1-269       OS Rhodospirillum rubrum
#=GS Q6US87/1-269       DE FixA
#=GS Q6US87/1-269       DR GENE3D; fb76191ff084830518bcd86925c73da5/1-269; 
#=GS Q6US87/1-269       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodospirillales; Rhodospirillaceae; Rhodospirillum; Rhodospirillum rubrum; 
#=GS A0A1E2SU04/1-269   AC A0A1E2SU04
#=GS A0A1E2SU04/1-269   OS Mesorhizobium sp. SEMIA 3007
#=GS A0A1E2SU04/1-269   DE Nitrogen fixation protein FixA
#=GS A0A1E2SU04/1-269   DR GENE3D; fcfefe609ac356eecf4e15d778c7c8ba/1-269; 
#=GS A0A1E2SU04/1-269   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Phyllobacteriaceae; Mesorhizobium; Mesorhizobium sp. SEMIA 3007; 
#=GS Q98AT4/1-269       AC Q98AT4
#=GS Q98AT4/1-269       OS Mesorhizobium loti MAFF303099
#=GS Q98AT4/1-269       DE Nitrogen fixation protein FixA
#=GS Q98AT4/1-269       DR GENE3D; fcfefe609ac356eecf4e15d778c7c8ba/1-269; 
#=GS Q98AT4/1-269       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Phyllobacteriaceae; Mesorhizobium; Mesorhizobium loti; 
#=GS I2DYU6/1-264       AC I2DYU6
#=GS I2DYU6/1-264       OS Burkholderia sp. KJ006
#=GS I2DYU6/1-264       DE Electron transfer flavoprotein, beta subunit
#=GS I2DYU6/1-264       DR GENE3D; fe8456f1955bb67fb800d078ca345f26/1-264; 
#=GS I2DYU6/1-264       DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia sp. KJ006; 
#=GS A0A103GTN3/1-264   AC A0A103GTN3
#=GS A0A103GTN3/1-264   OS Burkholderia vietnamiensis
#=GS A0A103GTN3/1-264   DE Electron transfer flavoprotein beta subunit
#=GS A0A103GTN3/1-264   DR GENE3D; fe8456f1955bb67fb800d078ca345f26/1-264; 
#=GS A0A103GTN3/1-264   DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia cepacia complex; Burkholderia vietnamiensis; 
#=GS A0A1K2A4B6/1-264   AC A0A1K2A4B6
#=GS A0A1K2A4B6/1-264   OS Burkholderia sp. WP40
#=GS A0A1K2A4B6/1-264   DE Electron transfer flavoprotein beta subunit
#=GS A0A1K2A4B6/1-264   DR GENE3D; fe8456f1955bb67fb800d078ca345f26/1-264; 
#=GS A0A1K2A4B6/1-264   DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Burkholderiaceae; Burkholderia; Burkholderia sp. WP40; 
#=GS K0Q6R5/1-268       AC K0Q6R5
#=GS K0Q6R5/1-268       OS Rhizobium mesoamericanum STM3625
#=GS K0Q6R5/1-268       DE Protein fixA electron transfer flavoprotein beta-subunit (Beta-ETF)
#=GS K0Q6R5/1-268       DR GENE3D; ffcf986a2e334b14063cefad20fc583f/1-268; 
#=GS K0Q6R5/1-268       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Rhizobium; Rhizobium mesoamericanum; 
#=GS A0A109K329/1-268   AC A0A109K329
#=GS A0A109K329/1-268   OS Rhizobium sp. BR10423
#=GS A0A109K329/1-268   DE Nitrogen fixation protein FixA
#=GS A0A109K329/1-268   DR GENE3D; ffcf986a2e334b14063cefad20fc583f/1-268; 
#=GS A0A109K329/1-268   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiaceae; Rhizobium; Rhizobium sp. BR10423; 
#=GF TC 336.7 4.1E-103
#=GF SQ 179
C1DNR7/1-269               MHSVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIINPYDLFALEEALRLKDKFGG-TVTVVTMGPPMAEAALRKCLSFGADDAILVSDRAFAGSDTLATSYALSAVIRKIMED---MPVDLIFTGKQTIDGDTAQVGPGIAKRLDYQLLTYVSRIVDVDTAKKEIQVERRAEGGVQLLETSLPCLITMLEGTNEMRFGDLDDLFRA-ARHELKVWDRVAAGI--DTVEMIGLKGSPTVVSKVFAPKPRSKRAELIESHD-SDP-----KNLAEAALAKLFTQH--
P09818/1-267               MHLVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPHDLAALEEALKLCDTYGG-EVTVVTMGPKMAEDALRKALTFGAHRAVLLTDRHFAGSDTLATSFALAQAIAEIGETF--GTPDVVFTGKQTIDGDTAQVGPGIAKRLDLQQLTYVAKILSIDAASREITVERRAEGGSQILRTGLPCLVTMLDGADAIRRGRLDDALRA-ARTKVVKWSAADAGI--AEPANCGLRGSPTVVKRVFAPTSREQKARQIDTTN-KPL-----REIADGLIAAIF-----
P53577/1-265               MHNIVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEAALGLRDRFGG-EITVLTMGPPSAEESLRKALTYGADRAVLLTDRCFAGSDTLATTYALATAIRKIGKEY--GPANLIFTGKQTIDGDTAQVGPGIAKRLGVGQLTYVAKVRSVDVANETIEAERRSEGGVQVLHTRLPCLITMLEATNQIRRGAMADALRA-ARAKIVKWSAQDAGV--EDISKCGLKGSPTVVKRVFAPPARAERAALVESAE----------QPAQALIDAIFLN---
Q1M7V4/1-272               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALQVRDRYGG-EVTVLTMGPPMAEQALRKALTHGADRAVLLTDRHFAGSDTLATSYALSQAVAKIGESY--GGPDIVFTGKQTIDGDTAQVGPGIAKRLNLQQLTYVTKIVSIDPTSRELMVERHAESGTQMLKSTLPCLITVLEGVNAIRRGSLDDAFRA-ARSQGLKWGAADAGI--GELTKCGLRGSPTVVKRVFAPGPRAEKAMQVDIND-KTL-----AEVAADTVVAIFARQPV
Q2RS28/1-269               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDKMGG-KVTVLTMGPPMADESLRKALGLGADAAVLLTDRFFAGSDTLATSYALAAGIRKIGEE---EPVDIVFTGKQTIDGDTAQVGPGIAKRLGLNQLTYVAAIRSLDLENRSIVVERRAEGGVQVLSTGLPCLITMLEGTNTLRRGAMDDMFRA-SRATIATWSAQQAGV--DDIALCGLRGSPTVVKKVFAPQPRKEKAKMVETAG-KSD-----AEIAQATLDTLFSAN--
A0A1C2G3W3/1-269           MHILVCIKQVPDSAQIRVHPVTNTIMRQGVPAIVNPYDLYALEEALRLKDRYRA-RVTVLCMGPPQAEAALRKALAFGADEAILLTDRAFAGADTLATSYALSAAIRQVHQG---LPVDLVFAGKQTIDGDTAQVGPGIATRLDMQLLTYVSKIVSLDLTAREIVVHRRSEGGVQVLKTRLPALITVLEGINEMRFASLTDMFRA-ERHRLTIWSKDDAHI--EDVTKIGLKGSPTAVSKVFAPTPTNRRAEIIETQS-GQP-----VDLAATLVAKLLSRH--
E6QAY7/1-268               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIINPFDVFAIEEALRLKDRFGG-RVTVLTMGPPQAEDALRKAIAYGADDVILLTDRAFAGADTLATSFALAQTVRKIGEE---HPVDLVFTGKQTIDGDTAQVGPGVARRLGLQLLTYVSAIDTLDLAERSITVRRRSEGGVQVIRTRLPALITMLEGSNQIRFAGMDDMFRS-ARFEVPKWNKERAGI--EDVSKIGLKGSPTVVSKIFTPKPRAVKAQMIGADL-DA------DGTANAILDILSSQH--
A0A1N7IP15/1-266           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFSLEEALRLRDAFGG-KVTVLTMGPPMAEDSLRKALGIGADDAVLLTDRFFAGSDTLATSFALATAIQKIMET---EPVDMVFAGKQTIDGDTAQVGPGICCRLGMQQLTYVQKVESVDPAKREIVVHRRSEGGVQVLKTSLPCMITMLEGTNQIRYGTMDDMFRA-ARADVRVWSAAAAGI--EDMTRCGLRGSPTVVKKVFAPKARAQKARPVDGEG---A-----EALAAAAIEAIFAS---
A0A0H1R413/1-267           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDAHGG-EVTVLTMGPPMAEDALRKALTYGADRAVLLTDRYFAGSDTLATSFALSQAIAKVGETF--GMPDIVFTGKQTIDGDTAQVGPGIAKRLDLLQLTYVAKIASIDLDAHEITVERRSEGGMQMLKSRLPCLITMLEGTNEIRRGSLDDALRA-ARSQIVKWSAADAGI--EDLTKCGLRGSPTVVKRVFAPTSRAEKAAQIDTTD-KSL-----RDLADDLIAAIF-----
B8EJ09/1-269               MHILVCIKQVPDSAQIRINPVTQTIMRQGVPTIINPYDLFSLEEALRLRDQFGG-EVTVLTMGPPMASDSLRKALAIGADRAVLLTDRFFAGSDTLATSFALTQAIVKISETF--GAPDIVFTGKQTIDGDTAQVGPGIAKRLDLLQLTYVAKIVECNPDKREIIVERRSEGGVHVLKTKLPCLITMLEGSNEVRRGAMKDALRA-ARAEIVTWSAKDAGI--ADITKCGLKGSPTVVKKVFAPPPRSERAFFVPTAD--VA-----SQEAENLITTLFERQ--
L0LTQ9/1-267               MHVVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDVHGG-EVTVLTMGPPMAEDSLRKALTYGADRAVLLTDRYFAGSDTLATSFALSQAIAKIGETF--GAPDIVFTGKQTIDGDTAQVGPGIAKRLDLLQLTYVSKICSLDLDAREIKVDRRSEGGTQMLHGRLPCLITMLEGTNEIRRGSLDDALRA-ARSQIVKWSAGDAGI--EDLSKCGLRGSPTVVKRVFAPTVRTEKAEQITTTD-KAL-----GDLADELIVEIF-----
N6V0Z8/1-267               MHVVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDVHGG-EVTVLTMGPPMAEDSLRKALTYGADRAVLLTDRYFAGSDTLATSFALSQAIAKIGETF--GAPDIVFTGKQTIDGDTAQVGPGIAKRLDLLQLTYVSKICSLDLDAREIKVDRRSEGGTQMLHGRLPCLITMLEGTNEIRRGSLDDALRA-ARSQIVKWSAGDAGI--EDLSKCGLRGSPTVVKRVFAPTVRTEKAEQITTTD-KAL-----GDLADELIVEIF-----
A0A1C3X8T3/1-267           MHVVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDVHGG-EVTVLTMGPPMAEDSLRKALTYGADRAVLLTDRYFAGSDTLATSFALSQAIAKIGETF--GAPDIVFTGKQTIDGDTAQVGPGIAKRLDLLQLTYVSKICSLDLDAREIKVDRRSEGGTQMLHGRLPCLITMLEGTNEIRRGSLDDALRA-ARSQIVKWSAGDAGI--EDLSKCGLRGSPTVVKRVFAPTVRTEKAEQITTTD-KAL-----GDLADELIVEIF-----
A0A0B4XAJ0/1-268           MHIVICIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALGLRDSHGG-EVTVLTMGPPMAEDALRKALTYGADRAVLLTDRYFAGSDTLATSFALSHAIAKIGESF--GTPDIVFTGKQTIDGDTAQVGPGIAKRLDLLQLTYVAKIASIDLNAREITVERRSEGGTQTLKSKLPCLVTMLEGTNEIRRGSLDDALRA-ARSQIVKWSAADAGI--EDLTKCGLRGSPTVVKRVFAPPERAEKAEQIDTTE-KTP-----RDLADELIAGIFS----
F1Z3C6/7-274               LHSVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPFDLFALEEALRLRDRLGG-SVTVLCMGPMTAEDSLRKALTFGADRAVLLSDRYFAGSDTLATSYALSMALEQIGRTF--GTPDVVFTGKQTIDGDTAQVGPGIARRLGYNQLTYISKIRELDPAAGVLTVERRAEGGTQVLETRLPVLITMLEGTNEMRRGGIDTALAA-AKAEVTIWNAAAVGI--EDLTRCGLRGSPTIVKKVFAPSARSEKAVMIPVEG--TP-----YESARAVIEAMFAR---
A0A1K1YN38/1-269           MHSVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIINPYDLFALEEALRLKDKFGG-TVTVVTMGPPMAEAALRKCLSFGADDAILVSDRAFAGSDTLATSYALSAVIRKIMED---MPVDLIFTGKQTIDGDTAQVGPGIAKRLDYQLLTYVSRIVDVDTAKKEIQVERRAEGGVQLLETSLPCLITMLEGTNEMRFGDLDDLFRA-ARHELKVWDRVAAGI--DTVEMIGLKGSPTVVSKVFAPKPRSKRAELIESHD-SDP-----KNLAEAALAKLFTQH--
M9YAN7/1-269               MHSVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIINPYDLFALEEALRLKDKFGG-TVTVVTMGPPMAEAALRKCLSFGADDAILVSDRAFAGSDTLATSYALSAVIRKIMED---MPVDLIFTGKQTIDGDTAQVGPGIAKRLDYQLLTYVSRIVDVDTAKKEIQVERRAEGGVQLLETSLPCLITMLEGTNEMRFGDLDDLFRA-ARHELKVWDRVAAGI--DTVEMIGLKGSPTVVSKVFAPKPRSKRAELIESHD-SDP-----KNLAEAALAKLFTQH--
G6YH78/1-267               MHIVICIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDAYDG-EVTVLTMGPPMAEDALRKALGYGADRAVLLTDRYFAGSDTLATSYALSQAIAKVGETF--GTPDIVFTGKQTIDGDTAQVGPGIAKRLDLLQLTYVAKIASLDLDQREIKVERRSEGGTQMLKSRLPCLITMLEGTNEIRRGSLVDALCA-ARSQVLKWSAADAGI--DDLTRCGLRGSPTVVKRVFAPATRAEKAAQIDTTE-KAL-----RDIADELIAAIF-----
A0A059KRA2/1-267           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIVNPYDLFALEEALRLKDKFGG-RVTMLCMGPPQAEDALRKCISFGATDAILVTDRAFAGADTLATSFALAAAIRKIGEE---QAVDLVFTGKQTIDGDTAQVGPGVARRLGLNLLTYVSKINEVDLDARTLTVERRAEGGVQRLKTTLPSLITMLEGTNEMRFATMEDMLRA-ARVPVRKWNKDQAGI--EDVSKIGLKGSPTIVSKVFAPKARKERAEMQEVGDGSSV-----NDVCLNLLQKIF-----
A0A1N6WRH4/1-267           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIVNPYDLFALEEALRLKDKFGG-RVTMLCMGPPQAEDALRKCISFGATDAILVTDRAFAGADTLATSFALAAAIRKIGEE---QAVDLVFTGKQTIDGDTAQVGPGVARRLGLNLLTYVSKINEVDLDARTLTVERRAEGGVQRLKTTLPSLITMLEGTNEMRFATMEDMLRA-ARVPVRKWNKDQAGI--EDVSKIGLKGSPTIVSKVFAPKARKERAEMQEVGDGSSV-----NDVCLNLLQKIF-----
A1VPP3/1-265               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIVNPYDLFSLEEALRLKDKFGG-KVTMLCMGPPQAEEALRKCISFGADDAVLVTDRAFAGADTLATSYALTAGVRQIAKE---QAVDIVFTGKQTIDGDTAQVGPGIAKRMGLQLLTYVSRIVEVDLEKRSITVERRAEGGVQVLKTSLPCLITMLENTNEMRFANLPAMIHA-AAYPVRKWSKEDAGI--EDLSKIGLKGSPTVVSKVFGPTPRSEKVEMLDLES-SSL-----RDVSLNLIQKI------
A0A090APB3/1-269           MHSIVCIKQVPDSAQIRVHPVTNTIMRQGVPAIINPYDLFALEEALRLKDQLGG-TVTVISMGPPQAEVALRQCLSYGADDAILISDRAFAGADTLATSFALAAALNKIRQN---MPIDVIFTGKQTIDGDTAQVGPGVAKRLGYQLLTYVSKIVNLDVTQREIMVERRAEGGVQKLKTRLPCLITMLEGTNEMRFGEMADMFRA-ARYNVKVWDRLAAGI--DDLEKVGLKGSPTVVGKVFAPKPRSQHAEIIEVHD-HDP-----RNLAETLLAKLFTQH--
E3I3P9/1-267               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFAIEAALRLRDKHGG-NVTVLTMGPPMAEDSLRRALTYGVDRAVLLTDRAFAGSDTLATSYALSQAIIKIGKTY--EPVDIVFTGKQTIDGDTAQVGPGIAKRLDLHQLTYVSGISEVNLEGKTITVERRAEGGVQVLKSKLPCLITMLEGTNEIRRGSIDVALAA-ARAEIVTWNAAAAGV--AEMGKCGLKGSPTVVKRVFAPAARAEKAKIIDIGG-LAP-----DAMASKALDEIF-----
A0A037US76/1-267           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFAIEAALRLRDKHGG-NVTVLTMGPPMAEDSLRRALTYGVDRAVLLTDRAFAGSDTLATSYALSQAIIKIGKTY--EPVDIVFTGKQTIDGDTAQVGPGIAKRLDLHQLTYVSGISEVNLEGKTITVERRAEGGVQVLKSKLPCLITMLEGTNEIRRGSIDVALAA-ARAEIVTWNAAAAGV--AEMGKCGLKGSPTVVKRVFAPAARAEKAKIIDIGG-LAP-----DAMASKALDEIF-----
B8ITI3/1-269               MHSVVCIKQVPDSGQIRVHPVTNTIMRQGVPTIINPYDLFALEAALRLRDRHGG-EVTVLTMGPPMAAKALRKALAFGADRAVLLTDRVFAGSDTLATSFALSTAIGRIGQAW--GPPDIVFTGKQTIDGDTAQVGPGIAKRLNLTQLTYVARIAEVDPDARAITAERRVEGGVQVLKTRLPCLVTVLESINEVRRGSMAEALRA-ARAEIATWSAAEAGI--ADITRCGLSGSPTVVKRIFAPAPRAEKAALVSTTE-RDA-----AGIAEGLIEALFAR---
A0A1B1YPX4/1-268           MHSVVCIKQVPDSSQIRVHPVTNTIMRQGVPAIINPYDLFALEAALKLKDRYGG-RVTALCMGPPQAEAALRKALSFGADEAILVTDRAFAGSDTLATSFALASAIRQIQRD---MAVDIVFTGKQTIDGDTAQVGPGVAKRLDLQLLTYVSNIDEVDLERGEIVVQRRAEGGVQVLKTRLPALVTVLEGINEMRFATLDDMFRA-ARYPLKVWNREQAGI--EDVARIGLKGSPTVVAKVFAPQARRERAELIETHS-GAS-----SDVAATLLAKLFTR---
H0TRA3/1-267               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEAALQLRDKFGG-EVTVLTMGPPSAADSLRKALTFGADRAVLLTDRFFAGADTLATTYALATAIRKISETF--GAPDIVFTGKQTIDGDTAQVGPGIAKRLGLLQLTYVAKISEVDPVARTIEAERRSEGGVQVLKTRLPCLITMLEATNEIRRGAMVDALRA-ARADIVTWSAKDAGV--EDISKCGLKGSPTIVKRVFAPSARAEKAAFVDFAN---------RAPAEALIEEMFKRQ--
W9H0I9/1-265               MHIVVCIKQVPDSAQIRIHPVTNTIMRQGVPAIINPYDLFSLEEALRLKDRFGG-RVTVLTMGPPMAEASLRKAMSFGATDAVLLTDRKFAGSDTLATSYALTSAIRKLHEE---EPVDLVFCGKQTIDGDTAQVGPGIATRMNMQQLTYVAKIEDVNLDSREITVQRRSEGGVQVLKSRLPAMITMLEGSNSMRFGTMDDMFRA-ARTPLKLWNKDTC-V--DDEAKVGLKGSPTVVSKVFVPKPRAEKAKMIEAEG-GAS------AQAAAAIDMLFT----
F8JGZ8/1-267               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEAALRLRDDVGG-EVSVLTMGPQSAEDSLRKALTYGADRAVLLTDRFFAGSDTLATTYALATAIRKIGTDF--GAPDVVFTGKQTIDGDTAQVGPGIAKRLGLRQLTYVSRIGPVDKVAGTVDVERRSEGGVQSLRTKLPCLITMLEATNEIRRGSMADALRA-ARAEIIKWSAHDAGV--EDLSKCGLKGSPTIVKKVFAPSPRATKAVFVEPAD---------ESPADALINEIFRHQ--
P26482/1-267               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEAALALRDQHGG-EVTVLTMGPPSAEDSLRKALTFGADRAVLLTDRFFAGSDTLATTYALATAVRKIGETF--GAPDIVFTGKQTIDGDTAQVGPGIAKRLGLLQLTYVAKIANVDLAGRSIQVERRSEGGVQVLQTRLPCLITMLEATNEIRRGAMADALRA-ARAEVVIWSAKDAGV--EDISKCGLRGSPTIVKRVFAPSARAEKATMVDFSE---------TAPADALIAEIFKRQ--
A0A176YQK7/1-266           MHNVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFAMEAALELRDKVGG-EITVLTMGPPAAEESLRRALTYGADRAVLLTDRAFAGADTLATTYALATAIRRIGEEY--GLPDLIFTGKQTIDGDTAQVGPGIAKRLGIGQLTYVAEIRSLDLKMRTIEVGRRAEGGLQVLRTKLPCLITMLEGTNEIRRGGMMDALRA-ARTDIVRWSAQDAGV--EDISKCGLKGSPTIVKRVFAPSTRAEKAVLVEAAD----------EPASALIDAIFQHR--
A1Z1W2/1-267               MNIVVCIKQVPDSAQIRVHPVTSTIMRQGVPTIINPYDLFALEEALRLRDRYGG-NVTVLTMGPPMAKQALEKALAYGADQAVLLSDRHFAGSDTLATSFAISRAITKIGRG---RAPEIVLTGKQTIDGDTAQVGPGIARRLELQQLTYVTKIFSVDFHARQIMVERRSEGGTQMLKSRLPCLISVLEGVNAIRRGSVADALRA-ARMQIPTWRAVDAGI--EEIANCGLRGSPTVVKRVFAPTPRAEKAIQIEAIE---S-----GRVADEVIASIFEHQ--
A0A178XXS8/1-267           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALKVRDHHGG-EVTVLTMGPPMAEEALRKALTYGADRAVLLTDRHFAGSDTLATSFALSQAIAQIGNSF--GTPDIVFTGKQTIDGDTAQVGPGIAKRLNLVQLTYVAKITSIDLSARAITVERRSEGGTHVLKSKLPCLITMLEGTTVIRRGSLDDALRA-ARSEIVKWSAVEAGI--EDITKCGLRGSPTVVKRVFAPTPREQKAVQIDTTE-KRV-----RDIADELVASIF-----
A0A0K0MDD9/1-265           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIVNPYDLFSLEEALRLKDRFGG-KVTVLCMGPPQAEEALRKCISYGADDAVLVTDRAFAGADTLATSYALAAGIRQIGRE---QAVDIVFTGKQTIDGDTAQVGPGIAKRMGLQLLTYVSRIVETDLDGRTITVERRAEGGVQQLRTALPCLITMLENTNELRFASLPAMIHA-AGYPVRKWNKEQAGI--EDLDKIGLKGSPTVVSKVFGPTPRSEKAEMLALED-SNL-----RDVSLNLLQKI------
A0A1A6C7S2/1-270           MHIVVCIKQVPDSAQIRIHPVTNTIMRQGVPAIVNPYDLFALEEALRVRDRLGG-RVTVLTMGPPTAEAALRKALSIGADDAVLLTDRMFAGSDTLATSFALSTAIRKLNDE---LPVDIVITGKQTIDGDTAQVGPGIAIRLGFNLLTYVSQIEDIDLEARRIRVHRRAEGGVQVIDTPMPCLITLLEGVNTLRHGSLPDMFRA-ARAEVRRWSREDAGI--EDPSRIGLKGSPTVVTRVFAPKPSADPAEQLAVEG-RGA-----GEIAVDMVERLFAEHA-
G8QI79/1-268               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIINPYDLFAIEAALALKDQLGG-KVTVLTMGPPQAEPALRKALSYGCDEAVLVTDKLFAGADTLATSYVLASAIKTLHQE---TPVDLVFTGKQTIDGDTAQVGPGVAKRLELELLTYVSRIVSVDQAANSIRVERRAEGGVQVLETRLPALITMLEGSNEIRFGSAPDMFRA-ARAEVRVWDRNAAGI--EDIKKVGLKGSPTIVSRVFVPSPRAQKAQQIEFDA-ANP-----EAATQTLLDRVLVE---
Q13N11/1-265               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIVNPYDLFSLEEALRLKDRFGG-KVTMLCMGPPQAEEALRKCISFGADDAVLVTDRAFAGADTLATSYALAAGVQQIAKE---QAVDIVFTGKQTIDGDTAQVGPGIAKRLGLQLLTYVSRIVETDLDARTITVERRAEGGVQVLRTALPCLITMLENTNELRFATLPAMIHA-AGYPVRKWNREQAGI--EDVSKIGLKGSPTVVSKVFGPTPRSEKAELLDLDA-SSL-----RDVSMNLLQKI------
A0A0C5L6D8/1-268           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDKFGG-VVTVLTMGPPTASESLRKTLTFGADRAVLLTDRYFAGSDTLATSFALASALDKIAAEY--GKPEIIFTGKQTIDGDTAQVGPGIAKRLRYNQLTYVARIADLDLDAGSITVERRAEGGIQVLRTALPVLVTMLEATNEMRRGSIDNALIA-ARAEVITWNAASCGI--EDLAKCGLRGSPTIVKKIFTPTPRAEKAHLVSAEG--TP-----DANADALLAEIFRR---
A0A177PAS9/1-269           MKILVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFSLEEALKLRDKFGG-EVTTLTMGPPMAADALRKTMAIGADRAILLTDRFFAGADTLATTYALAQAINKIQKTW--GALDLVFTGKQTIDGDTAQVGPGVAKRLGLLQLTYVSKIVEADEEKREVVIERRAEGGTQVLKTKMPCLIAMLEGTNEVRRGSISDSLRA-ARADIITWSAKDAEI--EDLTKCGLKGSPTIVKKVFAPPVRTDRAAFVEPGK--NA-----GDSADVLIEAIFKRH--
A0A1C5S6E3/1-267           MEILVCVKQVPDTAEVKIDPVKHTVIRAGVPNIFNPFDQNALEAALQLKDNQGA-KVTVLSMGPPQAKDVLREALAMGADDAYLLTDRKVGGSDTLATGYCLAQAVKKVAELKGIEQFDIILCGKQAIDGDTAQVGPQIACELGIPQITYAAEI---KVEGTTVTVKQQNEEGYIVTEAQFPVLITAVKELNEPRFPTIRGTMKA-KRREIPELSAADINA---DESQIGLSGSPTKVRKIFTPPQRTQGLVINEED----A-----QVAVDQLMAKLTENKII
A0A1C6E6P9/1-267           MEILVCVKQVPDTAEVKIDPVKHTVIRAGVPNIFNPFDQNALEAALQLKDNQGA-KVTVLSMGPPQAKDVLREALAMGADDAYLLTDRKVGGSDTLATGYCLAQAVKKVAELKGIEQFDIILCGKQAIDGDTAQVGPQIACELGIPQITYAAEI---KVEGTTVTVKQQNEEGYIVTEAQFPVLITAVKELNEPRFPTIRGTMKA-KRREIPELSAADINA---DESQIGLSGSPTKVRKIFTPPQRTQGLVINEED----A-----QVAVDQLMAKLTENKII
Q9AQ13/1-266               MHSIVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEAALELRDKFGG-EITVLTMGPPSAEDSLRKALTFGADRAVLLTDRSFAGSDTLATSYALACAIRNIGREY--GPPDVIFTGKQTIDGDTAQVGPGIAKRLGVQQLTYVSTIKALDFKLRTIEAERRCEGGVQVLRSKLPCLVSMLEATNQIRRGAMIDALRA-ARATIVKWSAQNASV--DDMAKCGLRGSPTVVKQCFRALRASGEGDVVDAAE----------QPAQALIDAMFKRN--
Q20Y15/14-279              MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEAMRLRDKFGG-EVTVLTMGPPSAEDSLRKALTFGADRAVLLTDRFFAGADTLATSYALAAAVRKIGSSI--APVDIVFTGKQTIDGDTAQVGPGVCKRLGFLQLTYVSKVVNLDLQGRSIEVERRSEGGVQVLRSTLPVLITMLEGTNEVRRGSMVNALSA-ARAEIVKWSAQDAGV--EDIGKCGLRGSPTVVKRVFAPTPRAEKAALVDPAG---------RPPADALIEEIFKL---
A0A0S6WVH6/1-268           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLKDRLGA-TVTALCMGPPTASESLRKALTFGADRAVLLTDRYFAGSDTLATSYALSMALTKIGEEF--GTPEIVFTGKQTIDGDTAQVGPGIASRLKLNQLTYISKIVATDLEAGRITVERRAETGTQVLATRLPVLITMLEATNEMRRGTIAQALEA-ARAEIITWNASDVGI--EDLTKCGLRGSPTIVKKVFAPTARSEAAEMIAAEG--AM-----DAKARAVIDAIFAR---
Q53210/1-266               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEQALQVRDHHGG-EVTVLTMGPPMAEESLRKALTYGADRAILLTDRHFAGSDTLATSFALSQAIAKIGNSF--GSPDIVFTGKQTIDGDTAQVGPGIAKRLDLVQLTYVAKVTSIDLRTRAITVERRAEGGTHVLKSELPCLITMLEGSNAIRRGSLDDALRA-ARSEIVKWNAVEAGI--EDITKCGLRGSPTVVKRVFAPTPREQKAVQIDTVE-KAM-----QDVANELVTSI------
P52040/1-259               MNIVVCLKQVPDTAEVRIDPVKGTLIREGVPSIINPDDKNALEEALVLKDNYGA-HVTVISMGPPQAKNALVEALAMGADEAVLLTDRAFGGADTLATSHTIAAGIKKL-------KYDIVFAGRQAIDGDTAQVGPEIAEHLGIPQVTYVEKV---EVDGDTLKIRKAWEDGYEVVEVKTPVLLTAIKELNVPRYMSVEKIFGA-FDKEVKMWTADDIDV---DKANLGLKGSPTKVKKSSTKEVKGQGEVIDKPV----------KEAAAYVVSKLKEEHYI
H0PVT0/1-262               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIVNPYDLFSLEEALRLKDQFGG-RVTVLTMGPPQAEAALRKCVSFGADEAILVTDRAFAGADTLATSYALAAAIRKIGEN---EAVDLVFCGKQTIDGDTAQVGPGIAKRLDLQLLTYVSQVDGVDLAKREIRVQRRAEGGVQVLQTTLPALVTMLEGTNEMRFASMENMFRA-ARAEVRVWNREQAGI--EDVAKIGLKGSPTVVSKVFAPKAKEQKAEMIETES-DQP-----RDIALTVV---------
A0A1N7S860/1-269           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIVNPYDLFSLEEALRLKDRFGG-TVTILSMGPPQAEDALRKCISYGADDAVLVTDRAFAGADTLATSYALATAIRQIEKE---QAVDMIFTGKQTIDGDTAQVGPGIATRMAVQLLTYVSRIVEIDLAARTIVVERRAEGGVQVLKTGLPCLVTMLENTNQLRFATMPAMIHA-AGFPVRKWNREQAGI--EDVSKIGLKGSHTVVSKVFGPTPRDENAEMLELDG-SSL-----RDAALKLVHKIFTRH--
M5EZ44/1-266               MHIVVSIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDAYGG-EVTVLTMGPPMAEDCLRKALGYGADRAVLLTDRYFAGSDTLATSFALSQAIAKIGEMF--GPPDVVFTGKQTIDGDTAQVGPGIAKRLDLFQLTYVAKIASIDLAAREITVERRCEGGTQKLKSRLPCLITMLEGTNEMRRGSIEDALCA-ARSRIVKWSAAEAGI--EDLTKCGLRGSPTVVKRVFAPTPRSQKAVQIDTAE-KTL-----RDLADELIGAI------
A0A163R2P0/1-266           MNIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALKLRDRHGG-KVTVLTMGPPMAKQALEKALAYGADEAVLLSDRHFAGSDTLATSFAISRAITNLGLR---HAPEIVFTGKQTIDGDTAQVGPGIARRLELQQLTYVTKIVSVDLHAREITVERRSEGGTQMLKSQLPCLISVLEGVNAIRRGSVADALRA-ARAQIPTWRAADAGI--VEIANCGLRGSPTVVKRVFAPTPRAEKAIQIEVND-DQC-----GPLADEIIASIF-----
A1Z1Y0/1-266               MNIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALKLRDRHGG-KVTVLTMGPPMAKQALEKALAYGADEAVLLSDRHFAGSDTLATSFAISRAITNLGLR---HAPEIVFTGKQTIDGDTAQVGPGIARRLELQQLTYVTKIVSVDLHAREITVERRSEGGTQMLKSQLPCLISVLEGVNAIRRGSVADALRA-ARAQIPTWRAADAGI--VEIANCGLRGSPTVVKRVFAPTPRAEKAIQIEVND-DQC-----GPLADEIIASIF-----
A0A0H5BCX5/1-267           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFAVEEALRLRDKFGG-EVTILTMGPPMAADSLRKALTFGADRAVLLTDRFFAGSDTLATSFALSSAITRIGEVF--GAVDIVFTGKQTIDGDTAQVGPGIAKRLGLTQLTYVAKVAELDLDGRSIEVHRRAEGGVQVLKSPLPCLITMLEGTNEIRRGSMMDALRA-ARADVVSWSAKDAGI--PDVTKCGLRGSPTVVKRVFAPTPRAEKAQFVDPAG---------EPPADALINAIFKRA--
A7IBK8/1-267               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEAMRLRDKFGG-EVTVLTMGPPSAEDSLRKALTYGADRAVLLTDRFFAGSDTLATSFALATAITKIGETY--GVPDLVFTGKQTIDGDTAQVGPGIAKRLGLMQITYVAKVAEFDPAARTITLERRAEGGTQVLKSKLPCLVAMLEATNEIRRGSMENALRA-ARAEVVKWSAKDAGV--QDMSKCGLKGSPTIVKRVFAPSARAEKAKFIEAPE---G-----GNLAEALIAEVFAR---
H0G5D1/1-267               MHLVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPHDLAALEEALKLCDTYGG-EVTVVTMGPKMAEDALRKALTFGAHRAVLLTDRHFAGSDTLATSFALAQAIAEIGETF--GTPDVVFTGKQTIDGDTAQVGPGIAKRLDLQQLTYVAKILSIDAASREITVERRAEGGSQILRTGLPCLVTMLDGADAIRRGRLDDALRA-ARTKVVKWSAADAGI--AEPANCGLRGSPTVVKRVFAPTSREQKARQIDTTN-KPL-----REIADGLIAAIF-----
M4MFN7/1-267               MHLVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPHDLAALEEALKLCDTYGG-EVTVVTMGPKMAEDALRKALTFGAHRAVLLTDRHFAGSDTLATSFALAQAIAEIGETF--GTPDVVFTGKQTIDGDTAQVGPGIAKRLDLQQLTYVAKILSIDAASREITVERRAEGGSQILRTGLPCLVTMLDGADAIRRGRLDDALRA-ARTKVVKWSAADAGI--AEPANCGLRGSPTVVKRVFAPTSREQKARQIDTTN-KPL-----REIADGLIAAIF-----
A0A0R3N3A6/1-266           MHNVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEAALELRDKFGG-EITVLTMGPPSAEDSLRKALTFGADRAVLLTDRCFAGADTLATTYALATAIRKIGKEY--GPPDLIFTGKQTIDGDTAQVGPGVAKRLGVLQLTYVAKIRALDLAAHTIETERRSEGGVQVLRTRLPCLITMLEATNQIRRGAMDDALRA-ARAPIVKWSAQEAGV--EDISKCGLKGSPTVVKRVFAPSARAEKAMLVEAAE----------QPAQALIDAIFKHQ--
Q9FA10/1-270               MQIFVCIKQVPDSGQIRVHPVTNTIMRQGVPTIINPYDLFGLEEALRLRDRFGG-QVTVMTMGPPMAVESLRKAMTFGADRAVLLTDRIFAGSDTLATSYALAQLIRKAGETW--GEPDIVFCGKQTIDGDTAQVGPGIARRLGLSQLTYVSGIDDLDMVDRKILVRRRGDHGVQVLRSVMPVMITMMEGSNEIRRGTQADALRA-AQAEIVQWNGAAAGI--EDTAMCGLRGSPTVVKKVFAPTARAEKAEKIATGT-ETP-----AALAETLIDAIFTRQ--
A9H5Z7/1-270               MQIFVCIKQVPDSGQIRVHPVTNTIMRQGVPTIINPYDLFGLEEALRLRDRFGG-QVTVMTMGPPMAVESLRKAMTFGADRAVLLTDRIFAGSDTLATSYALAQLIRKAGETW--GEPDIVFCGKQTIDGDTAQVGPGIARRLGLSQLTYVSGIDDLDMVDRKILVRRRGDHGVQVLRSVMPVMITMMEGSNEIRRGTQADALRA-AQAEIVQWNGAAAGI--EDTAMCGLRGSPTVVKKVFAPTARAEKAEKIATGT-ETP-----AALAETLIDAIFTRQ--
A0A149VXY6/1-269           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIVNPYDLYSLEEALRLKDRYGG-RITVLSMGPPQAETALRKAISFGADEAILVTDRAFAGSDTLATSYALASAIRQIQKD---IPVDLVFAGKQTIDGDTAQVGPGIAKRLDMRLLTYISKIRELEIDHGTITVERRAEGGVQVLKTKLPCLVTVLEGTNEMRFATMNNMFRA-ARHPLKVWNKESAGI--EDLTKIGLKGSPTIVSKVFAPSPKAVKAEIIDTES-NQP-----KDLAVTLLAKLFTKK--
J7Q9P3/1-266               MHIVVCMKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFAIEEALRLRQKFGG-AVTILTMGPPSAEDSLRKALTFGADRAVLLTDRFFAGADTLATTYALATAIRKIGVEF--GPPNIVFTGKQTIDGDTAQVGPGVAKRLGLMQLTYVSHIDSVDLEAGTIDVERRSEGGVQKLRSKMPCLISILEGVNEMRIGSLSDALAA-ARATIIRWSAQDAGV--EDITKCGLRGSPTIVKRVFAPKPRAEKAEFIELGD----------KPGDAFVDELFKRR--
B1Y709/1-267               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIVNPYDLFALEEALRLKDQFGG-RVTMLCMGPPQAEDALRKCISFGATDAILVTDRAFAGADTLATSYALAAAIRKIGQE---QAVDLIFTGKQTIDGDTAQVGPGVAKRLGLNLLTYVSKINELDLDGRTITVERRAEGGVQRLKTTLPSLITMLEGTNEMRFATMDDMLRA-ARVPCAKWNKDDAGI--EDVSKIGLKGSPTIVSKVFAPKARKERADMQEVGDGASV-----NDACLNLLQKIF-----
B6IXM0/1-269               MHLVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEQALRLRDEFGG-KVTVMTMGPPMASDSLRRALGAGADAAVLLTDRFFAGSDTLATSFALSQAIRKIGES---EPVDMVFCGKQTIDGDTAQVGPGIATRLGLQQLTYVAKVCEVDRQARTITVERRAEGGVQVLRTALPCLITMLEGTAPLRRGSLADMLRA-ARAEITTWSAKDAGI--QDVMNCGLRGSPTVVKRVFAPQARAEKAAQIAVAG-RNP-----DEIAEEVLELILDRS--
F2AGG9/1-267               MHIVICIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALQLRDRHGG-EVTVLTMGPPMAEDALRKALTYGADRAVLLTDRHFAGSDTLATSFALSRAIAKIGEAF--GTPDIVFTGKQTIDGDTAQVGPGIAKRLDLLQLTYVAKIVSVDINGREITVERRSEGGTQTLMSKLPCLITMLEGTNEIRRGSLDDALRA-ARSQIVKWNAADAGI--EDLTKCGLRGSPTVVKRVFAPPERAEKAEQIDTAE-KTP-----RDLAEELIAGIF-----
A0A192M5B3/1-267           MHIVICIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALQLRDRHGG-EVTVLTMGPPMAEDALRKALTYGADRAVLLTDRHFAGSDTLATSFALSRAIAKIGEAF--GTPDIVFTGKQTIDGDTAQVGPGIAKRLDLLQLTYVAKIVSVDINGREITVERRSEGGTQTLMSKLPCLITMLEGTNEIRRGSLDDALRA-ARSQIVKWNAADAGI--EDLTKCGLRGSPTVVKRVFAPPERAEKAEQIDTAE-KTP-----RDLAEELIAGIF-----
A0A192VZC4/1-267           MHIVICIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALQLRDRHGG-EVTVLTMGPPMAEDALRKALTYGADRAVLLTDRHFAGSDTLATSFALSRAIAKIGEAF--GTPDIVFTGKQTIDGDTAQVGPGIAKRLDLLQLTYVAKIVSVDINGREITVERRSEGGTQTLMSKLPCLITMLEGTNEIRRGSLDDALRA-ARSQIVKWNAADAGI--EDLTKCGLRGSPTVVKRVFAPPERAEKAEQIDTAE-KTP-----RDLAEELIAGIF-----
A0A1L5PBR5/1-267           MHIVICIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALQLRDRHGG-EVTVLTMGPPMAEDALRKALTYGADRAVLLTDRHFAGSDTLATSFALSRAIAKIGEAF--GTPDIVFTGKQTIDGDTAQVGPGIAKRLDLLQLTYVAKIVSVDINGREITVERRSEGGTQTLMSKLPCLITMLEGTNEIRRGSLDDALRA-ARSQIVKWNAADAGI--EDLTKCGLRGSPTVVKRVFAPPERAEKAEQIDTAE-KTP-----RDLAEELIAGIF-----
A0A0M3GDK3/1-267           MHIVICIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALQLRDRHGG-EVTVLTMGPPMAEDALRKALTYGADRAVLLTDRHFAGSDTLATSFALSRAIAKIGEAF--GTPDIVFTGKQTIDGDTAQVGPGIAKRLDLLQLTYVAKIVSVDINGREITVERRSEGGTQTLMSKLPCLITMLEGTNEIRRGSLDDALRA-ARSQIVKWNAADAGI--EDLTKCGLRGSPTVVKRVFAPPERAEKAEQIDTAE-KTP-----RDLAEELIAGIF-----
A0A192WJB3/1-267           MHIVICIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALQLRDRHGG-EVTVLTMGPPMAEDALRKALTYGADRAVLLTDRHFAGSDTLATSFALSRAIAKIGEAF--GTPDIVFTGKQTIDGDTAQVGPGIAKRLDLLQLTYVAKIVSVDINGREITVERRSEGGTQTLMSKLPCLITMLEGTNEIRRGSLDDALRA-ARSQIVKWNAADAGI--EDLTKCGLRGSPTVVKRVFAPPERAEKAEQIDTAE-KTP-----RDLAEELIAGIF-----
B3Q2S0/1-267               MHIVICIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALQLRDRHGG-EVTVLTMGPPMAEDALRKALTYGADRAVLLTDRHFAGSDTLATSFALSRAIAKIGEAF--GTPDIVFTGKQTIDGDTAQVGPGIAKRLDLLQLTYVAKIVSVDINGREITVERRSEGGTQTLMSKLPCLITMLEGTNEIRRGSLDDALRA-ARSQIVKWNAADAGI--EDLTKCGLRGSPTVVKRVFAPPERAEKAEQIDTAE-KTP-----RDLAEELIAGIF-----
Q8KIN8/1-267               MHIVICIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALQLRDRHGG-EVTVLTMGPPMAEDALRKALTYGADRAVLLTDRHFAGSDTLATSFALSRAIAKIGEAF--GTPDIVFTGKQTIDGDTAQVGPGIAKRLDLLQLTYVAKIVSVDINGREITVERRSEGGTQTLMSKLPCLITMLEGTNEIRRGSLDDALRA-ARSQIVKWNAADAGI--EDLTKCGLRGSPTVVKRVFAPPERAEKAEQIDTAE-KTP-----RDLAEELIAGIF-----
K0VCT0/1-267               MHIVICIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALQLRDRHGG-EVTVLTMGPPMAEDALRKALTYGADRAVLLTDRHFAGSDTLATSFALSRAIAKIGEAF--GTPDIVFTGKQTIDGDTAQVGPGIAKRLDLLQLTYVAKIVSVDINGREITVERRSEGGTQTLMSKLPCLITMLEGTNEIRRGSLDDALRA-ARSQIVKWNAADAGI--EDLTKCGLRGSPTVVKRVFAPPERAEKAEQIDTAE-KTP-----RDLAEELIAGIF-----
A0A192TKV8/1-267           MHIVICIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALQLRDRHGG-EVTVLTMGPPMAEDALRKALTYGADRAVLLTDRHFAGSDTLATSFALSRAIAKIGEAF--GTPDIVFTGKQTIDGDTAQVGPGIAKRLDLLQLTYVAKIVSVDINGREITVERRSEGGTQTLMSKLPCLITMLEGTNEIRRGSLDDALRA-ARSQIVKWNAADAGI--EDLTKCGLRGSPTVVKRVFAPPERAEKAEQIDTAE-KTP-----RDLAEELIAGIF-----
A0A1B1UJD5/1-266           MHNVICIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEAALELRDKFGG-EITVLTMGPPSAEDSLRKALTFGADRAVLLTDRCFAGADTLATTYALATAIRKIGKEY--GPPDLIFTGKQTIDGDTAQVGPGVAKRLGVLQLTYVAKIRALNLTARTIETERRSEGGVQVLRTRLPCLITMLEATNQIRRGAMADALRA-ARAPIVKWSAQEAGV--EDISKCGLRGSPTVVKRVFAPSARAEKAVLVEAAE----------QPAQALIDAIFKHQ--
C8S0S0/19-287              LNIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDQYDG-QVTVLSMGPPMAEDALRRALGLGADRAVLITDRRFAGSDTLATSFALATALGKIAEE---RPIDIVFTGKQTIDGDTAQVGPGIARRMGLNQLTYVSAIDSLDLGQKAIVVRRRSEGGVQVLRSRLPCLITMLEDTNTIRRGSIQDLLRA-ARAPVAIWSAEDAGV--ADPMKCGLRGSPTVVKRVFAPSPRAEKAEMVTIEG-KAP-----AQIGDALIDLLFARD--
I9C876/1-265               MHIVVCIKQVPDSAQIRVHPVHNTIMRQGVPTIINPYDLFALEEALRLRDRLGG-EVTVLTMGPPTASESLRKALTFGADRAVLLTDRYFAGSDTLATSYALATALEKIAAEF--GAPDIVFTGKQTIDGDTAQVGPGIAKRLNYNQLTYVARIAETDLAAGTITVERRAEGGTQVLLSRLPALITMLEATNEMRRGSIENALAA-ASAKVITWNATDIGV--TDLTKCGLRGSPTIVKKVFAPGARSEKASFIEAEG--GS-----DLLADAVISAI------
B2IEU9/1-270               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFSLEEALRLRDKFGG-EVTVVTMGPPMADASLRKCLTFGADRAVLLTDRFFAGSDTLATSYALSYLIKKVGEEW--GAPDIIFCGKQTIDGDTAQVGPGIAKRLNLLQLTYISKIDEFDLAKREITLQRRAEGGIQVLKTKLPCLVTMLEGTNDMRRGSIEDALRG-ARSEIVTWSAAEAGI--PDLALCGLRGSPTIVKKVFAPAPRDEKAFQIDVQD-KSA-----NDISEALIAEINQRQ--
H6SS67/25-293              MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDKMGG-KVTVMTMGPPMADESLRKALGFGADAAVLLTDRFFAGSDTLATSFALATAIDKLHKE---DPISVVFTGKQTIDGDTAQVGPGIAQRLGLNQLTYVSGIREVDVQAKTIVVERRAEGGTQVLKTALPCLITMLEGTNTMRRGSMDDMFRA-ARAAIATWSAKDAGV--EDMTKCGLRGSPTVVKKVFAPQPRKDKAKLVETAG-KTP-----ADVAQATIDTLFAAN--
A0A0E9MIZ4/1-269           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIINPYDLFALEEALCLKDKHGG-TVTVITMGPPQAEAALRKALSFGADDAILITDRAFAGADTLATSFALASAIRQIQKN---MPVDMVFTGKQTIDGDTAQVGPGVAKRLDMQLLTYVSKIVAVKPEASEIVVERRAEGGVQLLKTSLPCLVTVLEGNNQMRFANMPNMFRA-ARHPLKLWNREEAGIADDDIVKIGLKGSPTVVSKVFAPTPKSERAEMIEVES-GDP-----KDMAVTVLSKMFT----
A0A1E4QU89/1-269           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIVNPYDLFSLEEALRLKDRLGG-RITALCMGPPQAEDALRKCISFGADDAVLITDRAFAGADTLATSYALAAAIQQITTQ---QTVDIVFTGKQTIDGDTAQVGPGIARRLGFQLLTYVSKVVETDLDARSIVVERRAEGGVQVLQTALPCLVTMLENTNELRFATLPAMIHA-AAFPIRKWNREQAGI--TDLNKIGLKGSPTVVSKVFGPTPRDEKAEILEVNA-SSL-----HDVSRKLMEKILTRH--
V6F1D0/1-269               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFSLEEALRLRDQLGG-KVTVITMGPKMAIEALKKCISYGADDAILLTDKVFAGSDTLATSFALASAIAKIGET---APVDMVFCGKQTIDGDTAQVGPGIARRLHMQQLTYVAQVEKVDLDKGEIVVHRRSEGGVQVLATRLPCLVTMLEGSNEMRYGSMDDLFRA-ARYEVAEWDHKAAGI--SVTAQCGLKGSPTVVKKVFAPPAKAVKAEMIKTEG-KTP-----REVADALLTSVFAKH--
W6RJL2/1-266               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEAFKVRDCHGG-TITVLTMGPPMAEQAMRKALTYGADRAILLTDRHFAGSDTLATSFAIAQAIAKIGDSF--GAPDIVFTGKQTIDGDTAQVGPGIAKRLNLQQLTYITKIASIDRHAREITVERRSEGGTQMLKSKFPCLITMLEGVNSIRRGSLDDALRA-ARSPILKWSAADAGI--EELASCGLRGSPTVVKRVFAPTARAQKAMQIDTTD-KAV-----GDVADEVVASI------
A0A1L5M4V0/1-265           MHNIVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEAALGLRDRFGG-EITVLTMGPPSAEESLRKALTYGADRAVLLTDRCFAGSDTLATTYALATAIRKIGKEY--GPANLIFTGKQTIDGDTAQVGPGIAKRLGVGQLTYVAKVRSVDVANETIEAERRSEGGVQVLHTRLPCLITMLEATNQIRRGAMADALRA-ARAKIVKWSAQDAGV--EDISKCGLKGSPTVVKRVFAPPARAERAALVESAE----------QPAQALIDAIFLN---
A0A0M9B640/1-265           MHNIVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEAALGLRDRFGG-EITVLTMGPPSAEESLRKALTYGADRAVLLTDRCFAGSDTLATTYALATAIRKIGKEY--GPANLIFTGKQTIDGDTAQVGPGIAKRLGVGQLTYVAKVRSVDVANETIEAERRSEGGVQVLHTRLPCLITMLEATNQIRRGAMADALRA-ARAKIVKWSAQDAGV--EDISKCGLKGSPTVVKRVFAPPARAERAALVESAE----------QPAQALIDAIFLN---
G7DCV3/1-265               MHNIVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEAALGLRDRFGG-EITVLTMGPPSAEESLRKALTYGADRAVLLTDRCFAGSDTLATTYALATAIRKIGKEY--GPANLIFTGKQTIDGDTAQVGPGIAKRLGVGQLTYVAKVRSVDVANETIEAERRSEGGVQVLHTRLPCLITMLEATNQIRRGAMADALRA-ARAKIVKWSAQDAGV--EDISKCGLKGSPTVVKRVFAPPARAERAALVESAE----------QPAQALIDAIFLN---
A0A023X8K8/1-265           MHNIVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEAALGLRDRFGG-EITVLTMGPPSAEESLRKALTYGADRAVLLTDRCFAGSDTLATTYALATAIRKIGKEY--GPANLIFTGKQTIDGDTAQVGPGIAKRLGVGQLTYVAKVRSVDVANETIEAERRSEGGVQVLHTRLPCLITMLEATNQIRRGAMADALRA-ARAKIVKWSAQDAGV--EDISKCGLKGSPTVVKRVFAPPARAERAALVESAE----------QPAQALIDAIFLN---
A0A191ZEI5/1-269           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIINPFDLFAIEEALRLKDKMGG-RVTVLTMGPPQAEDALRKAIAYGVDDVVLLTDRAFAGADTLATSFALAQAIRTIGEE---SPVDIVFTGKQTIDGDTAQVGPGIAKRLGLQLLTYVSAVDAVDLDQKTITIQRRSEGGVQVIKTQLPALITMLEGTNQIRFATMSDMFRS-ARAEVPKWSKDRAGI--EDVTKIGLKGSPTVVSKVFAPKPKAVKAQMIGVDG-DTP-----QAKAAALLDVLTGQH--
A0A1E3VNG7/1-267           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFAVEEALRLRDTHGG-EVTVLTMGPPSAEDSLRRVLSFGVDRAVLLTDRFFAGSDTLATTYALATAIKKIGETF--GAPDIVFTGKQTIDGDTAQVGPGIAKRLDLRQLTYISKIDSVDTDAKEIVVERRSEAGVQVLKSQLPVLVAMLEGTNDLRRGTLEEAIAA-ARAEVVRWSAADAGI--EDMQKCGLRGSPTIVKKVFAPSARSEKAAFIETED---------QVPAEALIDEIFKRQ--
A0A0D6B117/29-297          LNIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEAMRLRDDYGG-TVTVLTMGPPMAEDALRRALGLGADKAVLITDRRFAGSDTLATSFALSAALAKLAED---GPIDIVFTGKQTIDGDTAQVGPGIARRMGLNQLTYVSAIDSLESDNTTITVRRRSEGGVQVLQSRLPCLITMLEDTNLLRRGSLQDMLRA-ARAPLTIWSAEDAGI--EDPMKCGLRGSPTVVRRVFAPQPRAEKAEMVAVEG-KAP-----AQIGDAILDVLFAKS--
A0A095EV47/1-269           MNIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEAMRLRDQYGG-QVTVLCMGPPMAEDALRRALGLGADKAVLITDRRFAGSDTLATSFALATALTRLGAD---HPVDIVFTGKQTIDGDTAQVGPGIASRLELNQLTYVSAIDTLDQGKGEIVVRRRAEGGVQVLKSKLPCLITMLEGSNEIRRGSVADMLRA-ARAELTVWSAEEAGV--EDVMMCGLRGSPTVVKRVFAPSARDEQAEMVTVEG-KQP-----AQIGDAIIDLIFAAQ--
P97089/1-258               MNILVLIKQVPDTNEVRIDPVTKTLIREGVPSIINPDDKNALEEAIRIREKVGG-KVTVISMGPTQAEVALREALAMGADEAYLLTDRAFAGADTYATAKALSKAIEKF-------QYDIVFCGRQAIDGDTAQVGPQIAEQLDIPQVTYVRKV---EIEGDKLIVERALEDGYEIIEVKTPVLLTAIKELNVPRYPSIKGIFNAYNKKEVKILTADDLEV---DKNELGLKGSPTKVVATSTPNTERAGEIFTGNI----------KEAVQNLVERLNSRH--
A0A1J5Q8W6/1-269           MNIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFSLEAALALRDMTGG-TVTVLTMGPPMAEESLRKALGYGADRAVLLTDRFFAGSDTLATSYALSTAIAKLAEE---APIDMVFCGKQTIDGDTAQVGPGIACRLGLNQLTYVTAVDGLDAAAREITVQRRSEGGVQVLRTKLPVMVTMLEGSASIRRGTLPDLLRA-ARAPITVWNAAAAGI--EDVQRCGLRGSPTVVKKVFAPKPRAEKAKLIDVKG-RRD-----GEIAADTLAALFAAL--
A0A1D8KCD6/1-269           MHIVVCIKQVPDSAQIRIHPVTNTIMRQGVPAIVNPYDLFALEEALRVRDRLGG-RVTVLTMGPPTAEAALRKALSIGADDAVLLTDRMFAGSDTLATSFALSTAIRKLNDE---LPVDIVITGKQTIDGDTAQVGPGIAIRLGFNLLTYVSQIEDIDLEARRIRVHRRAEGGVQVIDTPMPCLITLLEGVNTLRHGSLPDMFRA-ARAEVRRWSRQDAGI--EDPSRIGLKGSPTVVTRVFAPKPSADPAEQMEVEG-RGA-----GEIAVDMVERLFAEH--
J0W6G5/1-266               MNIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDRYGG-EITVLAMGPPMAKQALEKALAHGADRAVLLSDRRFAGSDTLATSFAISRAIANLGLR---RAPEIVLTGKQTIDGDTAQVGPGIARRLDLQQLTYVTKIVSVDLRAREITVERRSEGGTQTLKSRLPCLISVLEGGNVIRRGSVADALRA-ARTQIESWRAADAGI--VEIAKCGLSGSPTVVKRVFAPTPRAERAIQIGAIG-NES-----GRLADEVIASIF-----
I8RJX0/1-261               MEILVCIKQVPDTAEVKIDPVTNTLIRQGVPSIVNPFDKNALEAALQLKDKHGG-KVTVISMGPPQAKEALRECLAMGADNAILVSDRAFGGSDTLATSYTLAATIRKIG------TYDLIFCGKQAIDGDTAQVGPEIAEHLGIAQITYVAKI---EVNGDTVSVEREYEEGYGVIEGKLPLLISVVKSINEPRYPTIKGTMKA-NRAEIPVWTMADLDV---DEQKLGLKGSPTQVRRIFTPPQRTEGVIIQKDT----A-----WESVAVLIQKLSDAKII
A0A125RGW2/1-265           MHIVVCIKQVPDSAQIRVHPVNNTIMRQGVPAIVNPYDLFSLEEALRIKDRFGG-AVTMLCMGPPQAEEALRKCISYGADDAVLVTDRAFAGADTLATSYALAAAIRQIATE---QAVDIVFTGKQTIDGDTAQVGPGIAKRLGAQLLTYVSRIVEIDVDARTIVVERRAEGGVQVLKTALPCLVTMLENTNELRFATLPAMIHA-AGFPVRKWNREQAGI--EDASKIGLKGSPTVVSKVFGPTPRAETAEMLELGA-SSL-----RDVSLKLMHKI------
A5ENS1/1-267               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEAALQLRDKFGG-EVTVLTMGPPSAEDSLRRALTYGADRAVLLTDRFFAGADTLATTYALATAIRKISETF--GAPDIVFTGKQTIDGDTAQVGPGIAKRLGLLQLTYVAKINEVDPVARTIEAERRSEGGVQVLKTKLPCLVTMLEATNEIRRGAMADALRA-ARAQIVTWSAKDAGV--EDISKCGLKGSPTIVKRVFAPSARAEKATIVDFAN---------RPPAEALIEELFKRQ--
P53576/1-269               MHSVVCIKQLPDSAQIRVHPVTNTIMRQGVPAIINPYDLFALEEALRLKDKFGG-TVTVVTMGPPMAEAALRKCLSFGADDAILVSDRAFAGSDTLATSYALSAVIRKIMED---MPVDLIFTGKQTIDGDTAQVGPGIAKRLDYQLLTYVSRIVDVDTAKKEIQVERRAEGGVQLLETSLPCLITMLEGTNEMRFGDLDDLFRA-ARHELKVWDRVAAGI--DTVEMIGLKGSPTVVSKVFAPKPRSKRAELIESHD-SDP-----KNLAEAALAKLFTQH--
A0A1B4LH84/1-264           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIPNPYDLFSLEEALRLKDRFGG-MVTALCMGPPQAEDALRKCVSYGADDAILVTDRAFAGADTLATSYALAAGIRQIARE---QAVDIVFTGKQTIDGDTAQVGPGIAKRLGMQLLTYVSRIVEIDPDARTIVVERRAEGGVQVLKTALPCLVTMLENTNELRFATMPAMIHA-AGFPVRRWNKEDAGI--EDVTKIGLKGSPTVVSKVFGPTPRSEKADLLELDT-STL-----RDVSLTLLQK-------
A0A132D6K9/1-264           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIPNPYDLFSLEEALRLKDRFGG-MVTALCMGPPQAEDALRKCVSYGADDAILVTDRAFAGADTLATSYALAAGIRQIARE---QAVDIVFTGKQTIDGDTAQVGPGIAKRLGMQLLTYVSRIVEIDPDARTIVVERRAEGGVQVLKTALPCLVTMLENTNELRFATMPAMIHA-AGFPVRRWNKEDAGI--EDVTKIGLKGSPTVVSKVFGPTPRSEKADLLELDT-STL-----RDVSLTLLQK-------
A4JRK6/1-264               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIPNPYDLFSLEEALRLKDRFGG-MVTALCMGPPQAEDALRKCVSYGADDAILVTDRAFAGADTLATSYALAAGIRQIARE---QAVDIVFTGKQTIDGDTAQVGPGIAKRLGMQLLTYVSRIVEIDPDARTIVVERRAEGGVQVLKTALPCLVTMLENTNELRFATMPAMIHA-AGFPVRRWNKEDAGI--EDVTKIGLKGSPTVVSKVFGPTPRSEKADLLELDT-STL-----RDVSLTLLQK-------
H0PU49/1-268               MHSVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIINPYDLFALEEALRLKDRFGG-TVTVITMGPPMAEVALRKCLSFGADDAILVSDRAFAGADTLATSCALASAINKIREN---MPVDLIFTGKQTIDGDTAQVGPGIAKRLDYQLLTYVSAIREIDHDNREIVVERRAEGGVQVLRTKLPCLITMLEGTNEMRYADMDDMFRA-ARYPLKLWDRVAAGI--ENPDVVGLKGSPTVVGKVFAPKPRNKRAEIVETID-NDP-----KNLAATLLAKVFTQ---
A0A1A5SC82/1-266           MHIVVSIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDAYGG-EVTVLTMGPPMAEDSLRKALGYGADRAVLLTDRYFAGSDTLATSLALSQAIAKIGETF--GTPDVVFTGKQTIDGDTAQVGPGIAKRLDLSQLTYVARIATIDLAAREITVERRCEGGTQTLKSKLPCLITMLEGTNEMRRGSIEDALSA-ARRQVVKWSAAEAGI--EDLTKCGLRGSPTVVRRVFAPTARSEKAAQIDTAE-KTL-----RDLADELIVAI------
F7Y553/1-266               MHIVVSIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDAYGG-EVTVLTMGPPMAEDSLRKALGYGADRAVLLTDRYFAGSDTLATSLALSQAIAKIGETF--GTPDVVFTGKQTIDGDTAQVGPGIAKRLDLSQLTYVARIATIDLAAREITVERRCEGGTQTLKSKLPCLITMLEGTNEMRRGSIEDALSA-ARRQVVKWSAAEAGI--EDLTKCGLRGSPTVVRRVFAPTARSEKAAQIDTAE-KTL-----RDLADELIVAI------
L0KTT9/1-266               MHIVVSIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDAYGG-EVTVLTMGPPMAEDSLRKALGYGADRAVLLTDRYFAGSDTLATSLALSQAIAKIGETF--GTPDVVFTGKQTIDGDTAQVGPGIAKRLDLSQLTYVARIATIDLAAREITVERRCEGGTQTLKSKLPCLITMLEGTNEMRRGSIEDALSA-ARRQVVKWSAAEAGI--EDLTKCGLRGSPTVVRRVFAPTARSEKAAQIDTAE-KTL-----RDLADELIVAI------
E8TIQ3/1-266               MHIVVSIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDAYGG-EVTVLTMGPPMAEDSLRKALGYGADRAVLLTDRYFAGSDTLATSLALSQAIAKIGETF--GTPDVVFTGKQTIDGDTAQVGPGIAKRLDLSQLTYVARIATIDLAAREITVERRCEGGTQTLKSKLPCLITMLEGTNEMRRGSIEDALSA-ARRQVVKWSAAEAGI--EDLTKCGLRGSPTVVRRVFAPTARSEKAAQIDTAE-KTL-----RDLADELIVAI------
G8QFW5/1-268               MHSVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIINPYDLFALEEALRLKDRFRG-TVTVVTMGPPMAEAALRKCLSYGADDAILVSDRAFAGSDTLATSYALATTIKKIMGN---MPVDLIFTGKQTIDGDTAQVGPGIAKRLDYQLLTYVSKIVDLDLEKKEITVERRAEGGVQLLKTATPCLITMLEGTNEMRFGDLDDLFRA-ARYDLKVWNREAAGI--DDAEMIGLKGSPTVVSKVFAPRPRSQRAEMVETVD-NDP-----KNLAVTLLAKVFTQ---
A0A1E4JX37/1-269           MHIVVCIKQVPDSAHIRVHPVTNTIMRQGVPAIINPYDLFAIEAALRLKDQLGG-RVTVMSMGPTQAEPALRKAISLGCDEAILVTDRIFAGADTLATSYVLASAIRTLDKE---MPVGLVFTGKQTIDGDTAQVGPGIAKRLDMQLLTYVSRIVEVDPAQRRIVVERRAEGGVQVLETAMPALITMLEGSNEIRFASTPGMFRA-ARTTIRHWDRNAAGI--EDIKLVGLKGSPTIVSRVFGPTPRAEKAKPIPFDP-ADP-----DSCANHLLEHLLNEM--
A0A0P6VS84/1-268           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDRLGG-TVTVVTMGPPTAEDSLRKALTYGADRAVLLTDRFFAGSDTLATSYALAAAIRRIGETF--GPADLVFAGKQTIDGDTAQVGPGIAKRLGLLQLTYVSKLGAVDPDGRSIEVERRAEGGTQVLATRLPCLVTMLEGSNEMRRGTMADALRA-AREPIVVWSAKDAGI--EDIGKCGLRGSPTVVKRVFAPTARSEKAALIEVRP--AA-----RDTADALIDALFTR---
A0A0A1H5C6/1-269           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIVNPYDLFSLEEALRLKDEYGG-RVTVITMGPPQAEAALRKCISFGADDAVLVTDRAFAGADTLATSCALASAITQIHKG---HAVDIVFAGKQTIDGDTAQVGPGVAKRLDLQLLTYVSKIRSLDLTSRTIEVERRAEGGVEGLRTQLPCLITMLEGTNEMRFASMDNMFRA-ARHKVQIWDRVAAGI--EDVSKIGLKGSPTVVSKVFAPQPRANRAQIIQAEG-DEP-----RDLAITLVARLFTQH--
B6A0Y5/1-269               MHIVVCIKQVPDSAQIRVHPITNTIMRQGVPTIINPYDLFALEEALRLRDRYGG-EVTVLTMGPPMAKQALEKALSYGADHAVLLSDRHFAGSDTLATSFAISRAIMKMGRR---RTPEIVFAGKQTIDGDTAQVGPGIAKRLELQQLTYVTKIVSIDLHTRKIAVERRSEGGIQMLNSRLPCLITVLDGVNVIRRGSVADALHG-ARSEIPTWRATDVGI--EELANCGLRGSPTVVKRVFAPTPRAEKAIQIEAIE-QES-----GQVADDVVASILEHQ--
D3GDJ5/1-272               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALQVRDRYGG-EVTVLTMGPPMAEQALRKALTHGADRAVLLTDRHFAGSDTLATSYALSQAVAKIGESY--GGPDIVFTGKQTIDGDTAQVGPGIAKRLNLQQLTYVTKIVSIDPTSRELMVERHAESGTQMLKSTLPCLITVLEGVNAIRRGSLDDAFRA-ARSQGLKWGAADAGI--GELTKCGLRGSPTVVKRVFAPGPRAEKAMQVDIND-KTL-----AEVAADTVVAIFARQPV
A0A1D2SES7/1-269           MHIVVCIKQVPDSSQIRVHPVTNTIMRQGVPAVVNPYDLVSLEEALRIKDRFGA-RVTVLSMGPKMAVEALKKCVSFGADDAILITDRVFAGSDTLATSYALSSAIRTIGAD---RPVDMVFCGKQTIDGDTAQVGPGIARRLGLQQLTYVSRIEHLDPEAREIVVHRRAEGGVQVMKTKLPCLVTMMEGANTIRFADMDSMFRA-ARYQPIEWDHKAAGI--PEVARCGLKGSPTVVKKVFAPPPRANKAEVVDARG-KPA-----REAVDALLAKVFAKH--
H5Y7H8/1-266               MHSIVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEAALELRDQFGG-EVTVLTMGPPSAEESLRKALTFGADRAVLLTDRSFAGSDTLATSYALASAIRNIGKEY--GPPDVIFTGKQTIDGDTAQVGPGIARRLGVQQLTYVSTIKALDLKLRTIEAERRCEGGVQVLGSKLPCLVSMLEATNQIRRGAMIDALRA-ARTTIVKWSAQSAGV--DDMANCGLRGSPTVVKRVFAPSARAEKATWVEAAE----------QPAQALIDAMFKRN--
K0E266/1-265               MHIVVCIKQVPDSAQIRVHPVNNTIMRQGVPAIVNPYDLFSLEEALRIKDRFGG-AVTMLCMGPPQAEEALRKCISYGADDAVLVTDRAFAGADTLATSYALAAAIRQIATE---QAVDIVFTGKQTIDGDTAQVGPGIAKRLGAQLLTYVSRIVEIDVDARTIVVERRAEGGVQVLKTALPCLVTMLENTNELRFATLPAMIHA-AGFPVRKWNREQAGI--EDASKIGLKGSPTVVSKVFGPTSRAETAEMLELGA-SSL-----RDVSLKLMHKI------
B2JYB7/1-265               MHIVVCIKQVPDSAQIRVHPVNNTIMRQGVPAIVNPYDLFSLEEALRIKDRFGG-AVTMLCMGPPQAEEALRKCISYGADDAVLVTDRAFAGADTLATSYALAAAIRQIATE---QAVDIVFTGKQTIDGDTAQVGPGIAKRLGAQLLTYVSRIVEIDVDARTIVVERRAEGGVQVLKTALPCLVTMLENTNELRFATLPAMIHA-AGFPVRKWNREQAGI--EDASKIGLKGSPTVVSKVFGPTSRAETAEMLELGA-SSL-----RDVSLKLMHKI------
U4Q3Y3/1-267               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALKVRDCHGG-EVTVLTMGPPMAEEALRKALIYGADRAVLLTDRHFAGSDTLATSFALSQAIAQIGNSY--GTPDIVFTGKQTIDGDTAQVGPGIAKRLNLVQLTYVAKITSIDLSARAIKVERRSEGGTHVLKSKLPCLITMLEGNTVIRRGSLDDALRA-ARSEIVKWNAAEAGI--EDITKCGLRGSPTVVKRVFAPTPREQKAVQIDTIE-KRV-----HDIADELVASIF-----
M5ALH6/1-270               MHIVICIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRGAHGG-EVTVLTMGPPMAEDALRKALTYGADRAVLLTDRCFAGSDTLATSFALSRAIVRIGETF--GAPDIVFAGKQTIDGDTAQVGPGIAKRLGLLQFTYVAKIASIDLDAREITVNRRSEGGTQMLKSRLPCLITMLEGTNEIRRGSLDDAMRA-ARSQIVKWSAAEAGI--EDLNKCGLRGSPTVVKRVFAPTTRAEKATQIDMTD-KTQ-----HDAADELIAAIFTRQ--
X6FXH0/1-267               MHIVICIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDAYGG-EVTVLTMGPPMAEDALRKALGYGADRAVLLTDRYFAGSDTLATSFALSQAIAKVGETF--GTPDLVFTGKQTIDGDTAQVGPGIAKRLELLQLTYVAKIASIDIAAREIKVERRSEGGTQMLKSRLPCLITMLEATNEIRRGSIHDALCA-ARSQVLKWSAADAGI--EDLTKCGLRGSPTVVKRVFAPPARAEKAAKIDTAE-MAL-----RDVADELITAIF-----
A0A1E3VHI2/1-267           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALKVRDLHGG-EVTVLTMGPPMAEEALRKALTYGADRAILLTDRHFAGSDTLATSFALSQAISQIGNSF--DTPDIVFTGKQTIDGDTAQVGPGIAKRLNLVQLTYVAKITSIDLSARAITVERRSEGGTHVLKSELPCLITMLEGTTVIRRGSLDDALRA-ARSEIVKWNAAEAGI--EDITKCGLRGSPTVVKRVFAPTPREQKAVQIDTTE-KRV-----HDIANELVASIF-----
A0A063BIH1/1-265           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIPNPYDLFSLEEALRLKDRFGG-KVTALCMGPPQAEDALRKCISYGADDAVLVTDRAFAGADTLATSYALAAGIRQIARE---QAVDIVFTGKQTIDGDTAQVGPGIAKRLGMQLLTYVSRIVETDPDARTIVVERRAEGGVQVLKTKLPCLITMLENTNELRFAALPAMIHA-AGYPVRKWNKEQAGI--EDLTKIGLKGSPTVVSKVFGPTPRSEKAEMLDVDT-STL-----RDVSLNLLQKI------
B2AIY6/1-269               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIINPYDLFSLEEALRLKDRFGG-RLTALCMGPPQAEDALRKCISFGADDAILITDRAFAGADTLATSYALAAAIQKITTQ---QTVDMVFTGKQTIDGDTAQVGPGIATRLGFQLLTYVSRIVETDLNKRSIVVERRAEGGVQVLQTTLPCLITMLENTNELRFATLPAMIHA-AAVPIRKWNREQAGI--TDLNRIGLKGSPTVVSKVFGPAQKDEKAEILEVGA-ANL-----REVSHKLVQKILARH--
B7JA57/1-268               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIINPFDVFAIEEALRLKDRFGG-RVTVLTMGPPQAEDALRKAIAYGADDVILLTDRAFAGADTLATSFALAQTIRKIGEE---HPVDLVFTGKQTIDGDTAQVGPGVARRLGLQLLTYVSAIDTLDLAERSITVRRRSEGGVQVIRTRLPALITMLEGSNQIRFAGMDDMFRS-ARFEVPKWNKERAGI--EDVSKIGLKGSPTVVSKIFTPKPRAVKAQMIGADL-DA------DGTANAILDILSSQH--
B5EQT4/1-268               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIINPFDVFAIEEALRLKDRFGG-RVTVLTMGPPQAEDALRKAIAYGADDVILLTDRAFAGADTLATSFALAQTIRKIGEE---HPVDLVFTGKQTIDGDTAQVGPGVARRLGLQLLTYVSAIDTLDLAERSITVRRRSEGGVQVIRTRLPALITMLEGSNQIRFAGMDDMFRS-ARFEVPKWNKERAGI--EDVSKIGLKGSPTVVSKIFTPKPRAVKAQMIGADL-DA------DGTANAILDILSSQH--
J0C7S6/78-344              MNIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDRYGG-EVTVLTMGPPMAKQALEKALALGADRAVLLSDRRFAGSDTLATSFAISRAITNLGLR---RAPEIVLTGKQTIDGDTAQVGPGIARRLDLQQLTYVTKIVSVDLRAREITVERRSEGGTQTLKSRLPCLISVLEGGNVIRRGSVADALRA-ARTRIEDWRAADAGI--VEIAKCGLRGSPTVVKRVFAPTPRAEKAIQIGATG-NES-----GRLADEVIASIFE----
A0A150ZED1/1-266           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIVNPFDLFALEAAMELRDKFGG-EITVLTMGPPAAESSLRKALTFGADRAVLLTDRVFAGADTLATTYALAAAIHKIGEEY--GPPDLIFAGKQTIDGDTAQVGPGIAKRLSVVQLTYVAQITSLDLEARAIEVERRSEGGVQVLRTKLPCLITMLEATNEIRRGGMIDALRA-ARTDIVKWNAHDAGI--ADISKCGLKGSPTIVKRVFAPSKREEKAMLVEGAD----------QPVSALIDAIFKHR--
A0A0B1ZNE0/1-269           MHIVVCIKQVPDSGQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLKDKLGA-TVTVLTMGPPTAADSLRKALTFGADRAVLLTDRYFAGSDTLATSFALSMALKKVAEEF--GKPEIIFTGKQTIDGDTAQVGPGIAKRLDYNQLTYISRIVETDLDGGKITVERRAEGGLQVLETKLPVLITMLEASNEMRRGSIENALIA-ARADVVTWNAEAVGI--EDLTKCGLRGSPTIVKKVFAPTARTEKAEIVEAEG--KA-----DARAAALVEAIFAKA--
D5WN32/1-256               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIVNPYDLFSLEEALRLKDRFGG-TVTTLCMGPPQAEDALRKCVSYGADDAVLVTDRAFAGADTLATSYALAAAIRQIAKE---QPVDIIFTGKQTIDGDTAQVGPGIATRMGFQLLTYVSRIVEIDLTARSIVVERRAEGGVHVLKTRLPCLVTMLENTNELRFAALPRMIQA-AAFPVRKWNREQAGI--EDVSKIGLKGSHTVVSKVFGPTPREQKAEMLTLDM-ASL-----RG---------------
Q07HZ6/1-266               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEAMRLRDKVGG-EVTVLTMGPPSAEDSLRKALTFGADRAVLLTDRFFAGADTLATSYALAAAVRKIGSTF--GPVDVVFTGKQTIDGDTAQVGPGVCKRLNFVQLTYVCKIVSIDLEGRTIEVERRSEGGVQVLRSTLPCLITMLEGTNEVRRGSMLNALNA-ARATVVKWSAQDAGV--EDIAKCGLRGSPTVVKRVFAPTPRAEKAALVDPAG---------RPPADALIEEIFKL---
G1Y3Z3/1-265               MHIVVCMKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDRLGG-EVTVLTMGPPMAEESLRKALTFGADRAVLLTDRAFAGSDTLATSFALAAALNKISQEF--GEPPIVFTGKQTIDGDTAQVGPGIAKRLGLNQLTYVARIADLDPAAGTITVERRAEGGLQVLQTRLPVLITMLEGVNEIRRGSLDDAYRA-ARAQVVRWSAADAGI--TELARCGLKGSPTIVKKVFAPQGRAEKVRQVPTAD-RSA-----DELAVDVIAA-------
V7F7Q1/1-267               MHIVICIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDAYGG-EVTVLTMGPPMAEDALRKALGYGADRAVLLTDRYFAGSDTLATSFALSQAIAKVGETF--GTPDLVFTGKQTIDGDTAQVGPGIAKRLDLLQLTYVAKIASIDLAAREIKVERRSEGGTQMLKSRLPCLITMLEGTNEIRRGSIQDALCA-ARSQVLKWTAADAGI--EDLTKCGLRGSPTVVKRVFAPPARAEKAAQIDTAE-MAL-----RDVADELITAIF-----
J6IZJ7/1-270               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFAIEEALRLRDKHGG-LVTILTMGPPMAEESLRKALTFGADRAVLLTDRFFAGSDTLATSFALATAVKKIGEVF--EPVDIVFTGKQTIDGDTAQVGPGIAKRLRLEQLTYVAGVTGLDLAGRTIEVERRAEGGVQALKTSLPCLITMLEGTNEIRRGSMPDALRA-ARAEIVTWSAKDAGI--EDVTRCGLRGSPTVVKRVFAPTPRSEKAKFVEVPK-DAAKPGDKGALAEALVES-------
E6QHC9/1-269               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIVNPYDLYSLEEALRIKDQYGG-RVTVLSMGPLQAETALRKAISFGADDAILVTDRAFAGSDTLATSYALASAISQIEKD---IPIDMIFAGKQTIDGDTAQVGPGIAKRLDMQLLTYVSKVREVDLENRTITVERRAEGGVQVLRTSLPCLVTVLEGTNEMRFATMSNMFRA-ARYPLKTWDKEKAGI--EDLTKIGLKGSPTIVSKVFAPTPKSVKAEIIDTES-NQP-----KDLAVTLLAKLFTKK--
Q05559/1-265               MHIVICIKQVPDSAQIRVDPVTNTIMRQGVPTIINPYDLFALEERSSCA-SHGG-EVTVLTMGPPMAEDALRKALTV-ADRAVLLTERHFAGSDTLATSFALSRAIAKIGEAF--GTPDIVFTAKQTIDGDTAQVGPGIAKRLDLLQLTYVAKIVSVDINGREITVERRSEGGTQTLMSKLPCLITMLEGTNEIRRGSLDDALRA-ARSQIVKWNAADAGI--EDLTKCGLRGSPTVVKRVFAPPERAEKAEQIDTAE-KTP-----RDLAEELIAGIF-----
A4YYT9/1-267               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEAALQLRDKFGG-EVTVLTMGPPSAEDSLRRALTYGADRAVLLTDRFFAGADTLATTYALATAIRKISETF--GAPDIVFTGKQTIDGDTAQVGPGIAKRLGLLQLTYVAKINEVDPAARTIEAERRSEGGVQVLKTRLPCLVTMLEATNEIRRGGMADALRA-ARAQIVTWSAKDAGV--EDISKCGLKGSPTIVKRVFAPSARAEKAVFVDFSN---------KPPAEALIEELFKRQ--
X6D6E4/1-267               MHIVICIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDAYGG-EVTVLTMGPPMAEDALRKALGYGADRAVLLTDRYFAGSDTLATSFALSQAIAKVGETF--GTPDLVFTGKQTIDGDTAQVGPGIAKRLGLLQLTYVAKIPSIDLAAGEIKVERRSEGGTQMLKSRLPCLITMLEGTNEIRRGSIHDALCA-ARSQVLKWSAADAGI--EDLTKCGLRGSPTVVKRVFAPAARAQKAALIDTAE-KAL-----RDVADELITAIF-----
A0A061M5D9/1-266           MRLIVCLKQVPDSGQIRVHPVTNTIMRQGVPTIINPYDLFALEAALELRDQFGG-EVTVLTMGPPSAEDSLRKALTFGADRAVLLTDRLFAGADTLATTHALATAIRKLEAEF--GAPDLVFTGKQTIDGDTAQVGPGLAKRLRLSQLTYVSKIVALDLQARTIDVERRSEGGVQLLRTRLPCLITMLEATNQIRRGAMTDALRA-ARAAILKWNAQEAGV--DDTTKCGLRGSPTIVKRVFAPAVRKEKATLIEPDE----------RPAHALIAAVFERQ--
A0A0R3DPS9/1-266           MHNVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIVNPYDLFALEAAMELRDRIGG-EITVLTMGPPAAEDSLRKALTFGADRAVLLTDRVFAGADTLATTYALAAAIRKIGEEY--GTPDLIFAGKQTIDGDTAQVGPGIAKRLGVVQLTYVAEITSLDLAARAIEVERRSEGGVQVLRTKLPCLITMLEATNEIRRGGMKDALRA-ARTDIVKWNAQDAGI--VDTQKCGLKGSPTIVKRVFAPSKRAEKAMLVEGAD----------QPVPALIDAIFKQR--
A0A0D2VXF5/1-264           MHIVVCIKQVPDSAQIRIHPVTNTIMRQGVPAIINPYDLFSLEEALRLKDRFGG-RVTVLTMGPPMAEASLRKALSFGATHAVLLTDRKFAGSDTLATSYALTSAIRKLHEE---EPVDMVFCGKQTIDGDTAQVGPGIATRMNMQQLTYVAKIEDVNLESREITVHRRSEGGVQVLKSQLPAMITMLEGSNTMRFGTMDDMFRA-ARTPLMNWNKDTC-V--DDESKVGLKGSPTVVSKVFVPKPRAQKAKMVTAEG-GSP------ALAAAAVDMLF-----
I4Z477/1-268               MHIVICIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDAHGG-EVTVLTMGPPMAEDALRKALTYGADRAVLLTDRYFAGSDTLATSFALSQAITKVGETF--GTPDIVFTGKQTIDGDTAQVGPGIAKRLDLLQLTYVAKIASIDLDVREITVERRSEGGMQMLKSRLPCLITMLEGTNEIRRGSLDDALRA-ARSQIVKWSAADAGI--EDLAKCGLRGSPTVVKRVFAPTARAEKAAQIDTTD-KTL-----RDLADELIAAILT----
A0A0D7DXP6/1-266           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDKFGG-EVTALTMGPPSAEDSLRKALTFGADRAVLLTDRFFAGADTLATSYALASAVRRIDTTF--GAVDIVFTGKQTIDGDTAQVGPGVGKRLDFMQLTYVSKVVALDLAGRSIDVERRSEGGVQVLRSRLPCLITMLEGTNEVRRGSMVNALSA-ARASVVKWSAQDAGV--EDISKCGLRGSPTVVKRVFAPTPRAEKAKIVDVGS---------RAPADALIEEIFNV---
A0A090F007/1-268           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDTYGG-EVTVLTMGPPMAEDALRKALGYGADRAVLLTDRYFAGSDTLATSYALSQAIAKVGETF--GTPDIVFTGKQTIDGDTAQVGPGIAKRLDLMQLTYVAKIPSIDLAAGEIKVERRCEGGTQMLQSRLPCLITMLEGTNEVRRGSLEDALYA-ARSQVLRWSAADAGI--DDLTRCGLRGSPTVVKRVFAPTARAEKAALIDAAE-RNL-----RDLADELIAAILT----
A0A090F3H7/1-268           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDTYGG-EVTVLTMGPPMAEDALRKALGYGADRAVLLTDRYFAGSDTLATSYALSQAIAKVGETF--GTPDIVFTGKQTIDGDTAQVGPGIAKRLDLMQLTYVAKIPSIDLAAGEIKVERRCEGGTQMLQSRLPCLITMLEGTNEVRRGSLEDALYA-ARSQVLRWSAADAGI--DDLTRCGLRGSPTVVKRVFAPTARAEKAALIDAAE-RNL-----RDLADELIAAILT----
A0A060UP70/1-268           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIINPFDVFAIEEALRLKDRFGG-RVTVLTMGPPQAEDALRKAIAYGADDVILLTDRAFAGADTLATSFALAQTIRKIGEE---HPVDLVFTGKQTIDGDTAQVGPGIAKRLGLQLLTYVSAIDALDLQERTITVQRRSEGGVQVIQTRLPALITMLEGSNQIRFASMDDMFRS-ARLTVPQWNKDRAGI--EDVSKIGLKGSPTVVSKIFTPKPRAVKAEMIGADL-DA------SGTANAILDILSSQH--
A0A0N7FX53/1-269           MNIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEAMRLRDQYGG-QVTVLCMGPPMAEDALRRALGLGADKAVLITDRRFAGSDTLATSFALATALTRLGAD---HPVDIVFTGKQTIDGDTAQVGPGIASRLELNQLTYVSAIDTLDQGKGEIVVRRRAEGGVQVLKSKLPCLITMLEGSNEIRRGSVADMLRA-ARAELTVWSAEEAGV--EDVMMCGLRGSPTVVKRVFAPSARDEQAEMVTVEG-KQP-----AQIGDAIIDLIFAAQ--
A0A1A6FRA5/1-269           MKILVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFSLEEALKLRDKFGG-EVTVLTMGPPMAENALRKTLAIGADRAILLTDRFFAGADTLATTYALAQAIRKIQKTW--GDLDLVFTGKQTIDGDTAQVGPGVAKRLDLLQLTYVSKIVEADAEKREVVIERRAEGGTQVLKTKMPCLIAMLEGTNEVRRGSISDSLRA-ARAEIITWSAKDAEI--EDLTKCGLKGSPTIVKKVFAPTPRTERAAFVEPGK--TA-----GESADAILEAIFKRH--
G8AJR0/1-264               MHIVVCIKQVPDSAQIRIHPVTNTIMRQGVPAIINPFDLFSLEEALRIKDKVGA-RVTVLTMGPPMAETSLRKALSLGADDAVLLTDRKFAGSDTLATSYALTSAIKKLSEE---EQVDLVFCGKQTVDGDTAQVGPGIATRLGFQQLTYITKIESIDQGAREIVVHRRSEGGVQVLKTALPCMITMLEGTNTIRFGKMDDMFRA-ARYGLKTWNKDTTGA--EE-TKVGLKGSPTVVSKVFVPKPRAQKATMVEAET-PTA-----EAQAAAAVDAI------
A0A109JTK5/1-266           MHSVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEAALQLRDQFGG-EITVLTMGPPSAEESLRKALTFGADRGVLLTDRCFAGSDTLATTYALATAIRKIAKEY--APPDLIFTGKQTIDGDTAQVGPGIAKRLGVLQLTYVARVRALDLAARTIEAERRSEGGVQVLHTRLPCLITMLEATNQIRRGAMADALRA-ARVPIVKWSAQDAGV--EDLSRCGLKGSPTVVKRVFAPSARAEKAALVEASE----------QPAQALIDAIFKHQ--
A0A1J5TAC9/1-265           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIVNPYDLFALEEALRLKDEYGA-RVTVLTMGPPMAEAALRKAISYGADDAVLVTDRAFAGSDTLATSCALASAITQIHKD---MPIDLVFTGKQTIDGDTAQVGPGIAKRLNMQLLTYVTKVRSVDLEKHEVVVERRSEGGVQLLNTSTPSLITVLEGTNEMRFATMANMFRA-SRYPVKVWNREQAGI--EDVATVGLKGSPTVVSKVFAPTPRAVKAEIIQCES-NDP-----KDLSVTLLAKV------
A0A1J5PVQ0/1-265           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIVNPYDLFSLEEALRLKDQYGG-RVTVLTMGPPMAEAALRKAISYGADDAVLVTDRAFAGSDTLATSYALASAIGQIHKD---MPVDLVFTGKQTIDGDTAQVGPGIAKRLDMQLLTYVSKVRSLDIDNREIIVERRSEGGVQVLKTRIPSLITVLEGNNEMRFATMANMFRA-SRYPVKIWNKELAGI--EDPTKTGLKGSPTVVSKVFAPTPRAVKVEIIQCES-NEP-----KDLSVTLLAKM------
I0HXB1/1-269               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIVNPYDLFALEEALRLKDQFGG-RVTVLCMGPPQAEDALRKCISFGATDAILVTDRSFAGADTLATSYALAAAIRKIGQE---QAVDLIFTGKQTIDGDTAQVGPGIAKRLGVNLLTYVSRIVEVDLDGRRIRVERRAEGGVQLLQTTLPSLITMLEGTNEMRFATMADMLRA-GRCPVRRWNKDDAGI--EDVSKIGLKGSPTVVSKVFGPTPRATKAEMQVVAD-SSV-----NDVCLNLLQKIFTTH--
A0A0F2RCS2/1-268           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPSVINPYDLFSLEEAMRLRDTLGG-KVTVLSMGPPMAEDSLRKALGLGADDAVLLTDRFFAGSDTLATSYALASAIKKISET---DPVDIVFAGKQTIDGDTAQVGPGIAKRLNLQQLTYVAKVEGVDLEKREVVVHRRSEGGVQVLKTSLPCLITMLEGSNSIRFGTMPDMFRA-ARHQLRTWNAEAAGI--EDISLCGLKGSPTVVKKVFAPSARKDKATMIDVTG-KSA-----DEISAAAIDAIFKA---
H5WW19/1-269               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIVNPYDLFALEEALRLKDQFGG-RVTMLCMGPPQAEDALRKCLSFGATDAILVTDRAFAGADTLATSYALAAAIRKIGQE---QAVDLVFTGKQTIDGDTAQVGPGVAKRLGMNLLTYVSRIVDLDLDGKRLTVERRAEGGVQLLSTTLPSLITMLEGTNEMRFANMDDMLRA-GRCVVRKWNKDDAGI--EDITKIGLKGSPTIVSKVFGPTARTEKAEMQVVAD-SSP-----NDVVLNLLQKIFTTH--
A0A125RGH6/1-269           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIVNPYDLFSLEEALRLKDRFGA-RVTILSMGPPQAEEALRKCISYGADDAVLVTDRSFAGADTLATSYALAAAVRQIARE---HTVDIIFTGKQTIDGDTAQVGPGIATRMGIQLLTYVSKLVEIDLGQRTIVVERRAEGGVQILRTALPCLITMLENTNELRFATLPRMIHA-AGFPVRKWNREQAGI--EDVSKIGLKGSHTVVSKVFGPTPRDESAEIIECHG-STL-----YDATTQLVHKIFARH--
A0A0X8CQ78/1-266           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEAALELRDRFGG-EITVLTMGPMSAEDSLRKALTFGANRAILLTDRRFAGSDTLATTYALAAAIRKIAHEY--GPPDLIFTGKQTIDGDTAQVGPGIAKRLDVLQLTYVAKIRALDLIARTLEAERRAEGGVQVLLTKLPCLITMLEATNQIRRGCMADALRA-ARAPILKWSAQDAGV--EDLSKCGLKGSPTVVKRVFAPSARAGKAALVEAPE----------QPAQALINAIFEHQ--
V6EWV0/1-269               MNIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFSLEAALQLRDQTGG-KVIVLTMGPPMAEDALRKAMGIGADKAVLLTDRFFAGSDTLATSFSLSMAIAKIAEKE--GPIDLVFCGKQTIDGDTAQVGPGIACRLGLNQLTYITSIEALDAKAREITVQRRAEGGVQVLKTKLPCMITMLEGSNIVRRGSMPNVLRA-AREPILTLNAAAAGI--EDVTRCGLRGSPTVVKKVFAPKPRADKAKLIDTTN-RSH-----TDIANDAVEALFAA---
B0UAP3/1-269               MHSVVCIKQVPDSGQIRVHPVTNTIMRQGVPTIINPYDLFALEAALRLRDRHGG-EVTVLTMGPPMAADSLRKALGFGADRAVLLTDRVFAGSDTLATSFALATAIGRIGATW--GPPDIVFTGKQTIDGDTAQVGPGIAKRLNLTQLTYVARIAELDLSARSVTVERRAEGGVQVLRTRLPCLVTVLEGINEMRRGSLAEALRA-ARAEIVTWSAREAGI--ADIARCGLRGSPTVVKRVFAPASRAEKAALVPTHG-RDA-----AGLAEGLIEALFAR---
G7Z8Y2/1-267               MHIVVCIKQVPDSAQIRIHPVTNTIMRQGVPAIINPFDLFSLEEALRLKDKVGA-RVTVLTMGPPMAETSLRKALSLGADDAVLLTDRKFAGSDTLATSYALTSAIQKLAEE---EPVDIVFCGKQTVDGDTAQVGPGIATRLGFEQLTYITKIEDLNIASKEIVVQRRSEGGVQVLKTKLPCMITMLEGTNTIRFGKMDDLFRA-ARYELKTWSRDFTGA--EE-GRVGLKGSPTVVSKVFVPKPRAEKAKMIVADA-DTP-----DAQAAAAIDAIFAA---
I0GAK3/1-266               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEAALELRDKFGG-EVTVLTMGPPSAEDSLRKALTFGADRAVLLTDRFFAGADTLATTYALATAIRKISTEF--GPPDLVFTGKQTIDGDTAQVGPGIAKRLGLLQLTYVAKISALDLEARTIDAERRSEGGVQILRTRLPCLVTMLEATNQIRRGAMADALRA-ARAPIVKWSAQDAGV--EDISKCGLRGSPTIVKRVFAPAARSEKAALIEVGE----------QPADALIEAIFKRQ--
E6QRR6/1-269               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIVNPYDLFSLEEALRLKDKYGG-RVTVISMGPPQAEGALKKCIAFGADAAILVTDRAFAGADTLATSFALASAIEQIEKD---MKVDMVFAGKQTIDGDTAQVGPGIAKRLDMQLLTYVSKIDELDLVKGEIKVQRRSEGGVQVLQTRLPCLITMLEGTNEMRFATMENMFRA-ARYPVNFWNKDTAGI--VDVSKIGLKGSPTLVSKVFAPKPNTKPAEIIDTEG-HEP-----RDLVLTLLSKLFTQH--
A0A124GG53/1-268           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDTYGG-EVTVLTMGPPMAEDALRKALGYGADRAVLMTDRYFAGSDTLATSYALSQAIAKVGETF--GTPDIVFTGKQTIDGDTAQVGPGIAKRLDLMQLTYVAKIPSVDLAAREIKVERRCEGGTQMLKSRLPCLITILEGTNEIRRGSLEDALYA-ARSQVLKWSAADAGI--DDLTRCGLRGSPTVVKRVFAPTARAQKAALIDTAE-MTL-----RDLADELIAAILT----
A0A0A0DWJ4/1-263           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIVNPYDLFSLEEALRLKDKFGG-KVTVICMGPPQAEEALRKCVSFGADDAVLVTDRAFAGADTLATSYALAAAIRKLNSE---QKVDMVFTGKQTIDGDTAQVGPGIAKRMGLQLLTYVSRIVETDLEAGTITVERRGEGGVQILKTALPCLITMLENTNEMRFASLPSMIHA-AAYQVRKWNKDDAGI--EDISKIGLKGSPTVVSRVFGPTPRSEKAEMMNVEN-SSL-----RDISLNLLQ--------
D8IYZ4/1-268               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIINPYDLFSLEEALRIKDQVGG-RVTVLTMGPPQAEAALRKCISFGADDAILVTDRAFAGADTLATSYALASAIQRISQD---QAVDLVLAGKQTIDGDTAQVGPGIAKRLDLQLLTYVSKIVSLDPIAREIVIQRRAEGGVQVLQTRLPCLITMLEGSNEMRFATMENMFRA-ARHPIRTWDRTAAGI--EDISKIGLKGSPTVVSKVFAPKPNARRAEIITAEG-DEA-----RDLAVTLVGKLFTQ---
A0A0U3LM31/1-268           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIINPYDLFSLEEALRIKDQVGG-RVTVLTMGPPQAEAALRKCISFGADDAILVTDRAFAGADTLATSYALASAIQRISQD---QAVDLVLAGKQTIDGDTAQVGPGIAKRLDLQLLTYVSKIVSLDPIAREIVIQRRAEGGVQVLQTRLPCLITMLEGSNEMRFATMENMFRA-ARHPIRTWDRTAAGI--EDISKIGLKGSPTVVSKVFAPKPNARRAEIITAEG-DEA-----RDLAVTLVGKLFTQ---
D3NSA6/1-267               MHIVVCIKQVPDSAQIRIHPVTNTIMRQGVPAIINPFDLFSLEEALRLKDKVGA-RVTVLTMGPPMAETSLRKALSLGADDAVLLTDRKFAGSDTLATSYALTSAIQKLAEE---EPVDIVFCGKQTVDGDTAQVGPGIATRLGFEQLTYITKIEDLDIASREIVVQRRSEGGVQVLKTKLPCMITMLEGTNTIRFGKMDDMFRA-ARYELKSWSRDFTGA--EE-GRVGLKGSPTVVSKVFVPKPRAEKARMIEAAS-DSP-----DAMAAAAIDAIFAA---
A0A1E3VWM5/1-267           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFAVEEALRLRDVHGG-EVTVLTMGPASAEDSLRRVLTFGADRAVLLTDRFFAGSDTLATTFALATAIRKIGETF--GAPDIVFTGKQTIDGDTAQVGPGIAKRLDFRQLTYVSKLVSADPDAKEIVVERRSEAGVQVLKSKLPVLVTMLEGTNEMRRGTLEEAIAA-TRAEIVTWSAADAGV--EDMQKCGLRGSPTIVKKVFAPSARSEKAAFVEAED---------QTPAEALVEAIFERQ--
A0A160JDK0/1-267           MHIVVCIKQVPDSAQIRIHPVTNTIMRQGVPAIINPFDLFSLEEALRLKDKVGA-RVTVLTMGPPMAETSLRKALSLGADDAVLLTDRKFAGSDTLATSYALTSAIQKLAEE---DPVDIVFCGKQTVDGDTAQVGPGIATRLGFEQLTYITKIEDLDIASREIVVQRRSEGGVQVLKTKLPCMITMLEGTNTIRFGKMDDLFRA-ARYELKTWSRDFTGA--EE-GRVGLKGSPTVVSKVFVPKPRAEKAKMIVADA-DTP-----DAMAAAAIDAIFAA---
E6VE19/1-266               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDKFGG-EVTVLTMGPPTAEDSLRKALTIGANRAVLLTDRFFAGSDTLATSYALAAAIRKIGSTF--GAVDVVFTGKQTIDGDTAQVGPGICKRLDFLQLTYVSKVSSLDLEARTIEVERRSEGGVQVLRSNLPCLITMLEGTNQVRRGSMINALNA-ARAEVVKWSAQDAGV--EDIQKCGLRGSPTVVKRVFAPTPRAEKAKVVEAAG---------QPPAEALIDEIFKL---
B3QB32/1-266               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDKFGG-EVTVLTMGPPTAEDSLRKALTIGANRAVLLTDRFFAGSDTLATSYALAAAIRKIGSTF--GAVDVVFTGKQTIDGDTAQVGPGICKRLDFLQLTYVSKVSSLDLEARTIEVERRSEGGVQVLRSNLPCLITMLEGTNQVRRGSMINALNA-ARAEVVKWSAQDAGV--EDIQKCGLRGSPTVVKRVFAPTPRAEKAKVVEAAG---------QPPAEALIDEIFKL---
Q6N104/1-266               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDKFGG-EVTVLTMGPPTAEDSLRKALTIGANRAVLLTDRFFAGSDTLATSYALAAAIRKIGSTF--GAVDVVFTGKQTIDGDTAQVGPGICKRLDFLQLTYVSKVSSLDLEARTIEVERRSEGGVQVLRSNLPCLITMLEGTNQVRRGSMINALNA-ARAEVVKWSAQDAGV--EDIQKCGLRGSPTVVKRVFAPTPRAEKAKVVEAAG---------QPPAEALIDEIFKL---
G0VLZ6/1-270               MEILVCVKQVPDTAEVKIDPVKHTVIRAGVPNIFNPFDQNALEAALALKDADKDVKITLLSMGPDQAKDVLREGLAMGADDAYLLSDRKLGGSDTLATGYALAQAIKKLAADKGIEQFDIILCGKQAIDGDTAQVGPQIACELGIPQITYARDI---KVEGDKVTVQQENEEGYIVTEAQFPVLITAVKDLNEPRFPTIRGTMKA-KRREIPNLDAAAVAA---DDAQIGLSGSPTKVRKIFTPPQRSGGLVLKVEDD--NE-----QAIVDQVMEKLVAQKII
O85691/1-270               MEILVCVKQVPDTAEVKIDPVKHTVIRAGVPNIFNPFDQNALEAALALKDADKDVKITLLSMGPDQAKDVLREGLAMGADDAYLLSDRKLGGSDTLATGYALAQAIKKLAADKGIEQFDIILCGKQAIDGDTAQVGPQIACELGIPQITYARDI---KVEGDKVTVQQENEEGYIVTEAQFPVLITAVKDLNEPRFPTIRGTMKA-KRREIPNLDAAAVAA---DDAQIGLSGSPTKVRKIFTPPQRSGGLVLKVEDD--NE-----QAIVDQVMEKLVAQKII
Q6US87/1-269               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDKMGG-KVTVLTMGPPMADESLRKALGLGADAAVLLTDRFFAGSDTLATSYALAAGIRKIGEE---EPVDIVFTGKQTIDGDTAQVGPGIAKRLGLNQLTYVAAIRSLDLENRSIVVERRAEGGVQVLSTGLPCLITMLEGTNTLRRGAMDDMFRA-SRATIATWSAQQAGV--DDIALCGLRGSPTVVKKVFAPQPRKEKAKMVETAG-KSD-----AEIAQATLDTLFSAN--
A0A1E2SU04/1-269           MHIVICIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDAHGG-EVTVLTMGPPMAEDALRKALTYGADRAVLLTDRCFAGSDTLATSFALSRAIVRIGETF--GAPDIVFAGKQTIDGDTAQVGPGIAKRLGLLQFTYVAKIDSIDVDAREITVKRRSEGGTQMLKSRLPCLITMLEGTNEIRRGSLEDAMRA-ARSQIVKWSAAEAGI--EDLNKCGLRGSPTVVKRVFAPTTRAEKATQIDMTD-KTQ-----HDLADELIASIFTR---
Q98AT4/1-269               MHIVICIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALRLRDAHGG-EVTVLTMGPPMAEDALRKALTYGADRAVLLTDRCFAGSDTLATSFALSRAIVRIGETF--GAPDIVFAGKQTIDGDTAQVGPGIAKRLGLLQFTYVAKIDSIDVDAREITVKRRSEGGTQMLKSRLPCLITMLEGTNEIRRGSLEDAMRA-ARSQIVKWSAAEAGI--EDLNKCGLRGSPTVVKRVFAPTTRAEKATQIDMTD-KTQ-----HDLADELIASIFTR---
I2DYU6/1-264               MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIPNPYDLFSLEEALRLKDRFGG-MVTALCMGPPQAEDALRKCVSYGADDAILVTDRAFAGADTLATSYALAAGIRQIARE---QAVDIVFTGKQTIDGDTAQVGPGIAKRLGMQLLTYVSRIVEIDPEARTIVVERRAEGGVQVLKTALPCLVTMLENTNELRFATMPAMIHA-AGFPVRRWNKEDAGI--EDVTKIGLKGSPTVVSKVFGPTPRSEKADLLELDT-STL-----RDVSLTLLQK-------
A0A103GTN3/1-264           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIPNPYDLFSLEEALRLKDRFGG-MVTALCMGPPQAEDALRKCVSYGADDAILVTDRAFAGADTLATSYALAAGIRQIARE---QAVDIVFTGKQTIDGDTAQVGPGIAKRLGMQLLTYVSRIVEIDPEARTIVVERRAEGGVQVLKTALPCLVTMLENTNELRFATMPAMIHA-AGFPVRRWNKEDAGI--EDVTKIGLKGSPTVVSKVFGPTPRSEKADLLELDT-STL-----RDVSLTLLQK-------
A0A1K2A4B6/1-264           MHIVVCIKQVPDSAQIRVHPVTNTIMRQGVPAIPNPYDLFSLEEALRLKDRFGG-MVTALCMGPPQAEDALRKCVSYGADDAILVTDRAFAGADTLATSYALAAGIRQIARE---QAVDIVFTGKQTIDGDTAQVGPGIAKRLGMQLLTYVSRIVEIDPEARTIVVERRAEGGVQVLKTALPCLVTMLENTNELRFATMPAMIHA-AGFPVRRWNKEDAGI--EDVTKIGLKGSPTVVSKVFGPTPRSEKADLLELDT-STL-----RDVSLTLLQK-------
K0Q6R5/1-268               MHIVICIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALELRDCHGG-EVTVLTMGPPMAEDALRKALTYGADRAVLLTDRHFAGSDTLATSFALSQAIAKIGETF--GTPDIVFTGKQTIDGDTAQVGPGIAKRLDLLQLTYVAKIASIDLNAREIMVERRSEGGTQTLKSKLPCLVTMLEGTNEIRRGSLDDALRA-ARSEIVKWSAADAGI--EDLTKCGLRGSPTVVKRVFAPPERVEKAEQIDTTE-KTP-----RDLADELIAGIFS----
A0A109K329/1-268           MHIVICIKQVPDSAQIRVHPVTNTIMRQGVPTIINPYDLFALEEALELRDCHGG-EVTVLTMGPPMAEDALRKALTYGADRAVLLTDRHFAGSDTLATSFALSQAIAKIGETF--GTPDIVFTGKQTIDGDTAQVGPGIAKRLDLLQLTYVAKIASIDLNAREIMVERRSEGGTQTLKSKLPCLVTMLEGTNEIRRGSLDDALRA-ARSEIVKWSAADAGI--EDLTKCGLRGSPTVVKRVFAPPERVEKAEQIDTTE-KTP-----RDLADELIAGIFS----
#=GC scorecons             87778889989988888889888988989996879989776896886778448704887769997496568876755888587967883889699899778864774674441004448678688988999999999888688553589985573447444647476885879575755479687878865855946553555680773463485544777005744659969989695788684485567345543302220000034463466435411000
#=GC scorecons_70          *******************************_**************_***__**__****_****_**__***_*__***_*******_*************__**_**_________**********************_**____****__*___*_____*_****_***_*_*___**_******__*__*_________*_**__*__*____***___*____*********_*****__*__**___________________*_____________
#=GC scorecons_80          **_****************************_*_******_**_**_*_*__**__****_****_*___***____***_*_*_***_***_******_**__**____________*_**_*****************_**____****__*___*_____*_*_**_***_*_*___**_******__*__*_________*_**_____*____**____*____**_****_*__**_*__*___*_________________________________
#=GC scorecons_90          *___***************************_*_**_*___**_**___*__*___**___***__*___**_____***_*_*__**_***_*****__**________________*__*_*****************_**____****________________**_*_*________*_*_*_**__*__*_________*________*_______________**_****_*__**_*________________________________________
//