# STOCKHOLM 1.0
#=GF ID 3.40.50.150/FF/135174
#=GF DE Glycine N-methyltransferase
#=GF AC 3.40.50.150/FF/135174
#=GF TP FunFam
#=GF DR CATH: 4.2
#=GF DR DOPS: 94.972
#=GS Q9KJ20/308-565      AC Q9KJ20
#=GS Q9KJ20/308-565      OS Actinopolyspora halophila
#=GS Q9KJ20/308-565      DE Glycine/sarcosine/dimethylglycine N-methyltransferase
#=GS Q9KJ20/308-565      DR GENE3D; 849c13137015543107aab8a9bd03e55c/308-565; 
#=GS Q9KJ20/308-565      DR ORG; Bacteria; Actinobacteria; Actinobacteria; Actinopolysporales; Actinopolysporaceae; Actinopolyspora; Actinopolyspora halophila; 
#=GS Q9KJ20/308-565      DR GO; GO:0019286; GO:0032259; GO:0052729; GO:0052730; 
#=GS Q9KJ20/308-565      DR EC; 2.1.1.156; 2.1.1.157; 
#=GS Q9KJ21/20-279       AC Q9KJ21
#=GS Q9KJ21/20-279       OS Halorhodospira halochloris
#=GS Q9KJ21/20-279       DE Sarcosine/dimethylglycine N-methyltransferase
#=GS Q9KJ21/20-279       DR GENE3D; 2ced70db86a16eb75e130b44778b25dd/20-279; 
#=GS Q9KJ21/20-279       DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Chromatiales; Ectothiorhodospiraceae; Halorhodospira; Halorhodospira halochloris; 
#=GS Q9KJ21/20-279       DR GO; GO:0019286; GO:0032259; GO:0052729; GO:0052730; 
#=GS Q9KJ21/20-279       DR EC; 2.1.1.157; 
#=GS A0A163EYJ7/16-275   AC A0A163EYJ7
#=GS A0A163EYJ7/16-275   OS Prochlorococcus sp. MIT 1303
#=GS A0A163EYJ7/16-275   DE Dimethylglycine N-methyltransferase
#=GS A0A163EYJ7/16-275   DR GENE3D; 0d4c4e82a50751163daba655f87f541e/16-275; 
#=GS A0A163EYJ7/16-275   DR ORG; Bacteria; Cyanobacteria; Synechococcales; Prochloraceae; Prochlorococcus; Prochlorococcus sp. MIT 1303; 
#=GS A0A163EYJ7/16-275   DR EC; 2.1.1.161; 
#=GS A0A1L8QHE1/20-278   AC A0A1L8QHE1
#=GS A0A1L8QHE1/20-278   OS Pseudonocardia autotrophica
#=GS A0A1L8QHE1/20-278   DE Glycine/sarcosine/dimethylglycine N-methyltransferase
#=GS A0A1L8QHE1/20-278   DR GENE3D; 127a9b657ba657637155db9fa2b42201/20-278; 
#=GS A0A1L8QHE1/20-278   DR ORG; Bacteria; Actinobacteria; Actinobacteria; Pseudonocardiales; Pseudonocardiaceae; Pseudonocardia; Pseudonocardia autotrophica; 
#=GS A0A1L8QHE1/20-278   DR EC; 2.1.1.156; 
#=GS U2FYD2/18-278       AC U2FYD2
#=GS U2FYD2/18-278       OS Salinisphaera shabanensis E1L3A
#=GS U2FYD2/18-278       DE Methyltransferase-related protein
#=GS U2FYD2/18-278       DR GENE3D; 2395a2b000f6f8e7127180868fe663bc/18-278; 
#=GS U2FYD2/18-278       DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Salinisphaerales; Salinisphaeraceae; Salinisphaera; Salinisphaera shabanensis; 
#=GS U2FYD2/18-278       DR EC; 2.1.1.144; 
#=GS A0A0B3RPI1/301-560  AC A0A0B3RPI1
#=GS A0A0B3RPI1/301-560  OS Mameliella alba
#=GS A0A0B3RPI1/301-560  DE Glycine N-methyltransferase
#=GS A0A0B3RPI1/301-560  DR GENE3D; f03a7c30014b9f18306eefa526195145/301-560; 
#=GS A0A0B3RPI1/301-560  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Mameliella; Mameliella alba; 
#=GS A0A0B3RPI1/301-560  DR EC; 2.1.1.20; 
#=GS Q83WC3/19-277       AC Q83WC3
#=GS Q83WC3/19-277       OS Aphanothece halophytica
#=GS Q83WC3/19-277       DE Sarcosine/dimethylglycine N-methyltransferase
#=GS Q83WC3/19-277       DR GENE3D; edf97e91babad6e7b6f9ed6481d47a97/19-277; 
#=GS Q83WC3/19-277       DR ORG; Bacteria; Cyanobacteria; Oscillatoriophycideae; Chroococcales; Aphanothecaceae; Aphanothece; Aphanothece halophytica; 
#=GS Q83WC3/19-277       DR GO; GO:0019286; GO:0032259; GO:0052729; 
#=GS Q83WC3/19-277       DR EC; 2.1.1.157; 
#=GS A1WXM9/19-278       AC A1WXM9
#=GS A1WXM9/19-278       OS Halorhodospira halophila SL1
#=GS A1WXM9/19-278       DE Sarcosine/dimethylglycine N-methyltransferase
#=GS A1WXM9/19-278       DR GENE3D; 059919a0ed506d3dc9de58ce1dfbffd7/19-278; 
#=GS A1WXM9/19-278       DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Chromatiales; Ectothiorhodospiraceae; Halorhodospira; Halorhodospira halophila; 
#=GS A1WXM9/19-278       DR EC; 2.1.1.157; 
#=GS A0A0X8XB40/20-279   AC A0A0X8XB40
#=GS A0A0X8XB40/20-279   OS Halorhodospira halochloris
#=GS A0A0X8XB40/20-279   DE Dimethylglycine N-methyltransferase
#=GS A0A0X8XB40/20-279   DR GENE3D; 2ced70db86a16eb75e130b44778b25dd/20-279; 
#=GS A0A0X8XB40/20-279   DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Chromatiales; Ectothiorhodospiraceae; Halorhodospira; Halorhodospira halochloris; 
#=GS A0A0X8XB40/20-279   DR EC; 2.1.1.157; 
#=GS A0A163CWI6/16-275   AC A0A163CWI6
#=GS A0A163CWI6/16-275   OS Prochlorococcus sp. MIT 1306
#=GS A0A163CWI6/16-275   DE Dimethylglycine N-methyltransferase
#=GS A0A163CWI6/16-275   DR GENE3D; 359a3012c85a323f683a32286e249ae8/16-275; 
#=GS A0A163CWI6/16-275   DR ORG; Bacteria; Cyanobacteria; Synechococcales; Prochloraceae; Prochlorococcus; Prochlorococcus sp. MIT 1306; 
#=GS A0A163CWI6/16-275   DR EC; 2.1.1.161; 
#=GS H2CAA9/15-275       AC H2CAA9
#=GS H2CAA9/15-275       OS Leptonema illini DSM 21528
#=GS H2CAA9/15-275       DE Sarcosine/dimethylglycine N-methyltransferase
#=GS H2CAA9/15-275       DR GENE3D; 4e7d1345f81cbe0ff2daea0c9d3751ba/15-275; 
#=GS H2CAA9/15-275       DR ORG; Bacteria; Spirochaetes; Spirochaetia; Leptospiraceae; Leptonema; Leptonema illini; 
#=GS H2CAA9/15-275       DR EC; 2.1.1.157; 
#=GS I3BQZ9/19-277       AC I3BQZ9
#=GS I3BQZ9/19-277       OS Thiothrix nivea DSM 5205
#=GS I3BQZ9/19-277       DE Sarcosine/dimethylglycine N-methyltransferase
#=GS I3BQZ9/19-277       DR GENE3D; 68d32351f3448650a5fbf8842ef712f3/19-277; 
#=GS I3BQZ9/19-277       DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Thiotrichaceae; Thiothrix; Thiothrix nivea; 
#=GS I3BQZ9/19-277       DR EC; 2.1.1.157; 
#=GS A0A0D6JI85/19-278   AC A0A0D6JI85
#=GS A0A0D6JI85/19-278   OS Candidatus Filomicrobium marinum
#=GS A0A0D6JI85/19-278   DE Sarcosine/dimethylglycine N-methyltransferase
#=GS A0A0D6JI85/19-278   DR GENE3D; 6910a878c69887a307e3ae5a74a95cb4/19-278; 
#=GS A0A0D6JI85/19-278   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Hyphomicrobiaceae; Filomicrobium; Candidatus Filomicrobium marinum; 
#=GS A0A0D6JI85/19-278   DR EC; 2.1.1.157; 
#=GS A0A162DZC5/16-275   AC A0A162DZC5
#=GS A0A162DZC5/16-275   OS Prochlorococcus marinus str. MIT 1320
#=GS A0A162DZC5/16-275   DE Dimethylglycine N-methyltransferase
#=GS A0A162DZC5/16-275   DR GENE3D; 6e34f673aeab56cfb434574c7751ea55/16-275; 
#=GS A0A162DZC5/16-275   DR ORG; Bacteria; Cyanobacteria; Synechococcales; Prochloraceae; Prochlorococcus; Prochlorococcus marinus; 
#=GS A0A162DZC5/16-275   DR EC; 2.1.1.161; 
#=GS A0A163T2R1/16-275   AC A0A163T2R1
#=GS A0A163T2R1/16-275   OS Prochlorococcus marinus str. MIT 1327
#=GS A0A163T2R1/16-275   DE Dimethylglycine N-methyltransferase
#=GS A0A163T2R1/16-275   DR GENE3D; 725f872c61a5e7aa76fc28937faa081e/16-275; 
#=GS A0A163T2R1/16-275   DR ORG; Bacteria; Cyanobacteria; Synechococcales; Prochloraceae; Prochlorococcus; Prochlorococcus marinus; 
#=GS A0A163T2R1/16-275   DR EC; 2.1.1.161; 
#=GS A0A163PWD2/16-275   AC A0A163PWD2
#=GS A0A163PWD2/16-275   OS Prochlorococcus marinus str. MIT 1323
#=GS A0A163PWD2/16-275   DE Dimethylglycine N-methyltransferase
#=GS A0A163PWD2/16-275   DR GENE3D; 8d727d2e50f3538fe68e0c29d30791d3/16-275; 
#=GS A0A163PWD2/16-275   DR ORG; Bacteria; Cyanobacteria; Synechococcales; Prochloraceae; Prochlorococcus; Prochlorococcus marinus; 
#=GS A0A163PWD2/16-275   DR EC; 2.1.1.161; 
#=GS A0A0F7KNX7/16-273   AC A0A0F7KNX7
#=GS A0A0F7KNX7/16-273   OS Altererythrobacter atlanticus
#=GS A0A0F7KNX7/16-273   DE Sarcosine/dimethylglycine N-methyltransferase
#=GS A0A0F7KNX7/16-273   DR GENE3D; 9c6843a5790c997424ac27b3fe20b0a4/16-273; 
#=GS A0A0F7KNX7/16-273   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Sphingomonadales; Erythrobacteraceae; Altererythrobacter; Altererythrobacter atlanticus; 
#=GS A0A0F7KNX7/16-273   DR EC; 2.1.1.157; 
#=GS U7GP48/303-562      AC U7GP48
#=GS U7GP48/303-562      OS Labrenzia sp. C1B10
#=GS U7GP48/303-562      DE SAM-dependent methyltransferase
#=GS U7GP48/303-562      DR GENE3D; 9df5d4aa50d71c73a7a8cfb445af36a3/303-562; 
#=GS U7GP48/303-562      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Labrenzia; Labrenzia sp. C1B10; 
#=GS U7GP48/303-562      DR EC; 2.1.1.156; 
#=GS A0A0M6Y3Y8/303-562  AC A0A0M6Y3Y8
#=GS A0A0M6Y3Y8/303-562  OS Labrenzia aggregata
#=GS A0A0M6Y3Y8/303-562  DE Glycine/sarcosine/dimethylglycine N-methyltransferase
#=GS A0A0M6Y3Y8/303-562  DR GENE3D; 9df5d4aa50d71c73a7a8cfb445af36a3/303-562; 
#=GS A0A0M6Y3Y8/303-562  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Labrenzia; Labrenzia aggregata; 
#=GS A0A0M6Y3Y8/303-562  DR EC; 2.1.1.156; 
#=GS A0A163UJG3/16-275   AC A0A163UJG3
#=GS A0A163UJG3/16-275   OS Prochlorococcus marinus str. MIT 1342
#=GS A0A163UJG3/16-275   DE Dimethylglycine N-methyltransferase
#=GS A0A163UJG3/16-275   DR GENE3D; a81afb1472e570ffbfb9b22b41e3823d/16-275; 
#=GS A0A163UJG3/16-275   DR ORG; Bacteria; Cyanobacteria; Synechococcales; Prochloraceae; Prochlorococcus; Prochlorococcus marinus; 
#=GS A0A163UJG3/16-275   DR EC; 2.1.1.161; 
#=GS A0A0P7X7I3/302-560  AC A0A0P7X7I3
#=GS A0A0P7X7I3/302-560  OS Rhizobiales bacterium HL-109
#=GS A0A0P7X7I3/302-560  DE Glycine/sarcosine N-methyltransferase
#=GS A0A0P7X7I3/302-560  DR GENE3D; afbbf9fdc1a8ea8bd125ba33e12fad60/302-560; 
#=GS A0A0P7X7I3/302-560  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiales bacterium HL-109; 
#=GS A0A0P7X7I3/302-560  DR EC; 2.1.1.156; 
#=GS A0A163LXL1/16-275   AC A0A163LXL1
#=GS A0A163LXL1/16-275   OS Prochlorococcus marinus str. MIT 1318
#=GS A0A163LXL1/16-275   DE Dimethylglycine N-methyltransferase
#=GS A0A163LXL1/16-275   DR GENE3D; b5c0314f4c62c2c3da026c758064a819/16-275; 
#=GS A0A163LXL1/16-275   DR ORG; Bacteria; Cyanobacteria; Synechococcales; Prochloraceae; Prochlorococcus; Prochlorococcus marinus; 
#=GS A0A163LXL1/16-275   DR EC; 2.1.1.161; 
#=GS D5EA51/19-278       AC D5EA51
#=GS D5EA51/19-278       OS Methanohalophilus mahii DSM 5219
#=GS D5EA51/19-278       DE Sarcosine/dimethylglycine N-methyltransferase
#=GS D5EA51/19-278       DR GENE3D; c1d60248d7896949b15f08c6003bf3dc/19-278; 
#=GS D5EA51/19-278       DR ORG; Archaea; Euryarchaeota; Methanomicrobia; Methanosarcinales; Methanosarcinaceae; Methanohalophilus; Methanohalophilus mahii; 
#=GS D5EA51/19-278       DR EC; 2.1.1.157; 
#=GS U5DKV9/19-279       AC U5DKV9
#=GS U5DKV9/19-279       OS Rubidibacter lacunae KORDI 51-2
#=GS U5DKV9/19-279       DE Methylase involved in ubiquinone/menaquinone biosynthesis
#=GS U5DKV9/19-279       DR GENE3D; d01d5dc76b2f57540df4cd0955b1482a/19-279; 
#=GS U5DKV9/19-279       DR ORG; Bacteria; Cyanobacteria; Oscillatoriophycideae; Chroococcales; Aphanothecaceae; Rubidibacter; Rubidibacter lacunae; 
#=GS U5DKV9/19-279       DR EC; 2.1.1.161; 
#=GS F4Y2P8/20-277       AC F4Y2P8
#=GS F4Y2P8/20-277       OS Moorea producens 3L
#=GS F4Y2P8/20-277       DE Putative sarcosine/dimethylglycine N-methyltransferase
#=GS F4Y2P8/20-277       DR GENE3D; d3c806c19636e8f6fc9a717a3a682ee6/20-277; 
#=GS F4Y2P8/20-277       DR ORG; Bacteria; Cyanobacteria; Oscillatoriophycideae; Oscillatoriales; Oscillatoriaceae; Moorea; Moorea producens; 
#=GS F4Y2P8/20-277       DR EC; 2.1.1.157; 
#=GS K9YGK5/19-277       AC K9YGK5
#=GS K9YGK5/19-277       OS Halothece sp. PCC 7418
#=GS K9YGK5/19-277       DE Sarcosine/dimethylglycine N-methyltransferase
#=GS K9YGK5/19-277       DR GENE3D; edf97e91babad6e7b6f9ed6481d47a97/19-277; 
#=GS K9YGK5/19-277       DR ORG; Bacteria; Cyanobacteria; Oscillatoriophycideae; Chroococcales; Aphanothecaceae; Halothece; Halothece sp. PCC 7418; 
#=GS K9YGK5/19-277       DR EC; 2.1.1.157; 
#=GS S9Q394/301-560      AC S9Q394
#=GS S9Q394/301-560      OS Salipiger mucosus DSM 16094
#=GS S9Q394/301-560      DE Glycine N-methyltransferase
#=GS S9Q394/301-560      DR GENE3D; f16f07dbbfec974733ae0d34656b0794/301-560; 
#=GS S9Q394/301-560      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Salipiger; Salipiger mucosus; 
#=GS S9Q394/301-560      DR EC; 2.1.1.20; 
#=GS A0A0G3EG49/19-278   AC A0A0G3EG49
#=GS A0A0G3EG49/19-278   OS Kiritimatiella glycovorans
#=GS A0A0G3EG49/19-278   DE Sarcosine/dimethylglycine N-methyltransferase
#=GS A0A0G3EG49/19-278   DR GENE3D; f84ea5f738e96ac004a8c2066d704ade/19-278; 
#=GS A0A0G3EG49/19-278   DR ORG; Bacteria; Kiritimatiellaeota; Kiritimatiellae; Kiritimatiellales; Kiritimatiellaceae; Kiritimatiella; Kiritimatiella glycovorans; 
#=GS A0A0G3EG49/19-278   DR EC; 2.1.1.157; 
#=GS F2UL79/52-312       AC F2UL79
#=GS F2UL79/52-312       OS Salpingoeca rosetta
#=GS F2UL79/52-312       DE Methyltransferase type 11
#=GS F2UL79/52-312       DR GENE3D; 958bec548a360a05254ba5ebddd649a2/52-312; 
#=GS F2UL79/52-312       DR ORG; Eukaryota; Choanoflagellida; Salpingoecidae; Salpingoeca; Salpingoeca rosetta; 
#=GS F2TWM4/25-286       AC F2TWM4
#=GS F2TWM4/25-286       OS Salpingoeca rosetta
#=GS F2TWM4/25-286       DE Methyltransferase type 11
#=GS F2TWM4/25-286       DR GENE3D; a55a89c058d04ef1ba2858bf832e0b35/25-286; 
#=GS F2TWM4/25-286       DR ORG; Eukaryota; Choanoflagellida; Salpingoecidae; Salpingoeca; Salpingoeca rosetta; 
#=GS M2Y7I2/55-319       AC M2Y7I2
#=GS M2Y7I2/55-319       OS Galdieria sulphuraria
#=GS M2Y7I2/55-319       DE Sarcosine dimethylglycine methyltransferase
#=GS M2Y7I2/55-319       DR GENE3D; e671bb789c03494ac03ade4c05d3aa07/55-319; 
#=GS M2Y7I2/55-319       DR ORG; Eukaryota; Bangiophyceae; Cyanidiales; Cyanidiaceae; Galdieria; Galdieria sulphuraria; 
#=GS M5RX55/19-279       AC M5RX55
#=GS M5RX55/19-279       OS Rhodopirellula maiorica SM1
#=GS M5RX55/19-279       DE Sarcosine-dimethylglycine methyltransferase
#=GS M5RX55/19-279       DR GENE3D; 01f460640b48c7cf3b1c1ed80cc0824d/19-279; 
#=GS M5RX55/19-279       DR ORG; Bacteria; Planctomycetes; Planctomycetia; Planctomycetales; Planctomycetaceae; Rhodopirellula; Rhodopirellula maiorica; 
#=GS A0A1H1TCP4/303-558  AC A0A1H1TCP4
#=GS A0A1H1TCP4/303-558  OS Actinopolymorpha singaporensis
#=GS A0A1H1TCP4/303-558  DE Glycine/sarcosine N-methyltransferase
#=GS A0A1H1TCP4/303-558  DR GENE3D; 0355b733a3149bccecacd2ee3f1da7ae/303-558; 
#=GS A0A1H1TCP4/303-558  DR ORG; Bacteria; Actinobacteria; Actinobacteria; Propionibacteriales; Nocardioidaceae; Actinopolymorpha; Actinopolymorpha singaporensis; 
#=GS A0A0T5NRV5/301-562  AC A0A0T5NRV5
#=GS A0A0T5NRV5/301-562  OS Roseovarius atlanticus
#=GS A0A0T5NRV5/301-562  DE SAM-dependent methyltransferase
#=GS A0A0T5NRV5/301-562  DR GENE3D; 035a1ffe303509ebcc15f72d7becfe9f/301-562; 
#=GS A0A0T5NRV5/301-562  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Roseovarius; Roseovarius atlanticus; 
#=GS X7EGR9/303-562      AC X7EGR9
#=GS X7EGR9/303-562      OS Roseivivax halodurans JCM 10272
#=GS X7EGR9/303-562      DE SAM-dependent methyltransferase
#=GS X7EGR9/303-562      DR GENE3D; 09ba054aa2d6f965ea63915c677d01b7/303-562; 
#=GS X7EGR9/303-562      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Roseivivax; Roseivivax halodurans; 
#=GS D9WCV3/224-484      AC D9WCV3
#=GS D9WCV3/224-484      OS Streptomyces himastatinicus ATCC 53653
#=GS D9WCV3/224-484      DE Putative glycine-sarcosine methyltransferase
#=GS D9WCV3/224-484      DR GENE3D; 0afdc708ca1f7a2ebb6cc05ecaa3729a/224-484; 
#=GS D9WCV3/224-484      DR ORG; Bacteria; Actinobacteria; Actinobacteria; Streptomycetales; Streptomycetaceae; Streptomyces; Streptomyces himastatinicus; 
#=GS D3SCH7/19-281       AC D3SCH7
#=GS D3SCH7/19-281       OS Thioalkalivibrio sp. K90mix
#=GS D3SCH7/19-281       DE Methyltransferase type 11
#=GS D3SCH7/19-281       DR GENE3D; 0ff8a8bc224d020fabd8241a8fe0fecd/19-281; 
#=GS D3SCH7/19-281       DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Chromatiales; Ectothiorhodospiraceae; Thioalkalivibrio; Thioalkalivibrio sp. K90mix; 
#=GS G2NY85/324-584      AC G2NY85
#=GS G2NY85/324-584      OS Streptomyces violaceusniger Tu 4113
#=GS G2NY85/324-584      DE Methyltransferase type 11
#=GS G2NY85/324-584      DR GENE3D; 114165cdf4c0800dad36d93582eb91af/324-584; 
#=GS G2NY85/324-584      DR ORG; Bacteria; Actinobacteria; Actinobacteria; Streptomycetales; Streptomycetaceae; Streptomyces; Streptomyces violaceusniger; 
#=GS B3QVY4/20-279       AC B3QVY4
#=GS B3QVY4/20-279       OS Chloroherpeton thalassium ATCC 35110
#=GS B3QVY4/20-279       DE Methyltransferase type 11
#=GS B3QVY4/20-279       DR GENE3D; 133d1ae5fc233c255b7b30d480ca0dd6/20-279; 
#=GS B3QVY4/20-279       DR ORG; Bacteria; Chlorobi; Chlorobia; Chlorobiales; Chlorobiaceae; Chloroherpeton; Chloroherpeton thalassium; 
#=GS B8GQ71/19-278       AC B8GQ71
#=GS B8GQ71/19-278       OS Thioalkalivibrio sulfidiphilus HL-EbGr7
#=GS B8GQ71/19-278       DE Methyltransferase type 11
#=GS B8GQ71/19-278       DR GENE3D; 1962025fcf91b8f0d24f078d1243b56a/19-278; 
#=GS B8GQ71/19-278       DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Chromatiales; Ectothiorhodospiraceae; Thioalkalivibrio; Thioalkalivibrio sulfidiphilus; 
#=GS A0A1E3X9G2/292-518  AC A0A1E3X9G2
#=GS A0A1E3X9G2/292-518  OS Candidatus Scalindua rubra
#=GS A0A1E3X9G2/292-518  DE Glycine-sarcosine-dimethylglycine methyltransferase
#=GS A0A1E3X9G2/292-518  DR GENE3D; 1dfe6b671831d00ce81926605b13b2fd/292-518; 
#=GS A0A1E3X9G2/292-518  DR ORG; Bacteria; Planctomycetes; Planctomycetia; Candidatus Brocadiales; Candidatus Brocadiaceae; Candidatus Scalindua; Candidatus Scalindua rubra; 
#=GS W6K9Z7/25-283       AC W6K9Z7
#=GS W6K9Z7/25-283       OS Magnetospira sp. QH-2
#=GS W6K9Z7/25-283       DE Putative sarcosine/dimethylglycine N-methyltransferase
#=GS W6K9Z7/25-283       DR GENE3D; 200d4320959f32cc87f1d10832ae2f3f/25-283; 
#=GS W6K9Z7/25-283       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodospirillales; Rhodospirillaceae; Magnetospira; Magnetospira sp. QH-2; 
#=GS A0A1N7MS46/302-561  AC A0A1N7MS46
#=GS A0A1N7MS46/302-561  OS Paracoccus saliphilus
#=GS A0A1N7MS46/302-561  DE Glycine/sarcosine N-methyltransferase
#=GS A0A1N7MS46/302-561  DR GENE3D; 20f4b278428f2d0617cf6a4136217548/302-561; 
#=GS A0A1N7MS46/302-561  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Paracoccus; Paracoccus saliphilus; 
#=GS S3ZAT3/26-287       AC S3ZAT3
#=GS S3ZAT3/26-287       OS Streptomyces aurantiacus JA 4570
#=GS S3ZAT3/26-287       DE Putative Sarcosine/dimethylglycine N-methyltransferase
#=GS S3ZAT3/26-287       DR GENE3D; 211d047bec2d8f4f628e732f11095200/26-287; 
#=GS S3ZAT3/26-287       DR ORG; Bacteria; Actinobacteria; Actinobacteria; Streptomycetales; Streptomycetaceae; Streptomyces; Streptomyces aurantiacus; 
#=GS L0DUD1/19-277       AC L0DUD1
#=GS L0DUD1/19-277       OS Thioalkalivibrio nitratireducens DSM 14787
#=GS L0DUD1/19-277       DE Dimethylglycine N-methyltransferase
#=GS L0DUD1/19-277       DR GENE3D; 2529157bdc1fd647e1b53481874bca1a/19-277; 
#=GS L0DUD1/19-277       DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Chromatiales; Ectothiorhodospiraceae; Thioalkalivibrio; Thioalkalivibrio nitratireducens; 
#=GS A0A0B1ZNQ6/18-275   AC A0A0B1ZNQ6
#=GS A0A0B1ZNQ6/18-275   OS Novosphingobium malaysiense
#=GS A0A0B1ZNQ6/18-275   DE Methyltransferase
#=GS A0A0B1ZNQ6/18-275   DR GENE3D; 25de0bc204fb3ca11ac36773a884888a/18-275; 
#=GS A0A0B1ZNQ6/18-275   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Sphingomonadales; Sphingomonadaceae; Novosphingobium; Novosphingobium malaysiense; 
#=GS A0A0K9I4K9/20-279   AC A0A0K9I4K9
#=GS A0A0K9I4K9/20-279   OS Desulfocarbo indianensis
#=GS A0A0K9I4K9/20-279   DE Methyltransferase
#=GS A0A0K9I4K9/20-279   DR GENE3D; 25de0fe6888cc630942c8e90d1283aa5/20-279; 
#=GS A0A0K9I4K9/20-279   DR ORG; Bacteria; Proteobacteria; delta/epsilon subdivisions; Deltaproteobacteria; Desulfarculales; Desulfarculaceae; Desulfocarbo; Desulfocarbo indianensis; 
#=GS A4BNS9/19-279       AC A4BNS9
#=GS A4BNS9/19-279       OS Nitrococcus mobilis Nb-231
#=GS A4BNS9/19-279       DE Putative sarcosine-dimethylglycine methyltransferase
#=GS A4BNS9/19-279       DR GENE3D; 26af672b61df7973883a096a0bd22a1e/19-279; 
#=GS A4BNS9/19-279       DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Chromatiales; Ectothiorhodospiraceae; Nitrococcus; Nitrococcus mobilis; 
#=GS A0A1E7MH00/236-502  AC A0A1E7MH00
#=GS A0A1E7MH00/236-502  OS Streptomyces nanshensis
#=GS A0A1E7MH00/236-502  DE SAM-dependent methyltransferase
#=GS A0A1E7MH00/236-502  DR GENE3D; 26fc54935eef1e5792dba8e12ecee743/236-502; 
#=GS A0A1E7MH00/236-502  DR ORG; Bacteria; Actinobacteria; Actinobacteria; Streptomycetales; Streptomycetaceae; Streptomyces; Streptomyces nanshensis; 
#=GS A0A1E7K8K2/236-502  AC A0A1E7K8K2
#=GS A0A1E7K8K2/236-502  OS Streptomyces qinglanensis
#=GS A0A1E7K8K2/236-502  DE SAM-dependent methyltransferase
#=GS A0A1E7K8K2/236-502  DR GENE3D; 26fc54935eef1e5792dba8e12ecee743/236-502; 
#=GS A0A1E7K8K2/236-502  DR ORG; Bacteria; Actinobacteria; Actinobacteria; Streptomycetales; Streptomycetaceae; Streptomyces; Streptomyces qinglanensis; 
#=GS W8KHT7/19-278       AC W8KHT7
#=GS W8KHT7/19-278       OS Halorhodospira halochloris str. A
#=GS W8KHT7/19-278       DE Methyltransferase
#=GS W8KHT7/19-278       DR GENE3D; 278c6c764d663cbbffad8cb2890da720/19-278; 
#=GS W8KHT7/19-278       DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Chromatiales; Ectothiorhodospiraceae; Halorhodospira; Halorhodospira halochloris; 
#=GS A0A0H4BG82/20-286   AC A0A0H4BG82
#=GS A0A0H4BG82/20-286   OS Synechococcus sp. WH 8020
#=GS A0A0H4BG82/20-286   DE Methyltransferase
#=GS A0A0H4BG82/20-286   DR GENE3D; 28c1fd8a08ba0afa47e1869d2e33b434/20-286; 
#=GS A0A0H4BG82/20-286   DR ORG; Bacteria; Cyanobacteria; Synechococcales; Synechococcaceae; Synechococcus; Synechococcus sp. WH 8020; 
#=GS A0A1B7LYP9/17-275   AC A0A1B7LYP9
#=GS A0A1B7LYP9/17-275   OS Enteractinococcus helveticum
#=GS A0A1B7LYP9/17-275   DE Uncharacterized protein
#=GS A0A1B7LYP9/17-275   DR GENE3D; 29d3aa04ce9670df96b9303f3ba5d5ea/17-275; 
#=GS A0A1B7LYP9/17-275   DR ORG; Bacteria; Actinobacteria; Actinobacteria; Micrococcales; Micrococcaceae; Enteractinococcus; Enteractinococcus helveticum; 
#=GS Q1Q4E9/17-278       AC Q1Q4E9
#=GS Q1Q4E9/17-278       OS Candidatus Kuenenia stuttgartiensis
#=GS Q1Q4E9/17-278       DE Strongly similar to glycine-sarcosine-dimethylglycine methyltransferase
#=GS Q1Q4E9/17-278       DR GENE3D; 2b24cab5acde86c5eca204e33008813c/17-278; 
#=GS Q1Q4E9/17-278       DR ORG; Bacteria; Planctomycetes; Planctomycetia; Candidatus Brocadiales; Candidatus Brocadiaceae; Candidatus Kuenenia; Candidatus Kuenenia stuttgartiensis; 
#=GS A0A117DVW0/29-287   AC A0A117DVW0
#=GS A0A117DVW0/29-287   OS Mycobacterium pseudoshottsii
#=GS A0A117DVW0/29-287   DE Glycine N-methyltransferase
#=GS A0A117DVW0/29-287   DR GENE3D; 31303d19857da904ea2616343810ce5c/29-287; 
#=GS A0A117DVW0/29-287   DR ORG; Bacteria; Actinobacteria; Actinobacteria; Corynebacteriales; Mycobacteriaceae; Mycobacterium; Mycobacterium pseudoshottsii; 
#=GS A0A084IJD4/18-277   AC A0A084IJD4
#=GS A0A084IJD4/18-277   OS Salinisphaera hydrothermalis C41B8
#=GS A0A084IJD4/18-277   DE Type 11 methyltransferase
#=GS A0A084IJD4/18-277   DR GENE3D; 335398cf8833fbeeea5a37e29a08d309/18-277; 
#=GS A0A084IJD4/18-277   DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Salinisphaerales; Salinisphaeraceae; Salinisphaera; Salinisphaera hydrothermalis; 
#=GS A0A1H5U124/310-567  AC A0A1H5U124
#=GS A0A1H5U124/310-567  OS Saccharopolyspora hirsuta
#=GS A0A1H5U124/310-567  DE Glycine/sarcosine N-methyltransferase
#=GS A0A1H5U124/310-567  DR GENE3D; 364bf158b241cc4181952b976cdfcf96/310-567; 
#=GS A0A1H5U124/310-567  DR ORG; Bacteria; Actinobacteria; Actinobacteria; Pseudonocardiales; Pseudonocardiaceae; Saccharopolyspora; Saccharopolyspora hirsuta; 
#=GS A0A0W7WX69/20-279   AC A0A0W7WX69
#=GS A0A0W7WX69/20-279   OS Streptomyces silvensis
#=GS A0A0W7WX69/20-279   DE Methyltransferase
#=GS A0A0W7WX69/20-279   DR GENE3D; 38a8bda43819e5f8b045c141884a6cd1/20-279; 
#=GS A0A0W7WX69/20-279   DR ORG; Bacteria; Actinobacteria; Actinobacteria; Streptomycetales; Streptomycetaceae; Streptomyces; Streptomyces silvensis; 
#=GS A0A1E7KTR0/235-499  AC A0A1E7KTR0
#=GS A0A1E7KTR0/235-499  OS Streptomyces nanshensis
#=GS A0A1E7KTR0/235-499  DE SAM-dependent methyltransferase
#=GS A0A1E7KTR0/235-499  DR GENE3D; 3c5d4603be03ea196d9a6b55259f3b44/235-499; 
#=GS A0A1E7KTR0/235-499  DR ORG; Bacteria; Actinobacteria; Actinobacteria; Streptomycetales; Streptomycetaceae; Streptomyces; Streptomyces nanshensis; 
#=GS A0A1E7JIR1/235-499  AC A0A1E7JIR1
#=GS A0A1E7JIR1/235-499  OS Streptomyces abyssalis
#=GS A0A1E7JIR1/235-499  DE SAM-dependent methyltransferase
#=GS A0A1E7JIR1/235-499  DR GENE3D; 3c5d4603be03ea196d9a6b55259f3b44/235-499; 
#=GS A0A1E7JIR1/235-499  DR ORG; Bacteria; Actinobacteria; Actinobacteria; Streptomycetales; Streptomycetaceae; Streptomyces; Streptomyces abyssalis; 
#=GS A0A0D2G7A2/20-279   AC A0A0D2G7A2
#=GS A0A0D2G7A2/20-279   OS Dethiosulfatarculus sandiegensis
#=GS A0A0D2G7A2/20-279   DE Dimethylglycine methyltransferase
#=GS A0A0D2G7A2/20-279   DR GENE3D; 4363bf2ce96d008c3a7501d62c88bc46/20-279; 
#=GS A0A0D2G7A2/20-279   DR ORG; Bacteria; Proteobacteria; delta/epsilon subdivisions; Deltaproteobacteria; Desulfarculales; Desulfarculaceae; Dethiosulfatarculus; Dethiosulfatarculus sandiegensis; 
#=GS K9HFN3/298-557      AC K9HFN3
#=GS K9HFN3/298-557      OS Caenispirillum salinarum AK4
#=GS K9HFN3/298-557      DE Glycine N-methyltransferase
#=GS K9HFN3/298-557      DR GENE3D; 45581c90128f9f105e06624413b14040/298-557; 
#=GS K9HFN3/298-557      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodospirillales; Rhodospirillaceae; Caenispirillum; Caenispirillum salinarum; 
#=GS A0A1B1AZ45/21-279   AC A0A1B1AZ45
#=GS A0A1B1AZ45/21-279   OS Streptomyces griseochromogenes
#=GS A0A1B1AZ45/21-279   DE Methyltransferase
#=GS A0A1B1AZ45/21-279   DR GENE3D; 460def0f527856dbffa0b47b5955f7e3/21-279; 
#=GS A0A1B1AZ45/21-279   DR ORG; Bacteria; Actinobacteria; Actinobacteria; Streptomycetales; Streptomycetaceae; Streptomyces; Streptomyces griseochromogenes; 
#=GS A0A1E3W765/18-274   AC A0A1E3W765
#=GS A0A1E3W765/18-274   OS Methyloceanibacter superfactus
#=GS A0A1E3W765/18-274   DE Methyltransferase
#=GS A0A1E3W765/18-274   DR GENE3D; 47b15956cf59a8ff2167ad5f106b03dc/18-274; 
#=GS A0A1E3W765/18-274   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Methyloceanibacter; Methyloceanibacter superfactus; 
#=GS A0A109ZX66/23-282   AC A0A109ZX66
#=GS A0A109ZX66/23-282   OS Enhygromyxa salina
#=GS A0A109ZX66/23-282   DE Dimethylglycine N methyltransferase
#=GS A0A109ZX66/23-282   DR GENE3D; 4a595fdfce5dfad3f89e24777a3b274f/23-282; 
#=GS A0A109ZX66/23-282   DR ORG; Bacteria; Proteobacteria; delta/epsilon subdivisions; Deltaproteobacteria; Myxococcales; Enhygromyxa; Enhygromyxa salina; 
#=GS A0A0S8A4I4/19-277   AC A0A0S8A4I4
#=GS A0A0S8A4I4/19-277   OS Gammaproteobacteria bacterium SG8_15
#=GS A0A0S8A4I4/19-277   DE Methyltransferase
#=GS A0A0S8A4I4/19-277   DR GENE3D; 51a467a89fb8f28abbd2e157c8a94dd8/19-277; 
#=GS A0A0S8A4I4/19-277   DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Gammaproteobacteria bacterium SG8_15; 
#=GS A3Z8P0/20-284       AC A3Z8P0
#=GS A3Z8P0/20-284       OS Synechococcus sp. RS9917
#=GS A3Z8P0/20-284       DE Putative sarcosine-dimethylglycine methyltransferase
#=GS A3Z8P0/20-284       DR GENE3D; 53867c5ff961bfd8b03d75ab3f3e7d10/20-284; 
#=GS A3Z8P0/20-284       DR ORG; Bacteria; Cyanobacteria; Synechococcales; Synechococcaceae; Synechococcus; Synechococcus sp. RS9917; 
#=GS A0A0D5ZI14/18-278   AC A0A0D5ZI14
#=GS A0A0D5ZI14/18-278   OS uncultured archaeon
#=GS A0A0D5ZI14/18-278   DE Methyltransferase
#=GS A0A0D5ZI14/18-278   DR GENE3D; 5c15c417af819ea63d07ad74c1623157/18-278; 
#=GS A0A0D5ZI14/18-278   DR ORG; Archaea; uncultured archaeon; 
#=GS M1YVS8/23-281       AC M1YVS8
#=GS M1YVS8/23-281       OS Nitrospina gracilis 3/211
#=GS M1YVS8/23-281       DE Methyltransferase type 11
#=GS M1YVS8/23-281       DR GENE3D; 5c2bc878b2647990f740b34875706de2/23-281; 
#=GS M1YVS8/23-281       DR ORG; Bacteria; Nitrospinae; Nitrospinia; Nitrospinales; Nitrospinaceae; Nitrospina; Nitrospina gracilis; 
#=GS V4LL35/19-280       AC V4LL35
#=GS V4LL35/19-280       OS uncultured Thiohalocapsa sp. PB-PSB1
#=GS V4LL35/19-280       DE Uncharacterized protein
#=GS V4LL35/19-280       DR GENE3D; 5d60839d1f588f5117fdb4b63409bf87/19-280; 
#=GS V4LL35/19-280       DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Chromatiales; Chromatiaceae; Thiohalocapsa; uncultured Thiohalocapsa sp. PB-PSB1; 
#=GS D0LT75/21-284       AC D0LT75
#=GS D0LT75/21-284       OS Haliangium ochraceum DSM 14365
#=GS D0LT75/21-284       DE Methyltransferase type 11
#=GS D0LT75/21-284       DR GENE3D; 5f506f28f87970e2800279116cc1677f/21-284; 
#=GS D0LT75/21-284       DR ORG; Bacteria; Proteobacteria; delta/epsilon subdivisions; Deltaproteobacteria; Myxococcales; Nannocystineae; Kofleriaceae; Haliangium; Haliangium ochraceum; 
#=GS A0A0D4DGV6/20-280   AC A0A0D4DGV6
#=GS A0A0D4DGV6/20-280   OS Streptomyces sp. A02
#=GS A0A0D4DGV6/20-280   DE Sarcosine dimethylglycine N-methyltransferase
#=GS A0A0D4DGV6/20-280   DR GENE3D; 6203ec77599a172e29156a1f45d31a3c/20-280; 
#=GS A0A0D4DGV6/20-280   DR ORG; Bacteria; Actinobacteria; Actinobacteria; Streptomycetales; Streptomycetaceae; Streptomyces; Streptomyces sp. A02; 
#=GS D7E776/19-278       AC D7E776
#=GS D7E776/19-278       OS Methanohalobium evestigatum Z-7303
#=GS D7E776/19-278       DE Methyltransferase type 11
#=GS D7E776/19-278       DR GENE3D; 6f417754506c6f09aeda5a7c049d9587/19-278; 
#=GS D7E776/19-278       DR ORG; Archaea; Euryarchaeota; Methanomicrobia; Methanosarcinales; Methanosarcinaceae; Methanohalobium; Methanohalobium evestigatum; 
#=GS G4FM99/20-285       AC G4FM99
#=GS G4FM99/20-285       OS Synechococcus sp. WH 8016
#=GS G4FM99/20-285       DE Methyltransferase type 11
#=GS G4FM99/20-285       DR GENE3D; 6f57cc7e30b6929636a5fed880584a22/20-285; 
#=GS G4FM99/20-285       DR ORG; Bacteria; Cyanobacteria; Synechococcales; Synechococcaceae; Synechococcus; Synechococcus sp. WH 8016; 
#=GS A0A073B1D5/309-566  AC A0A073B1D5
#=GS A0A073B1D5/309-566  OS Saccharopolyspora rectivirgula
#=GS A0A073B1D5/309-566  DE SAM-dependent methyltransferase
#=GS A0A073B1D5/309-566  DR GENE3D; 7cfd41004cf1d15ceb683537ccc5ab21/309-566; 
#=GS A0A073B1D5/309-566  DR ORG; Bacteria; Actinobacteria; Actinobacteria; Pseudonocardiales; Pseudonocardiaceae; Saccharopolyspora; Saccharopolyspora rectivirgula; 
#=GS A0A0M9YEN4/20-279   AC A0A0M9YEN4
#=GS A0A0M9YEN4/20-279   OS Streptomyces sp. WM6378
#=GS A0A0M9YEN4/20-279   DE Methyltransferase
#=GS A0A0M9YEN4/20-279   DR GENE3D; 83618d4bf9c03ceabfc6eb721398fc24/20-279; 
#=GS A0A0M9YEN4/20-279   DR ORG; Bacteria; Actinobacteria; Actinobacteria; Streptomycetales; Streptomycetaceae; Streptomyces; Streptomyces sp. WM6378; 
#=GS A0A192IDX8/301-560  AC A0A192IDX8
#=GS A0A192IDX8/301-560  OS Rhizobiales bacterium NRL2
#=GS A0A192IDX8/301-560  DE SAM-dependent methyltransferase
#=GS A0A192IDX8/301-560  DR GENE3D; 8465c1aebdbbcb532f205539819052f7/301-560; 
#=GS A0A192IDX8/301-560  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhizobiales bacterium NRL2; 
#=GS L0GZ35/19-278       AC L0GZ35
#=GS L0GZ35/19-278       OS Thioflavicoccus mobilis 8321
#=GS L0GZ35/19-278       DE Methylase involved in ubiquinone/menaquinone biosynthesis
#=GS L0GZ35/19-278       DR GENE3D; 8549d94a8bab1935c946d3fe6bd0e38c/19-278; 
#=GS L0GZ35/19-278       DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Chromatiales; Chromatiaceae; Thioflavicoccus; Thioflavicoccus mobilis; 
#=GS A0A090BV41/19-277   AC A0A090BV41
#=GS A0A090BV41/19-277   OS Thioploca ingrica
#=GS A0A090BV41/19-277   DE SAM-dependent methyltransferase
#=GS A0A090BV41/19-277   DR GENE3D; 870ff1fb8e9ffb5feda051459fcb982f/19-277; 
#=GS A0A090BV41/19-277   DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Thiotrichaceae; Thioploca; Thioploca ingrica; 
#=GS A0YIB3/295-553      AC A0YIB3
#=GS A0YIB3/295-553      OS Lyngbya sp. PCC 8106
#=GS A0YIB3/295-553      DE Putative glycine-sarcosine methyltransferase
#=GS A0YIB3/295-553      DR GENE3D; 8a3caa5eaeb01e7fa2e3dc486240df9a/295-553; 
#=GS A0YIB3/295-553      DR ORG; Bacteria; Cyanobacteria; Oscillatoriophycideae; Oscillatoriales; Oscillatoriaceae; Lyngbya; Lyngbya sp. PCC 8106; 
#=GS A0A099D7H8/308-565  AC A0A099D7H8
#=GS A0A099D7H8/308-565  OS Actinopolyspora erythraea
#=GS A0A099D7H8/308-565  DE SAM-dependent methyltransferase
#=GS A0A099D7H8/308-565  DR GENE3D; 8caee237b6f27ffc7f6f9e8238b10f12/308-565; 
#=GS A0A099D7H8/308-565  DR ORG; Bacteria; Actinobacteria; Actinobacteria; Actinopolysporales; Actinopolysporaceae; Actinopolyspora; Actinopolyspora erythraea; 
#=GS M3BY98/16-276       AC M3BY98
#=GS M3BY98/16-276       OS Streptomyces mobaraensis NBRC 13819 = DSM 40847
#=GS M3BY98/16-276       DE Sarcosine/dimethylglycine N-methyltransferase
#=GS M3BY98/16-276       DR GENE3D; 9066a54d928a652bc3656cec54fc11e5/16-276; 
#=GS M3BY98/16-276       DR ORG; Bacteria; Actinobacteria; Actinobacteria; Streptomycetales; Streptomycetaceae; Streptomyces; Streptomyces mobaraensis; 
#=GS A0A1E7KP62/234-495  AC A0A1E7KP62
#=GS A0A1E7KP62/234-495  OS Streptomyces oceani
#=GS A0A1E7KP62/234-495  DE SAM-dependent methyltransferase
#=GS A0A1E7KP62/234-495  DR GENE3D; 92c9b46eea4239f2d0adcf1a433aad7a/234-495; 
#=GS A0A1E7KP62/234-495  DR ORG; Bacteria; Actinobacteria; Actinobacteria; Streptomycetales; Streptomycetaceae; Streptomyces; Streptomyces oceani; 
#=GS F4XYU0/20-276       AC F4XYU0
#=GS F4XYU0/20-276       OS Moorea producens 3L
#=GS F4XYU0/20-276       DE Methylase involved in ubiquinone/menaquinone biosynthesis
#=GS F4XYU0/20-276       DR GENE3D; 93c83ceec18824dc87d2c63a39a9929e/20-276; 
#=GS F4XYU0/20-276       DR ORG; Bacteria; Cyanobacteria; Oscillatoriophycideae; Oscillatoriales; Oscillatoriaceae; Moorea; Moorea producens; 
#=GS V4RQU7/266-524      AC V4RQU7
#=GS V4RQU7/266-524      OS Lutibaculum baratangense AMV1
#=GS V4RQU7/266-524      DE Putative glycine-sarcosine methyltransferase
#=GS V4RQU7/266-524      DR GENE3D; 94adbae135b4aaf01776fff07162a03d/266-524; 
#=GS V4RQU7/266-524      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhodobiaceae; Lutibaculum; Lutibaculum baratangense; 
#=GS A0A0C1NJI0/308-565  AC A0A0C1NJI0
#=GS A0A0C1NJI0/308-565  OS Prauserella sp. Am3
#=GS A0A0C1NJI0/308-565  DE Methyltransferase, cyclopropane fatty acid synthase
#=GS A0A0C1NJI0/308-565  DR GENE3D; 951d40fed1563ef563654dea08c23588/308-565; 
#=GS A0A0C1NJI0/308-565  DR ORG; Bacteria; Actinobacteria; Actinobacteria; Pseudonocardiales; Pseudonocardiaceae; Prauserella; Prauserella sp. Am3; 
#=GS A0A0P9E9P2/20-281   AC A0A0P9E9P2
#=GS A0A0P9E9P2/20-281   OS Thiohalorhabdus denitrificans
#=GS A0A0P9E9P2/20-281   DE Methyltransferase
#=GS A0A0P9E9P2/20-281   DR GENE3D; 9792b080d5cc0d5db0787e041f44cc29/20-281; 
#=GS A0A0P9E9P2/20-281   DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiohalorhabdus; Thiohalorhabdus denitrificans; 
#=GS V6K871/276-544      AC V6K871
#=GS V6K871/276-544      OS Streptomycetaceae bacterium MP113-05
#=GS V6K871/276-544      DE Uncharacterized protein
#=GS V6K871/276-544      DR GENE3D; 9cead54b3c8a9d32b58bf9e7cb60cf02/276-544; 
#=GS V6K871/276-544      DR ORG; Bacteria; Actinobacteria; Actinobacteria; Streptomycetales; Streptomycetaceae; Streptomycetaceae bacterium MP113-05; 
#=GS A0A120GC23/20-276   AC A0A120GC23
#=GS A0A120GC23/20-276   OS Erythrobacter sp. AP23
#=GS A0A120GC23/20-276   DE Methyltransferase
#=GS A0A120GC23/20-276   DR GENE3D; 9d44b31f2678aa9490bf0b0c851c4e16/20-276; 
#=GS A0A120GC23/20-276   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Sphingomonadales; Erythrobacteraceae; Erythrobacter; Erythrobacter sp. AP23; 
#=GS A0A0S2TCP8/19-277   AC A0A0S2TCP8
#=GS A0A0S2TCP8/19-277   OS Candidatus Tenderia electrophaga
#=GS A0A0S2TCP8/19-277   DE Methyltransferase
#=GS A0A0S2TCP8/19-277   DR GENE3D; 9da1769f0c5863863a5e3e4e6a2430fa/19-277; 
#=GS A0A0S2TCP8/19-277   DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Chromatiales; Chromatiaceae; Candidatus Tenderia; Candidatus Tenderia electrophaga; 
#=GS D6SRK5/20-282       AC D6SRK5
#=GS D6SRK5/20-282       OS Desulfonatronospira thiodismutans ASO3-1
#=GS D6SRK5/20-282       DE Methyltransferase type 11
#=GS D6SRK5/20-282       DR GENE3D; 9f4084b2acd11f95e7fd213c750af628/20-282; 
#=GS D6SRK5/20-282       DR ORG; Bacteria; Proteobacteria; delta/epsilon subdivisions; Deltaproteobacteria; Desulfovibrionales; Desulfohalobiaceae; Desulfonatronospira; Desulfonatronospira thiodismutans; 
#=GS A1ZP64/18-276       AC A1ZP64
#=GS A1ZP64/18-276       OS Microscilla marina ATCC 23134
#=GS A1ZP64/18-276       DE Dimethylglycine N-methyltransferase
#=GS A1ZP64/18-276       DR GENE3D; 9fe851ed1a2d32c9daf2fd915b84f71b/18-276; 
#=GS A1ZP64/18-276       DR ORG; Bacteria; Bacteroidetes; Cytophagia; Cytophagales; Microscillaceae; Microscilla; Microscilla marina; 
#=GS Q1NXX2/18-278       AC Q1NXX2
#=GS Q1NXX2/18-278       OS delta proteobacterium MLMS-1
#=GS Q1NXX2/18-278       DE Putative sarcosine-dimethylglycine methyltransferase
#=GS Q1NXX2/18-278       DR GENE3D; a13af3774fa3113c5df183e29e028c2d/18-278; 
#=GS Q1NXX2/18-278       DR ORG; Bacteria; Proteobacteria; delta/epsilon subdivisions; Deltaproteobacteria; delta proteobacterium MLMS-1; 
#=GS G2E0T4/19-279       AC G2E0T4
#=GS G2E0T4/19-279       OS Thiorhodococcus drewsii AZ1
#=GS G2E0T4/19-279       DE Methyltransferase type 11
#=GS G2E0T4/19-279       DR GENE3D; a2c952316a6a028bd1ed2f2ec0874829/19-279; 
#=GS G2E0T4/19-279       DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Chromatiales; Chromatiaceae; Thiorhodococcus; Thiorhodococcus drewsii; 
#=GS F9UE54/19-279       AC F9UE54
#=GS F9UE54/19-279       OS Thiocapsa marina 5811
#=GS F9UE54/19-279       DE Methyltransferase type 11
#=GS F9UE54/19-279       DR GENE3D; a5e8904751fe3457029d623e54b8b4d0/19-279; 
#=GS F9UE54/19-279       DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Chromatiales; Chromatiaceae; Thiocapsa; Thiocapsa marina; 
#=GS A0A0N0E7K6/303-562  AC A0A0N0E7K6
#=GS A0A0N0E7K6/303-562  OS Ahrensia marina
#=GS A0A0N0E7K6/303-562  DE SAM-dependent methyltransferase
#=GS A0A0N0E7K6/303-562  DR GENE3D; a60c80175121b36d43fb1f51533512c3/303-562; 
#=GS A0A0N0E7K6/303-562  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Ahrensia; Ahrensia marina; 
#=GS A0A1I1SN35/301-560  AC A0A1I1SN35
#=GS A0A1I1SN35/301-560  OS Roseivivax sediminis
#=GS A0A1I1SN35/301-560  DE Glycine/sarcosine N-methyltransferase
#=GS A0A1I1SN35/301-560  DR GENE3D; aaf0507b1d4e21649def2bfbf6bc910b/301-560; 
#=GS A0A1I1SN35/301-560  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Roseivivax; Roseivivax sediminis; 
#=GS A0A0F0HW90/21-280   AC A0A0F0HW90
#=GS A0A0F0HW90/21-280   OS Saccharothrix sp. ST-888
#=GS A0A0F0HW90/21-280   DE Methyltransferase
#=GS A0A0F0HW90/21-280   DR GENE3D; b1c05db228eb8e6bc08e4685f5a47899/21-280; 
#=GS A0A0F0HW90/21-280   DR ORG; Bacteria; Actinobacteria; Actinobacteria; Pseudonocardiales; Pseudonocardiaceae; Saccharothrix; Saccharothrix sp. ST-888; 
#=GS S3ZSL0/285-555      AC S3ZSL0
#=GS S3ZSL0/285-555      OS Streptomyces aurantiacus JA 4570
#=GS S3ZSL0/285-555      DE Putative Glycine N-methyltransferase
#=GS S3ZSL0/285-555      DR GENE3D; b5845aac7e3a316389fff7ee9c9622f7/285-555; 
#=GS S3ZSL0/285-555      DR ORG; Bacteria; Actinobacteria; Actinobacteria; Streptomycetales; Streptomycetaceae; Streptomyces; Streptomyces aurantiacus; 
#=GS D3Q9F9/314-572      AC D3Q9F9
#=GS D3Q9F9/314-572      OS Stackebrandtia nassauensis DSM 44728
#=GS D3Q9F9/314-572      DE Methyltransferase type 11
#=GS D3Q9F9/314-572      DR GENE3D; b778862364334368641cab7c4edd1c88/314-572; 
#=GS D3Q9F9/314-572      DR ORG; Bacteria; Actinobacteria; Actinobacteria; Glycomycetales; Glycomycetaceae; Stackebrandtia; Stackebrandtia nassauensis; 
#=GS A0A0C2G346/263-520  AC A0A0C2G346
#=GS A0A0C2G346/263-520  OS Streptomonospora alba
#=GS A0A0C2G346/263-520  DE SAM-dependent methyltransferase
#=GS A0A0C2G346/263-520  DR GENE3D; b91303fc7dfed05f2a94abd45b190106/263-520; 
#=GS A0A0C2G346/263-520  DR ORG; Bacteria; Actinobacteria; Actinobacteria; Streptosporangiales; Nocardiopsaceae; Streptomonospora; Streptomonospora alba; 
#=GS A0A1N6FN44/23-287   AC A0A1N6FN44
#=GS A0A1N6FN44/23-287   OS Nitrosomonas cryotolerans ATCC 49181
#=GS A0A1N6FN44/23-287   DE Sarcosine/dimethylglycine N-methyltransferase
#=GS A0A1N6FN44/23-287   DR GENE3D; b9cf56f5198ca0c1be92f94b2cc93711/23-287; 
#=GS A0A1N6FN44/23-287   DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Nitrosomonadales; Nitrosomonadaceae; Nitrosomonas; Nitrosomonas cryotolerans; 
#=GS A0A0M9CD39/20-279   AC A0A0M9CD39
#=GS A0A0M9CD39/20-279   OS Streptomyces sp. XY332
#=GS A0A0M9CD39/20-279   DE Methyltransferase
#=GS A0A0M9CD39/20-279   DR GENE3D; baa88a9d9d3bbbfd1ee9fc6461c89113/20-279; 
#=GS A0A0M9CD39/20-279   DR ORG; Bacteria; Actinobacteria; Actinobacteria; Streptomycetales; Streptomycetaceae; Streptomyces; Streptomyces sp. XY332; 
#=GS W9VAU7/20-281       AC W9VAU7
#=GS W9VAU7/20-281       OS Thiorhodococcus sp. AK35
#=GS W9VAU7/20-281       DE Putative sarcosine-dimethylglycine methyltransferase
#=GS W9VAU7/20-281       DR GENE3D; baed036a9893ded7c2b1ec0b731aa22a/20-281; 
#=GS W9VAU7/20-281       DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Chromatiales; Chromatiaceae; Thiorhodococcus; Thiorhodococcus sp. AK35; 
#=GS A0A0N1JYF0/236-502  AC A0A0N1JYF0
#=GS A0A0N1JYF0/236-502  OS Streptomyces sp. NRRL F-6602
#=GS A0A0N1JYF0/236-502  DE SAM-dependent methyltransferase
#=GS A0A0N1JYF0/236-502  DR GENE3D; bef19a665dc79de616e279775c121912/236-502; 
#=GS A0A0N1JYF0/236-502  DR ORG; Bacteria; Actinobacteria; Actinobacteria; Streptomycetales; Streptomycetaceae; Streptomyces; Streptomyces sp. NRRL F-6602; 
#=GS A0A101VS73/19-278   AC A0A101VS73
#=GS A0A101VS73/19-278   OS Alphaproteobacteria bacterium BRH_c36
#=GS A0A101VS73/19-278   DE Methyltransferase
#=GS A0A101VS73/19-278   DR GENE3D; c69e1a4ec0f0c818dfd889e2ae09bd18/19-278; 
#=GS A0A101VS73/19-278   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Alphaproteobacteria bacterium BRH_c36; 
#=GS Q112B5/15-276       AC Q112B5
#=GS Q112B5/15-276       OS Trichodesmium erythraeum IMS101
#=GS Q112B5/15-276       DE Methyltransferase type 11
#=GS Q112B5/15-276       DR GENE3D; c6d9ac676aa841353551eb30aa591039/15-276; 
#=GS Q112B5/15-276       DR ORG; Bacteria; Cyanobacteria; Oscillatoriophycideae; Oscillatoriales; Microcoleaceae; Trichodesmium; Trichodesmium erythraeum; 
#=GS H5XDS7/312-569      AC H5XDS7
#=GS H5XDS7/312-569      OS Saccharomonospora cyanea NA-134
#=GS H5XDS7/312-569      DE Methylase involved in ubiquinone/menaquinone biosynthesis
#=GS H5XDS7/312-569      DR GENE3D; c80ef61c1b8be2beb1804fced03d4d95/312-569; 
#=GS H5XDS7/312-569      DR ORG; Bacteria; Actinobacteria; Actinobacteria; Pseudonocardiales; Pseudonocardiaceae; Saccharomonospora; Saccharomonospora cyanea; 
#=GS A0A1E3W8F5/18-274   AC A0A1E3W8F5
#=GS A0A1E3W8F5/18-274   OS Methyloceanibacter marginalis
#=GS A0A1E3W8F5/18-274   DE Methyltransferase
#=GS A0A1E3W8F5/18-274   DR GENE3D; cc0cf4c250b7dfabf457f5e9df3f794a/18-274; 
#=GS A0A1E3W8F5/18-274   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Methyloceanibacter; Methyloceanibacter marginalis; 
#=GS U5T3V9/21-280       AC U5T3V9
#=GS U5T3V9/21-280       OS Spiribacter curvatus
#=GS U5T3V9/21-280       DE Uncharacterized protein
#=GS U5T3V9/21-280       DR GENE3D; d14b8b0ef946b866018d1106f46a9083/21-280; 
#=GS U5T3V9/21-280       DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Chromatiales; Ectothiorhodospiraceae; Spiribacter; Spiribacter curvatus; 
#=GS H8Z6L6/19-278       AC H8Z6L6
#=GS H8Z6L6/19-278       OS Thiorhodovibrio sp. 970
#=GS H8Z6L6/19-278       DE Methyltransferase, cyclopropane fatty acid synthase
#=GS H8Z6L6/19-278       DR GENE3D; d5e015dbfe5ceb5ddd6ef7b6b65de764/19-278; 
#=GS H8Z6L6/19-278       DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Chromatiales; Chromatiaceae; Thiorhodovibrio; Thiorhodovibrio sp. 970; 
#=GS B2HRK7/303-561      AC B2HRK7
#=GS B2HRK7/303-561      OS Mycobacterium marinum M
#=GS B2HRK7/303-561      DE Glycine-sarcosine methyltransferase
#=GS B2HRK7/303-561      DR GENE3D; d5f59c7da53e1637354dd0d9f837e786/303-561; 
#=GS B2HRK7/303-561      DR ORG; Bacteria; Actinobacteria; Actinobacteria; Corynebacteriales; Mycobacteriaceae; Mycobacterium; Mycobacterium marinum; 
#=GS A0A197SM56/20-280   AC A0A197SM56
#=GS A0A197SM56/20-280   OS Streptomyces sp. ERV7
#=GS A0A197SM56/20-280   DE Methyltransferase
#=GS A0A197SM56/20-280   DR GENE3D; d6b9af6d04223a2adcf40c55d3051424/20-280; 
#=GS A0A197SM56/20-280   DR ORG; Bacteria; Actinobacteria; Actinobacteria; Streptomycetales; Streptomycetaceae; Streptomyces; Streptomyces sp. ERV7; 
#=GS A0A0M8S881/21-280   AC A0A0M8S881
#=GS A0A0M8S881/21-280   OS Streptomyces sp. WM6372
#=GS A0A0M8S881/21-280   DE Methyltransferase
#=GS A0A0M8S881/21-280   DR GENE3D; d6d3a1cbc5ad5ef147676804a0409b55/21-280; 
#=GS A0A0M8S881/21-280   DR ORG; Bacteria; Actinobacteria; Actinobacteria; Streptomycetales; Streptomycetaceae; Streptomyces; Streptomyces sp. WM6372; 
#=GS A0A0P7Z0C5/22-279   AC A0A0P7Z0C5
#=GS A0A0P7Z0C5/22-279   OS Erythrobacteraceae bacterium HL-111
#=GS A0A0P7Z0C5/22-279   DE Sarcosine dimethylglycine N-methyltransferase Sdm
#=GS A0A0P7Z0C5/22-279   DR GENE3D; d7af1176aa415aab77d586ecc13f2168/22-279; 
#=GS A0A0P7Z0C5/22-279   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Sphingomonadales; Erythrobacteraceae; Erythrobacteraceae bacterium HL-111; 
#=GS A0A1H1PDB9/22-279   AC A0A1H1PDB9
#=GS A0A1H1PDB9/22-279   OS Erythrobacter sp. HL-111
#=GS A0A1H1PDB9/22-279   DE Sarcosine/dimethylglycine N-methyltransferase
#=GS A0A1H1PDB9/22-279   DR GENE3D; d7af1176aa415aab77d586ecc13f2168/22-279; 
#=GS A0A1H1PDB9/22-279   DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Sphingomonadales; Erythrobacteraceae; Erythrobacter; Erythrobacter sp. HL-111; 
#=GS H5WZU3/312-569      AC H5WZU3
#=GS H5WZU3/312-569      OS Saccharomonospora marina XMU15
#=GS H5WZU3/312-569      DE Methyltransferase family protein
#=GS H5WZU3/312-569      DR GENE3D; d98ab1c8515306a7f867107421430473/312-569; 
#=GS H5WZU3/312-569      DR ORG; Bacteria; Actinobacteria; Actinobacteria; Pseudonocardiales; Pseudonocardiaceae; Saccharomonospora; Saccharomonospora marina; 
#=GS A0A1N6H9Q9/301-560  AC A0A1N6H9Q9
#=GS A0A1N6H9Q9/301-560  OS Rhodovulum sp. ES.010
#=GS A0A1N6H9Q9/301-560  DE Glycine/sarcosine N-methyltransferase
#=GS A0A1N6H9Q9/301-560  DR GENE3D; db6422d1e0119c33a3ce3b71121c5110/301-560; 
#=GS A0A1N6H9Q9/301-560  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Rhodovulum; Rhodovulum sp. ES.010; 
#=GS T2RWA1/311-568      AC T2RWA1
#=GS T2RWA1/311-568      OS Saccharopolyspora erythraea D
#=GS T2RWA1/311-568      DE SAM-dependent methyltransferase
#=GS T2RWA1/311-568      DR GENE3D; db9829306be5c5f96548f5e7a4dc004f/311-568; 
#=GS T2RWA1/311-568      DR ORG; Bacteria; Actinobacteria; Actinobacteria; Pseudonocardiales; Pseudonocardiaceae; Saccharopolyspora; Saccharopolyspora erythraea; 
#=GS A4FGJ7/311-568      AC A4FGJ7
#=GS A4FGJ7/311-568      OS Saccharopolyspora erythraea NRRL 2338
#=GS A4FGJ7/311-568      DE Glycine sarcosine N-methyltransferase
#=GS A4FGJ7/311-568      DR GENE3D; db9829306be5c5f96548f5e7a4dc004f/311-568; 
#=GS A4FGJ7/311-568      DR ORG; Bacteria; Actinobacteria; Actinobacteria; Pseudonocardiales; Pseudonocardiaceae; Saccharopolyspora; Saccharopolyspora erythraea; 
#=GS M2AZE7/20-279       AC M2AZE7
#=GS M2AZE7/20-279       OS Rhodopirellula europaea 6C
#=GS M2AZE7/20-279       DE Methyltransferase type 11
#=GS M2AZE7/20-279       DR GENE3D; dd90b2d9ed43bce1099bdd9cf9be1b4d/20-279; 
#=GS M2AZE7/20-279       DR ORG; Bacteria; Planctomycetes; Planctomycetia; Planctomycetales; Planctomycetaceae; Rhodopirellula; Rhodopirellula europaea; 
#=GS Q0G1C9/303-562      AC Q0G1C9
#=GS Q0G1C9/303-562      OS Fulvimarina pelagi HTCC2506
#=GS Q0G1C9/303-562      DE Probable glycine-sarcosine methyltransferase
#=GS Q0G1C9/303-562      DR GENE3D; df15465cc7c9f80f309b29b90ddb166f/303-562; 
#=GS Q0G1C9/303-562      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Aurantimonadaceae; Fulvimarina; Fulvimarina pelagi; 
#=GS A0A0P0ZAP8/303-562  AC A0A0P0ZAP8
#=GS A0A0P0ZAP8/303-562  OS Fulvimarina pelagi
#=GS A0A0P0ZAP8/303-562  DE Probable glycine-sarcosine methyltransferase
#=GS A0A0P0ZAP8/303-562  DR GENE3D; df15465cc7c9f80f309b29b90ddb166f/303-562; 
#=GS A0A0P0ZAP8/303-562  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Aurantimonadaceae; Fulvimarina; Fulvimarina pelagi; 
#=GS A0A0H1AG00/300-559  AC A0A0H1AG00
#=GS A0A0H1AG00/300-559  OS Mesorhizobium sp. LC103
#=GS A0A0H1AG00/300-559  DE SAM-dependent methyltransferase
#=GS A0A0H1AG00/300-559  DR GENE3D; df7c9e8b46fe38bc49c203124d58936d/300-559; 
#=GS A0A0H1AG00/300-559  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Phyllobacteriaceae; Mesorhizobium; Mesorhizobium sp. LC103; 
#=GS S3B1Y7/216-482      AC S3B1Y7
#=GS S3B1Y7/216-482      OS Streptomyces sp. HPH0547
#=GS S3B1Y7/216-482      DE Uncharacterized protein
#=GS S3B1Y7/216-482      DR GENE3D; e07fd41401de17cf5b9c9f36361fc516/216-482; 
#=GS S3B1Y7/216-482      DR ORG; Bacteria; Actinobacteria; Actinobacteria; Streptomycetales; Streptomycetaceae; Streptomyces; Streptomyces sp. HPH0547; 
#=GS A0A0W7X1B4/286-547  AC A0A0W7X1B4
#=GS A0A0W7X1B4/286-547  OS Streptomyces silvensis
#=GS A0A0W7X1B4/286-547  DE SAM-dependent methyltransferase
#=GS A0A0W7X1B4/286-547  DR GENE3D; e0a08d738f6a89d1844a5a37365e9466/286-547; 
#=GS A0A0W7X1B4/286-547  DR ORG; Bacteria; Actinobacteria; Actinobacteria; Streptomycetales; Streptomycetaceae; Streptomyces; Streptomyces silvensis; 
#=GS Q7V823/16-275       AC Q7V823
#=GS Q7V823/16-275       OS Prochlorococcus marinus str. MIT 9313
#=GS Q7V823/16-275       DE Putative sarcosine-dimethylglycine methyltransferase
#=GS Q7V823/16-275       DR GENE3D; e14580dac3c83b7adc6f55208643bb58/16-275; 
#=GS Q7V823/16-275       DR ORG; Bacteria; Cyanobacteria; Synechococcales; Prochloraceae; Prochlorococcus; Prochlorococcus marinus; 
#=GS A7HX31/20-278       AC A7HX31
#=GS A7HX31/20-278       OS Parvibaculum lavamentivorans DS-1
#=GS A7HX31/20-278       DE Methyltransferase type 11
#=GS A7HX31/20-278       DR GENE3D; ea52c700faaabbf33ec64a41dc556bd2/20-278; 
#=GS A7HX31/20-278       DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhizobiales; Rhodobiaceae; Parvibaculum; Parvibaculum lavamentivorans; 
#=GS W0E1D4/19-279       AC W0E1D4
#=GS W0E1D4/19-279       OS Marichromatium purpuratum 984
#=GS W0E1D4/19-279       DE Dimethylglycine methyltransferase
#=GS W0E1D4/19-279       DR GENE3D; ed567f51c121b7ead1befba296d86d8b/19-279; 
#=GS W0E1D4/19-279       DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Chromatiales; Chromatiaceae; Marichromatium; Marichromatium purpuratum; 
#=GS C7MUL3/302-559      AC C7MUL3
#=GS C7MUL3/302-559      OS Saccharomonospora viridis DSM 43017
#=GS C7MUL3/302-559      DE Glycine/sarcosine N-methyltransferase
#=GS C7MUL3/302-559      DR GENE3D; f283c55b37064c45972ca1335917cfb5/302-559; 
#=GS C7MUL3/302-559      DR ORG; Bacteria; Actinobacteria; Actinobacteria; Pseudonocardiales; Pseudonocardiaceae; Saccharomonospora; Saccharomonospora viridis; 
#=GS I1D4R6/312-569      AC I1D4R6
#=GS I1D4R6/312-569      OS Saccharomonospora glauca K62
#=GS I1D4R6/312-569      DE Methyltransferase, cyclopropane fatty acid synthase
#=GS I1D4R6/312-569      DR GENE3D; f791fd23316ca36f6f127966acb83999/312-569; 
#=GS I1D4R6/312-569      DR ORG; Bacteria; Actinobacteria; Actinobacteria; Pseudonocardiales; Pseudonocardiaceae; Saccharomonospora; Saccharomonospora glauca; 
#=GS A0A0T5P4J3/301-561  AC A0A0T5P4J3
#=GS A0A0T5P4J3/301-561  OS Roseovarius indicus
#=GS A0A0T5P4J3/301-561  DE Glycine/sarcosine N-methyltransferase
#=GS A0A0T5P4J3/301-561  DR GENE3D; fa3da4b47a383fd796b716e144ceafad/301-561; 
#=GS A0A0T5P4J3/301-561  DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Roseovarius; Roseovarius indicus; 
#=GS A0NW22/303-562      AC A0NW22
#=GS A0NW22/303-562      OS Labrenzia aggregata IAM 12614
#=GS A0NW22/303-562      DE Putative glycine-sarcosine methyltransferase
#=GS A0NW22/303-562      DR GENE3D; fd1abd0988a6150679cfbae07cc7458d/303-562; 
#=GS A0NW22/303-562      DR ORG; Bacteria; Proteobacteria; Alphaproteobacteria; Rhodobacterales; Rhodobacteraceae; Labrenzia; Labrenzia aggregata; 
#=GF TC 413.3 4.0E-127
#=GF SQ 133
Q9KJ20/308-565              EDADNFYYHVWGGNDIHVGLYQT-----PQEDIATASERTVQRMAGKV------DISPETRILDLGAGYGGAARYLARTYGCH-VTCLNLSEVENQRNREITRAEGLEHLIEVTDGSFEDLP--YQDNA-----FDVVWSQDSFLHSGD--RSRVMEEVTRVLKPKGSVLFTDPMASDSA-KKNELGPILDRLHLDSLGSPGFYRKELTRLGLQNI------------EFEDLSEYLPVHYGRVLEVLESRENE----LA-GF-IGEEYRAHMKTGLRNWVQAGNGGSLAWGIIHARA---
Q9KJ21/20-279               EDADNFYAIIWGGEDIHIGLYND-----DEEPIADASRRTVERMSSLS-----RQLGPDSYVLDMGAGYGGSARYLAHKYGCK-VAALNLSERENERDRQMNKEQGVDHLIEVVDAAFEDVP--YDDGV-----FDLVWSQDSFLHSPD--RERVLREASRVLRSGGEFIFTDPMQADDC-PEGVIQPILDRIHLETMGTPNFYRQTLRDLGFEEI------------TFEDHTHQLPRHYGRVRRELDRREGE----LQ-GH-VSAEYIERMKNGLDHWVNGGNKGYLTWGIFYFRKG--
A0A163EYJ7/16-275           SDADRFYAEIWGGEDIHIGLYET-----ADQAIASASERTVQALMELA-----TQPPAKGCVVDLGSGYGGAARRIAKQWQVN-VHAVNISAVENIRHRDLNNAAGLAKLIEVHDASFEEVP--LPDGI-----ADVVWSQDAILHSGN--RLQVMNEVSRLLKPGGVFVLTDPMACDGI-EANALQPILDRIHLSDLASPDRYRIWAEASGMTRD------------VWQERTEMLVRHYTRVREELRRRHQE----LA-SV-ISTDYLSRMDAGLGHWIEGGSQGRLCWGLMRFTKH--
A0A1L8QHE1/20-278           DDADTFYSRVWGGEDIHVGIYSA-----PDELISVASARTVTRMAEVA------GVGPGTRVLDLGAGYGGAARRLAAAHGAT-VHCLNLSPVENARNERMTREQGLDGRVEVTTGSYEDVP--VEDSS-----IDLVWSQDAFLHSGS--RETVLDEIARVLRPGGQVVFTDPMAVDGL-DQSSIQPILDRIALSTMATPGFYTDGLAQRGFSGV------------QFLDHAEHLPTHYRRVREELVAHEEE----LS-SS-ISGPYLSAMKAGLQHWVDGGRTGKLTWGIVHAVRT--
U2FYD2/18-278               DDAENFYSRLWGGEDIHIGLYGS-----DSEAVVDASHRTVEHMCDLL-----GPALDGATVLDIGGGYGGSARYIAQHHNAD-VVSLNLSEVQNERARRKNAERGLDQRVSIVDGDFENIP--FDEGH-----FDIVWSQDAMLHSGN--RERVLDEVARVLKAGGTFIFTDPMQADDC-PDGVLQPVLDRIQLETMGSPDFYTQALQQRGFTRR------------EFEDHTGQIPRHYGGIHDTLVEREAE----LRDSA-ISNAYIANMKTGLLHWVDAGKAGHLAWGIMVFDKN--
A0A0B3RPI1/301-560          DDADTFYSTIWGGEDLHIGRYA------ETPDIRTASDRTIESMIDRL-----PPLDASARVLDMGAGYGGAMRTLVRKTGCE-AVCLNLSETQNEYNLGKIRAAKLSDKISVRHGVFEDVP--EPDAS-----CDVAWSQDAFLHSDQ--RAKVLAEAWRVLKPGGHLIFTDPMQADDA-DPAVLQPVYDRLQLNDLGSPRFYREAAEALGFETV------------EQEEAVSDLRTHYFRVREELLANYEK----LR-EAGASAEYLDKMAVGLENWVKAADDGHLAWGIQHFRKP--
Q83WC3/19-277               -SADGFYYRIWGGEDLHIGIYNT-----PDEPIYDASVRTVSRICDKI-----KNWPAGTKVLDLGAGYGGSARYMAKHHGFD-VDCLNISLVQNERNRQMNQEQGLADKIRVFDGSFEELP--FENKS-----YDVLWSQDSILHSGN--RRKVMEEADRVLKSGGDFVFTDPMQTDNC-PEGVLEPVLARIHLDSLGSVGFYRQVAEELGWEFV------------EFDEQTHQLVNHYSRVLQELEAHYDQ----LQ-PE-CSQEYLDRMKVGLNHWINAGKSGYMAWGILKFHKP--
A1WXM9/19-278               RDADNFYFHIWGGEDLHVGIYED-----EDEPIFDASRRTVERMAAKL-----NNLSADSYVLDVGAGYGGVARYLAHTYGCR-VVALNLSERENERDRQMNKEQGVDHLIEVVDGAFEDIP--FDAET-----FDIVWCQDSFLHSGD--RPRVMSEVTRVLKKGGEFIFTDPMQADDC-PEGVLQPILDRIHLSTMGTPGFYREELKKNGMTEL------------EFDDNTPQLPRHYGRVHKELERRGHE----LD-GI-VSDDYVARMKKGLQHWVEGGNNGYLSWGIFHFRKD--
A0A0X8XB40/20-279           EDADNFYAIIWGGEDIHIGLYND-----DEEPIADASRRTVERMSSLS-----RQLGPDSYVLDMGAGYGGSARYLAHKYGCK-VAALNLSERENERDRQMNKEQGVDHLIEVVDAAFEDVP--YDDGV-----FDLVWSQDSFLHSPD--RERVLREASRVLRSGGEFIFTDPMQADDC-PEGVIQPILDRIHLETMGTPNFYRQTLRDLGFEEI------------TFEDHTHQLPRHYGRVRRELDRREGE----LQ-GH-VSAEYIERMKNGLDHWVNGGNKGYLTWGIFYFRKG--
A0A163CWI6/16-275           SDADRFYAEIWGGEDIHIGLYET-----ADQAIASASERTVQALMELA-----TQPPAKGCVVDLGSGYGGAARRIAKQWQVN-VHAVNISAVENMRHRDLNNAAGLAKLIKVHDASFEEVP--LPDGI-----ADVVWSQDAILHSGN--RLQVMNEVSRLLKPGGAFVLTDPMACDGI-EANALQPILDRIHLSDLASPDRYRIWAEASGMTRD------------VWQERTEMLVRHYTRVREELRRRHQE----LA-SV-ISTDYLSRMDAGLGHWIEGGSQGRLCWGLMRFTKH--
H2CAA9/15-275               -DADVFYHEVWGGDDIHIGLYTT------TQDIREASRLTVERMASLI----ENRIDETSTVLDLGSGYGGAARYLNDRFHCR-VICLNLSEVENQRNRNRNSETGQSEAISVIDGSFEEIPPVILDHS-----VDLVWSQDAMLHSGS--KEKIFACVSRILKPGGRFIFTDPMQSEKA-DPARLQPVYDRIHLKEMGSFELYQRLARQHGMTTE------------RILDLSPQLPVHYGRVLEELNSQDAR----LR-AK-ISGEYIDRMKMGLQHWIDAGNRGDLAWGIIELSRN--
I3BQZ9/19-277               EDADNFYAMIWGGEDIHIGLYQS-----PDESITAASHRTVQHMADKL------DLKPTSKLLDIGAGYGGAARYIATRFGCK-VTALNLSEKENGRARQLNKQAGLDGQIDVVDGSFETIP--APDAC-----FDAVWSQDAILHSGQ--RQQVVKEVARVLKPGGHFIFTDPMQSDNC-PEGVLEPILGRIHLDSLGSPGFYRSTAAELGIQLL------------GFEELTPQLTQHYTCVLEETVKRQAE----LE-KT-VDAAYLERMKTGLGHWIEGGKQGYLAWGIFVFQKP--
A0A0D6JI85/19-278           EDADNFYFHVWGGEDIHIGLYER-----EDEPIGVASRRTVERMADHL-----PPLNANSRILDIGSGYGGAARYLAERFGCN-VTALNLSEKENERNREMSQAAGLASRITVVDGSFEDIP--LEDAS-----VDAVWSQDAILHSGQ--RERVIAEVARVLKPGGHFIFTDPMESGRC-SQGDLEPVLARIHLDTLGSPDFYKKTAIANGLEFV------------EWLDKTDQLIRHYSRVREELLSQRAI----LT-KG-ISETYIDRMATGLSNWVTAGQRGCLAWGILHFKKS--
A0A162DZC5/16-275           SDADRFYAEIWGGEDIHIGLYET-----ADQAIASASERTVQALMELA-----TQPPAKGCVVDLGSGYGGAARRIAKQWQVN-VHAVNISAVENMRHRDLNNAAGLAKLIEVHDASFEEVP--LPDGI-----ADVVWSQDAILHSGN--RLQVMNEVSRLLKPGGVFVLTDPMACDGI-EANALQPILDRIHLSDLASPDRYRIWSEASGMTRD------------VWLERTEMLVRHYTRVREELRRRHQE----LA-SV-ISTDYLSRMDAGLGHWIEGGSQGRLCWGLMRFTKH--
A0A163T2R1/16-275           SDADRFYAEIWGGEDIHIGLYET-----ADQAIASASERTVQALMELA-----TQPPAKGCVVDLGSGYGGAARRIAKQWQVN-VHAVNISAVENMRHRDLNNAAGLAKLIEVHDASFEEVP--LPDGI-----ADVVWSQDAILHSGN--RLQVMNEVSRLLKPGGVFVLTDPMACDGI-EANALQPILDRIHLSDLASPDRYRTWAEASGMTRD------------VWQERTEMLVRHYTRVREELRRRHQK----LA-SV-ISTDYLSRMDAGLGHWIEGGSQGRLCWGLMRFTKH--
A0A163PWD2/16-275           SDADRFYAEIWGGEDIHIGLYEA-----TDQGIASASERTVQALMELA-----TQPPAKGCVVDLGSGYGGAARRIAKQWQVN-VHAVNISAVENMRHRDLNNAAGLAKLIKVHDASFEEVP--LPDGI-----ADVVWSQDAILHSGN--RLQVMNEVSRLLKPGGVFVLTDPMACDGI-EANALQPILDRIHLSDLASPDRYRIWAEASGMTRD------------VWQERTEMLVRHYTRVREELRRRHQE----LA-SV-ISTDYLSRMDAGLGHWIEGGSQGRLCWGLMRFTKH--
A0A0F7KNX7/16-273           EEADEFYSTIWGGEDIHVGIYEK------TRDIREASRTTVERMAELL-----GDL-PSRHILDIGAGYGGGARKLVGDFGARHVTCLNISEVENERNRAFTEKAGLSDRIDVIDGSFDDLP--FEDAS-----FDAVWSQDAILHAPD--RKAVLDEVARVLKPGGEFIFTDPMQATDLQDAAALRPIYDRIHLPDLASFGFYREELGKRGFEEV------------LIEDRSEEIGNHYGRVAEELDARRGE----LS----ASDAFVDRMIEGLGHWVRGCAAGKLTWGIMLFRKK--
U7GP48/303-562              DDADTFYSLVWGGQDLHIGLYD------DTSNIREASDLTIDEMAGML-----PNLGADAKVLDIGSGYGGAMRKLVKASGCS-AVCLNISDVQNDTNRHRNIQQGFKDRIRVEHGVFEDIP--EQPES-----FDIVWSQDAILHSDQ--RHKVLQEVHRVLKPGGYFIFTDPMQADDA-DPKALQPVYDRLQLNSLGSMRFYRETAEALGFETV------------EQRDMTQQLRNHYFRVREELLANYDK----LR-NEGASADYLDKMALGLMNWVDAADAGQLAWGIQLFRKP--
A0A0M6Y3Y8/303-562          DDADTFYSLVWGGQDLHIGLYD------DTSNIREASDLTIDEMAGML-----PNLGADAKVLDIGSGYGGAMRKLVKASGCS-AVCLNISDVQNDTNRHRNIQQGFKDRIRVEHGVFEDIP--EQPES-----FDIVWSQDAILHSDQ--RHKVLQEVHRVLKPGGYFIFTDPMQADDA-DPKALQPVYDRLQLNSLGSMRFYRETAEALGFETV------------EQRDMTQQLRNHYFRVREELLANYDK----LR-NEGASADYLDKMALGLMNWVDAADAGQLAWGIQLFRKP--
A0A163UJG3/16-275           SDADRFYAEIWGGEDIHIGLYET-----ADQAIASASERTVQALMELA-----TQPPAKGCVVDLGSGYGGAARRIAKQWQVN-VHAVNISAVENMRHRDLNNAAGLAKLIEVHDASFEEVP--LPDGI-----ADVVWSQDAILHSGN--RLQVMNEVSRLLKPGGVFVLTDPMACDGI-EANVLQPILDRIHLSDLASPDRYRIWAEASGMTRD------------VWQERTEMLVRHYTRVREELRRRHQE----LA-CV-ISTDYLSRMDAGLGHWIEGGSQGRLCWGLMRFTKH--
A0A0P7X7I3/302-560          ADADNFYYNIWGGEDIHIGLYE------ETPVIKEASARTVRKMAGML-----KNLSADTHIIDLGAGYGGSARHLASEYGCS-VDCLNISEAQNDTNRFLNRRQALAEQIKVAHGSFDKIP--APNET-----YHVVWSQDSILHAKD--REQVFAEAHRVLKPGGEMIITDPMQADDV-PEGVLQPVYDRIHLESLGSPGYYREIAEKLGFELV------------EFADLTPNLRTHYARVGEDLRANYDH----VA-SV-SSKAFLDRMLQGLDNWVKAADSGYMAWGILHFRKR--
A0A163LXL1/16-275           SDADRFYAEIWGGEDIHIGLYET-----ADQAIASASERTVQALMELA-----TQPPAKACVVDLGSGYGGAARRIAKQWQVN-VHAVNISAVENMRHRDLNNAAGLAKLIKVHDASFEEVP--LPDGI-----ADVVWSQDAILHAGN--RLQVMNEVSRLLKPGGVFVLTDPMACDGI-EANALQPILDRIHLSDLASPDRYRIWAEASGMTRD------------VWQERTEMLVRHYTRVREELRRRHQE----LA-SV-ISTDYLSRMDAGLGHWIEGGSQGRLCWGLMRFTKH--
D5EA51/19-278               DDADNFYFTIWGGEDIHVGLYDS-----EDEPIFDASRRTVERMASKI-----SNLDKDSKVLDIGAGYGGAARYLARKYGCQ-VVALNLSEVENERDRVMNKEQGLDHLVTVEDGSFEDLP--YPDYS-----FDVVWSQDAILHSGN--REQVLKEVARVLKSGGDFVFTDPMQTDDC-PEGVLQPILDRIHLESLGSPGFYRESAKKYGLNEI------------EFEEHASQLPIHYGRVLKETENQEDN----LS-GV-VSQDYINNMKQGLKHWIDGGNGGYLTWGIFHLRKK--
U5DKV9/19-279               SDADTFYFTIWGGENIHIGLYAT-----PDEAIAEASQRTVERMSARL-----QTLNPSAKVLDLGAGYGGSMRHLARTVGCR-CVALNLSEVENARDRAMNREQGLDRLIEVVEGDFAHLP--FPDAS-----FEVVWSQDAILHSGE--RDRVIAEIARVLKSGGEFVFTDPMQADDC-PQNVLQPILDRIHLDSLGSPGFYRQQARKVGLAEL------------SYESHSEQLTAHYTRVLQELQHRAAE---VLA-AG-ISQGYSDRMQKGLQHWIEGGRKGYLAWGIFHFRKP--
F4Y2P8/20-277               -ETDRLYATFWGGEHITYGIYKS-----SDEPIHDASKRTVETIAQTL-----ENLAPDSRVIDLGAGYGGAARYLAKTYGCS-VCCLNLSERQNQRNRQLNQEQNLAHLVEVTQGSFEDIP--YPDNS-----FNIVWSQDAILHSSD--RTQVFEEIKRVLQPGGELIFTDPMQRETC-PPGLLQPAFDRLGIKDMGSYRFYSQTAQELGFEEL------------HFIDLSEHVPTHYRRFGEEVRVRYQE----VV-RI-TSTEFADKTLKSIEPWIEYYEKGYMQWGILHFRL---
K9YGK5/19-277               -SADGFYYRIWGGEDLHIGIYNT-----PDEPIYDASVRTVSRICDKI-----KNWPAGTKVLDLGAGYGGSARYMAKHHGFD-VDCLNISLVQNERNRQMNQEQGLADKIRVFDGSFEELP--FENKS-----YDVLWSQDSILHSGN--RRKVMEEADRVLKSGGDFVFTDPMQTDNC-PEGVLEPVLARIHLDSLGSVGFYRQVAEELGWEFV------------EFDEQTHQLVNHYSRVLQELEAHYDQ----LQ-PE-CSQEYLDRMKVGLNHWINAGKSGYMAWGILKFHKP--
S9Q394/301-560              DDADTFYSTIWGGEDLHIGLYD------ETKNIREASDKTIAAMIDKL-----PKLGADSRVLDMGAGYGGAMRTLVKQTGAE-AICVNISSTQNDYNRQKIRQAGLGDKIEVRHGVFEDLP--QDDAS-----VDVAWSQDAFLHSDQ--RDKVIAEAYRVLKPGGHLIFTDPMQADDV-PQGVLQPVYDRLQLNSLGSIRYYREVAEALGFETV------------ELDEMTNQLRNHYARVREELLANYDK----LR-EGGSSAEYLDKMAVGLENWVKAADDGYLAWGILTFRKP--
A0A0G3EG49/19-278           NDADNFYFHIWGGEDIHVGLYQH-----DEEAIFDASRRTVEQMARKL-----GRLDEHTSILDIGGGYGGAMRHLVRTTGCR-AAVLNISEVENERDRQMNREQGCEDRIDVIDGDFANIP--FDDGS-----FDGAWSQDAILHSDD--RTGVVRETARVLNPGAKFVFTDPMQTDDC-PDGVLQPIYDRIHLESLASPGFYRRAGEEAGLEFV------------EFEEHADQIARHYGRVLKELMSREAE----LK-DK-VSDDYIERMKKGLRHWVDGGNAGYLTWGIFTFRKP--
F2UL79/52-312               -DAELFYSNVWGGENIHVGMYNT------TRDIADASHRTNMRLAPML-----EPLDASSAVLDLGSGYGGTARYLARTYGCK-VTGLNVSDVENKRAVALNKQHGLQDKVEIVLGTFEDVD--MPNAS-----FDAIFSQEAMLHAGD--KANVVAEAARMLKPGGRFVFTDVMRSDDC-DESKLQPIYDRLHLPSLASPSFYRAAAAKHGLDEI------------GFEEDTANFTAHYSRVREDLIAREQE----LR-QQNISEAYLDRMKNGLLHWVAGGRNGLLCWGFFSFRKPAK
F2TWM4/25-286               DDAEAFYSTVWGGENIHIGLYQD-----EAESIADASHRSVETLAKKL-----APLHKASHVLDMGSGYGGTARYLARTFGCR-VTGLNLSEVENQRARSLNEKHGLHDRVQIVQGMFEAVE--LPDAH-----FDAVCSQDSFLHSSD--RAQVVAEAARLLKPGGVFVFTDIMQADDC-DPKRLQPIFERIDLSSLGSPEFYRNAAELHGLEEV------------AFEDNTHHLITHYSRVLSETVAKEDV----LR-QR-ISNAYLDRMKRGLDLWVNAGRDRQLVWPLFTFRKPAE
M2Y7I2/55-319               MDADTFYYHIWGGQDIHVGLYND---PVEKDIIRDASRRTVYYMTGLLEK--SGLLKPGAIGMDLGAGYGGTARYLAEKFGVR-VDCLNISDSQNARNRQMTEAAGLTQLVSVVYGSFQDIP--APDNS-----YDFLWSSDAIDHAPD--KAQVFREVARVLKPGGIFIFTDLMKADDV-PASELGPVLERIKLPDMGSVKLYRSLAANNGLKEY------------AVYQKPEALVNHYWRVKLELEKQKDE----IS-KF-CSVAFQERMKQGLDHWVNAGKAGKLNWAIMMFQKP--
M5RX55/19-279               EDADNFYAIIWGGEDIHIGWYDN-----ETEPIEIASRRTVTQMADRI----AETISPNSRVLDLGAGYGGAARYLAKRFGCN-VVALNLSEAENERSRKLNAEQSLDHLVDVIDGSFEEIP--AEDAS-----FDFVWSQDAILHSGD--RSRVISEVSRVLKSGGEFLFTDPMQADDC-PPGVLQPILSRIHLDTLASPQFYVDQGDAVNLTLV------------NFDCQTQHLTRHYSRVLEETSRRESE----II-SL-ISPEYIERMKAGLGHWIDGGRNGYLAWGIFHFAKS--
A0A1H1TCP4/303-558          QDADTFYSLVWGGEDIHVGIYTE-----PDEDIATASRRTVTRMAGAL------DLGPDTRVLDLGSGFGGAARHLSGTSGCR-TTCLNLSEVENARNRVLTDAAGLSELVEVVDGSFEDLP--FEDNR-----FDVVWSQDALLHSGD--RVQVLQEAVRVLRPGGRIVFTDPMAADGC-PREALAPILRRLHLDTMASPEFYRRTLANLGLT-V------------EFDDLTEHLTTHYQRVLDETERRDAS----LA-GR-VSADYLDRMRTGLRHWVDGGRAGNLAWGVFVAG----
A0A0T5NRV5/301-562          DDADTFYSTIWGGEDLHIGRYA------TTKNIRDASDLTIESMIDAL-----PDLDTGSRVLDLGAGYGGAMRTVVKKTGCQ-AVCLNISETQNEYNLGKVRAARLADKISIRHGVFEDVP--EADES-----VDVVWSQDAFLHSDQ--RDQVLAEAFRVLKPGGHLIFTDPMQADDV-PEGVLQPVYDRLQLNSLGSPGFYRQTAHALGFETV------------QQEDAVADLRAHYARVREELLAHYDE----LR-EKGCSAEYLDKMAVGLQNWVKAADDGHLAWGIQHFRKPVK
X7EGR9/303-562              DDADTFYSLVWGGQDLHIGCYN------STRDIRTASDVTIDRMVEVL-----PTITADTRILDIGAGYGGAMRKVVKENGGT-ATCLNISEIQNDTNRLRNRQQGFSDRIDVIHGVFEDIP--EPASS-----FDVVWSQDAILHSDQ--RETVLREVWRVLKPGGHFVFTDPMQSDDA-DPGQLQPVYDRLQLNSLGSPGFYQRAAQEIGFKLV------------AWDEMTTQLRTHYDRVRDELLGNYDT----LK-DSGASTAYLDKMAVGLENWVRAADAGNLSWGIHVFRKP--
D9WCV3/224-484              TDADEFYWRVWGGEDIHIGVYDR-----PDEPIAEASRRTVARMAGRL------DLTPDSRVLDLGAGFGGSARYLAETYGCH-VTALNLSEVENERHRAINAERGLGDTIEVLDGSFESIP--LPDNS-----VDVIWSQDAFLHSGN--RRRPLEEAARVLRPGGQIIFTDPMAADGC-PTDTLRPILDRIHLDTMGSPDFYRHELARLGFTEV----------GGGFEELREHLVTHYGRVLEETRRQEDQ---GLS-EH-ISADYLAHMKKGLTNWVEGGKSNHVTWGIFHFTR---
D3SCH7/19-281               EDADTFYKLVWGGEDLHIGMYEY-----QGEPIGDASRRTVAHMSDLL-----GEPQPEWRVLDMGAGYGGVARYLVENYGCD-VTALNLSEKENERDREINKARHLDHKITVVDGSFEKVD--EPDAS-----YDVVWSEDSFLHSQNDKKKDVIKEAARVLKPGGWLIFTDPMQTDNC-PDGVLDPILARIHLDSLASPSLYREAAKEAGLYEV------------GFEEHSSQIATHYGRVKQELESREEE----LR-GY-ISQDYIDRMKQGLQHWVDGGQSGYLTWGIFRFRKPA-
G2NY85/324-584              SDADAFYWHVWGGEDIHIGIYDR-----PDEPIAEASRRTVARMAGKL------DLTESSVVLDLGSGFGGSARYLAETYGCR-VVALNLSEVENERHRALNAERGLTEAIEVLDGSFERIP--LPDNS-----VDVVWSQDAFLHSGN--RARPLEEAARVLRPGGHLIFTDPMAADGC-PAETLRPILDRIHLETMGSPGFYRHELARLGFTAV----------GGGFQEHREQLITHYARVLEETRRQEAD---GLT-EH-VSADYLTHMKKGLSNWVDGGTNRHVTWGIFHFTR---
B3QVY4/20-279               SDADNFYFTIWGGEDIHIGLYES-----EHEPIFDASRRTVARMASLL-----PNIDQASHILDIGSGFGGATRFLAKKFGCR-VTDLNLSEIENKRNREMSNDQGLGNLIEVVEGSFESIP--FPDNS-----FDAVWSQDAILHSGK--REQVVSEVARVLKKGGLFIFTDPMQSDTC-PEGVLQPILDRIHLETLASPKFYREAAKKAGLEEV------------GYEDMVQNLIIHYDRILQETEARESE----LK-ET-VSAAYIQNMKKGLQHWVDGGKNGHLAWGIFRFKKA--
B8GQ71/19-278               DDADTFYHRVWGGEDIHIGLYES-----DDEPIFDASRRTVAHMGDLL-----GEPRPDMTVLDMGAGYGGSARYLASTFGCR-VVALNLSEVENERNREKTRAHHLDKLVEVVDGSFESVP--YPDQS-----FDIVWSQDAILHSGN--RRQVVREAARLLKPGGVFIFTDPMQTDDC-PEGVLEPILARIHLQTLGSPGFYREACAAEGLEEI------------GFEAHADQLPRHYARVLAETEAREQG----LK-GE-ISPDYLERMKKGLAHWIEGGRNGHLTWGIFRFRKP--
A0A1E3X9G2/292-518          EDADNFYFTIWGGEDIHIGIYKS-----DEDSVAEASSNTVKVMASHL-----SCLHEDATVLDLGAGYGGAARFLARNYGCH-VSALNLSTMENERNIKLNSEQGLEDKIDVVEGSFENIL--YPDDH-----FDVVWSNDAILHSNN--RSNVLEEAVRVLKSGGVFIFTDPMQSDDC-HDDVLQPILDRIHLSSLGSPEVYREMLSNLGMEEV------------AFHDHTEQLVNHYTRVLGEIEKKEKNA----------------------------------------FRENQ-
W6K9Z7/25-283               ADADNFYFNIWGGEDIHIGLYD------STDDIAEASRLTVEKMAAVA-----APITDATKILDVGAGYGGAARFLAKRFGCQ-VDCLNISQTQNATNRRLTEDQGLADRITVVHGSFEDIP--EEDGK-----FDLVWSQDAILHSGR--RQRVLEEVTRVLKPGGRFVFTDPMQADDC-PEGVLQAVYDRIHLENLGSFAAYREMAGHVGLEVV------------ETLDRSAQLRNHYHRVGERLAADYDR----MA-SV-SSKDYLDRMLKGLTHWVEAADKGFLAWGILHMRKP--
A0A1N7MS46/302-561          SDADAFYSNIWGGEDLHIGLYD------NTKDIRTASDKTIDRMAELL-----PDLDQSSRILDIGAGYGGAMRRVSKAYGCS-ATCLNISETQNDYNRSKTRNAGLADKINVVHGVFEDIP--EEGAS-----FDVVWSQDAILHSDQ--RAKVFDEVWRVLKPGGYFIFTDPCQADDV-PHGVLQPVYDRLQLNSLGSFRFYREVAEVRGFETL------------RQDDMAHHLRTHYARVREDLIANYDK----LR-ENGASAEYLDKMAVGLENWVKAADDGHLAWGIQLFRKP--
S3ZAT3/26-287               SDVDAFYDAVWGGEDIHTGVYAH-----DAEPVADASRRTVERLADRL----ADHLRPGRSVLDLGSGYGGTARYLAERFGCR-VVALNLSAAQNERHRAANAKRGLDGLIEVVTGSFHEVP--YAADH-----FDAVCSLEALCHSDD--RARALSEAVRVLKPGGGLAFTDIMADESA-SAEALHPVVSRLGVAALATPSFYLRLLTDLGLTSV------------DFDDHSAHIARHYVRLNEDTRAREAE----LR-TT-ISPAYVDTLLANLPLWVDATRAGRLRWGIFSARHTV-
L0DUD1/19-277               -DADTFYHRVWGGEDIHIGLYEH-----DREPIIDASRRTVAHMADLL-----GEPPAEWRVLDLGAGYGGSARYLVENHGCR-VTALNLSEVENERNRAINKARGLDDRITVVDGSFENVP--EDDEQ-----FDVVWSQDAFLHSGD--RERVMQEAARVLKPGGVLIFTDPMQHDAC-PEGVLDPILQRIHLDSLGSPGFYEQTASALGLDLV------------GFEDHSHQLPRHYSRVREELEAREAD----LS-EH-ISPDYIARMKKGLGHWVEGGKAGHLAWGIFRFRKP--
A0A0B1ZNQ6/18-275           DEADGFYSAVWGGEDIHIGLYDT------TDDIRAASRLTVEHMAGKL-----GNL-SGKRVIDLGSGYGGAARVLAGEYGAK-VTCLNLSSVENERNRKLTEAAGLADRIEVVDGSFDAMP--FADES-----FDVAWSQDAILHAPD--RGAVLDEVARVLRPGALFVFHDPMQADGLADKAALQPIYDRIHLPDLASIGFYRDGLTARGFTEV------------ETEELTGQLGTHYRRVREEMLARKDE----LG----LPDAFVSRMSAGLDHWVQGAANGNLRWAIMLYRKND-
A0A0K9I4K9/20-279           GDADNFYYTIWGGEDIHIGLYQT-----PDEDIAQASRRTVETMASRL-----QGLAETSRVLDMGAGFGGAARWLAKKHGCR-VTALNLSQVQNQRDRQMNREQGLDHLVEVVDASFEEVP--CADGS-----FDFIWSQDAILHSGD--RGKVMDEVSRLLKPGGQFVFTDPMAADDC-PEGVLQPILDRIHLENLGSPGFYQEALARRGLKDL------------GFREHTDHLVNHYARILEETQCREGE----IC-NA-VSQDYIDRMKKGLSHWVEGGKQGHLAWGIFHFEKS--
A4BNS9/19-279               NDADTFYHTVWGGEDIHVGLYEA-----PSEPIFDASRRTVERMAGCI-----PKLDGDTRVLDIGAGYGGAARFLAQRYGCQ-VVALNLSEKENDRARQMNRQQGLDELIEVIDGSFEDLP--FNDRH-----FDVVWSQDAILHSGN--RRKVLEEVARVLAPGGHFLFTDPMQADDC-PAGVLQPILERIHLATLGSPEFYRRTLTELDLEEV------------SFDIHSDMLAVHYGRVHDELTSCEER----LA-EY-VSRDYIERMKHGLQHWIEGGRNGHLTWGIFLFRKPG-
A0A1E7MH00/236-502          -DADTFYSSVWGGEDIHVGIYSD-----AEQPIAEASRHTVERMASGL------GLDRDSRVLDLGSGFGGSARYLAETFGCA-VQALNLSEVENQRHKELNAIRGLTDRIEVVDGSFESVP--FPDSS-----VDVVWSQDAFLHSGD--RLRVLEEVRRVLKPGGQLVFTDPMAADDT-DFSAIQPILDRIHLDDMGSPGFYKRELTRLGFTPT----EHE-DSDAGFEDLREQLVRHYGRVLQETERQEAD---GLA-SK-ISSDYLSQMKKGLAHWVEGGERRRLTWGIFRFTLTK-
A0A1E7K8K2/236-502          -DADTFYSSVWGGEDIHVGIYSD-----AEQPIAEASRHTVERMASGL------GLDRDSRVLDLGSGFGGSARYLAETFGCA-VQALNLSEVENQRHKELNAIRGLTDRIEVVDGSFESVP--FPDSS-----VDVVWSQDAFLHSGD--RLRVLEEVRRVLKPGGQLVFTDPMAADDT-DFSAIQPILDRIHLDDMGSPGFYKRELTRLGFTPT----EHE-DSDAGFEDLREQLVRHYGRVLQETERQEAD---GLA-SK-ISSDYLSQMKKGLAHWVEGGERRRLTWGIFRFTLTK-
W8KHT7/19-278               EDADNFYHRVWGGEDIHIGLYES-----DEEAIPDASRRTVAHMGDLL-----GEPTSDMKVLDIGAGYGGAARYLATTFGCH-VKALNLSEVENERDRQMNKALKLDHLVDVLDASFESIP--AEDNS-----FDVVWSQDSILHSGN--RMKVMEEVARVLKPGGVFIFTDPMQTDDA-PKEKLQPILDRIHLETLGSPGFYREAASKVGLEEI------------GFEDHSHQLPRHYGRVLKELESREES----LK-GL-ISDDYIARMKKGLQHWVDGGKAGHLCWGIFRFRKA--
A0A0H4BG82/20-286           NDADRFYAEIWGGEDIHIGLYIA-----ETEPIATASRRTVEALAALIDKQLTGSSNESCTIVDLGSGYGGAARHLCQSPRVN-VEAINISAVENTRHRELNRAAGLDRQIQVHNASFEAVP--LEDAC-----ADVVWSQDAILHSGD--RQQVMKEAARLLKPGGVMVMTDPMAADGV-PSESLSKILERIHLSDLGSPDRYISWANNVGLQHD------------VWDERTPMLVRHYSRVRDELQRRHDE----LK-LS-ISPEYLNTMSAGLEHWVEGGKAGRLCWGLMRFHKPKE
A0A1B7LYP9/17-275           QDAGAFYSQIWGGDDIHLGMYAS-----PDEPIAEASHRTMQHMIDKI------TQGSVDYVVDLGSGYCGAARFLHRELDAD-VLAVNLSGEQNVRARQLNQRDGLDEPITVVDASYNEVP--AEDAV-----ADLVWSQDAFLHAID--RKQPLAEAARVLKPGGEFLFTDPMAADGV-NPAELSGVLARLNLSSLASPGDYKQLAAEVGFEVV------------EFEDLNEYLPLHYGRVLEETQANAEE----LL-KT-ASQQYLDGMMKGLQHWVDAGNRGLLSWGIFHLRKQ--
Q1Q4E9/17-278               QSADRFYYSVWGGEDIHIGIYRY-----PSESIFAASRRTVETMCAFL-----PRLNASTRVLDIGAGYGGSARYLAMQFQCE-VTCLNLSDVQNQKNRQQTEEAGLDSLIEVVDGSFENIP--FSPNS-----FEVVWSQDAILHSDD--RKKVLEEVHRVLKPGGVFIFTDPMQSDEC-PKEALAPVLARIHLESLGSPGVYRQIAAQLGWIEL------------KFEDLSSQLPIHYRRVLEEITGRETE----IV-RQ-CTPEYIERMKTGLGHWIKNGEKGYLKWGIFLFQKPDV
A0A117DVW0/29-287           DDANAFYSMIWGGEDIHVGCYE------DTRDIGAAARKTVDRMVRQL-----TRFDGDTRVLDLGAGYGGCARHLASDYGSS-VTCLNISEAQNETNRERNRNAGLDAKIRVVHGSFEAIP--EPDGS-----YDVVWSQDAILHAAD--RRKVIEEAFRVLKAGGELIFTDPMQADEV-PDGVLAPVYDRLNLADLGSMRFYRETALAVGFEVV------------DQIDLVHNLGVHYQRVLEELETRRRE----LE-EH-SSTEYLDKMRVGLRNWVDSAREGHLAWGIQHFRKP--
A0A084IJD4/18-277           SDADTFYSRLWGGEDIHIGLYKS-----DDEPVLKASRRTVARMAELV----ADKLGRDTRVLDIGGGYGGSACYVAEHYGAH-VVSLNLSEVQNERGRRQIDERGLEDKVTIVDGNFEDIP--YEADS-----FEVVWSQDAILHSGN--RRRVLDEVVRVLKPGGVFVFTDPMSADDV-SPDALQPVLDRIQLETMGSPGFYREQLTRRGLTER------------TFEDHTEQVPRHYDRIHRELDAHRSE----LN-GH-ISERYVSNMKKGLQHWVEAGSAGRLAWGIMVFEN---
A0A1H5U124/310-567          ADADNFYYHVWGGNDIHVGIYET-----PDEDIDAASRRTVERMAAKV------EITPDTRILDIGSGYGGAARHLAATYGCK-VSCLNLSEVENARNAEFNRAAGLDELIEVKDGSFEDIP--FQDNA-----FDIVWSQDAILHSGD--RERVLEEVTRVLKPGGSFLFTDPMAADGA-RLKDLGPILDRLSLDTMGSPAFYRRELARLGLQTF------------DFEDLTRFLPIHYGRVLEVLESKESE----LS-DK-ISDEYRTRMKAGLKNWVSGGEAGNLAWGIIHARA---
A0A0W7WX69/20-279           SDVDGFYAHAWGGEDIHVGVYTD-----PREAIPVATGRTVERLAGKL----GDALGADSTVLDMGSGYGGAARRLAGQYGCH-VVALNISELQNHRHRALNAERGLDDRIDVVTGSFHDIP--APDGS-----FDVVWSQEALCHSGD--RSRALREATRVLKPGGHLVFTDTMAAEDA-PEGELSPLAERLRLTDLATPGFYVEQLRALDLAGA------------DYEDLSAHMLTHYERLSEEVRSPAPE----LV-DA-VSPGYLKRLRTNLPQVARACRDGRLRWGIFHGRH---
A0A1E7KTR0/235-499          ADADEFYASVWGGEDIHIGLYES-----SEEPIADASRRTVQRMAEKL------DLDESSVVLDLGAGYGGSARYVAETYGCN-VIALNLSEVENERNRELNAQRGLTGKIEVLDGSFESIP--CSEDS-----VDVVWSQDAFLHSGN--RTRVLEEITRVLKPGGQLIFTDPMAADGT-STAVLKPILERIHLDTMGSPAFYRRELARLGFSAA---------SSGGFEEHREQLVNHYGRVLKETERQEAEGKDGLA-GK-VSSEYLTNMKKGLGHWVNGGNERQLTWGIFHFRL---
A0A1E7JIR1/235-499          ADADEFYASVWGGEDIHIGLYES-----SEEPIADASRRTVQRMAEKL------DLDESSVVLDLGAGYGGSARYVAETYGCN-VIALNLSEVENERNRELNAQRGLTGKIEVLDGSFESIP--CSEDS-----VDVVWSQDAFLHSGN--RTRVLEEITRVLKPGGQLIFTDPMAADGT-STAVLKPILERIHLDTMGSPAFYRRELARLGFSAA---------SSGGFEEHREQLVNHYGRVLKETERQEAEGKDGLA-GK-VSSEYLTNMKKGLGHWVNGGNERQLTWGIFHFRL---
A0A0D2G7A2/20-279           TDADRFYFSIWGGEDIHIGIYGE-----PEEDIKLASRRTVQTMASRL-----EDLGPQSKVLDMGAGFGGAARFLAKNFGCK-VTALNLSPVQNLRNRQMNKEQELEHLVEVVEASFEEVP--YPDES-----FDFIWSQDAILHSGD--RKKVMAEVKRLLKPGGRFVFTDPMAADNC-PDGVLQPIYDRIHLETLGSPKFYKDILEELGLRFV------------EFKENTGHLVNHYARILQETETREAE----LG-KV-VSRDYIDNMKKGLMHWVKGGEKGHLAWGIFNFQKD--
K9HFN3/298-557              GDADNFYFTIWGGEDIHIGLYSDK----AGETIKEASRRTVDTMAEQV------SLDETSRVLDIGAGYGGAARRLAATRGCT-VHCLNISETQNATNRRLTEEQGLSDKVTVVHGSFEDIP--EPDNR-----FDVVWSQDAILHSGD--RERVLEEAFRVLKPGGHLIFTDPMEADDV-PEGVLQPVYDRIHLENLGSIGFYKDAATRVGFDVV------------SVTDYTGHLPTHYGRVAEVLREEYNQ----VA-KV-CSRGYMDRMLVGLDNWVKAGSAGHLAWGILHFRKP--
A0A1B1AZ45/21-279           -DVEAFYDAVWGGEDIHTGIYAR-----ADESVADASRHTVEQAADKV----SDLVCAGSSVLDLGSGYGGPTRYLAERFGCR-VIALNLSDTQNQRHRATNAERGLDHLIEVVTGSFHDIA--CPDSR-----FDVVWSQEAFCHSGD--RPRLLSEAVRVLKPEGALVFTDLMAAEDT-PAAALRAAVSRLGVDSLATPHFYRRTLAGLGLSHT------------DFDDRSDQLIRHYERITEETRRREQE----LR-RI-ISPAYVDSLLANLPLWVAAARRGELRWGIFHCRA---
A0A1E3W765/18-274           DEADDFYRTIWGGEDIHVGLYDT------GPDITAASRRTVERMAGKA-----GTL-KGKHVLDLGSGYGGAARVLAGEYGAL-VTCLNLSAVENERNRALTREAGLEDHITVVDGSFDSLP--FERPQ-----FDLAWSQDAILHAPD--RRAVLDEVARVLKPGGDFIFTDPMQADALQDKDALQPIYDRIHLPDLASFGFYRTELSERGFDEI------------EVEELTGQMRTHYARIGEELDARREE----LD----ASDAFVDRMLKGLRHWVSGAENGLLAWGIMHFRKA--
A0A109ZX66/23-282           DEADQFYFNIWGGEDIHIGLYDE----AGERSIHEAGRRIIDRMIELL-----GPITAADRVLDLGSGYGGAARVLARRFDCN-VVCLNLSETQNARNRELCQAAQLA-RVQVRQGNFEHLP--FADES-----VEIAWSQDAILHSGA--RQQVINEVARVLRPGGRFVFTDPMRRDHV-PAASLGPILERIHLDDLACFEFYRRACAEAGLEVV------------TIQDLSVHLPRHYERVRVELEARRAE----IE-SL-STPSYVAGMLGGLRRWVEAGEQGLLAWGIVVARKP--
A0A0S8A4I4/19-277           EDADSFYAIIWGGEDIHIGLYVQ-----DDESIVDASQRTVTRMAEKL------DVQQDFQVLDIGSGYGGAARYLVEKYGCS-VTALNLSEKENERARILNKERGLDSKISVMDGSFEHIP--AEENQ-----FDVVWSQDAILHSGN--RQQVINEVARVLKPGGQFIFTDPMQSDNC-PDGVLQPILDRIHLSSLGSPGFYQHACKKAGLQEV------------SFEERTEQLVMHYSRVLQDTEKHQSQ----LI-DN-ISPEYLERMKKGLGYWIDGGNNGYLSWGIFVFKKA--
A3Z8P0/20-284               DDADRFYAEIWGGEDIHVGLYAT-----DNEPIAQASRRTVEALEALIDDTIAARASAGSRIVDLGSGYGGAARYLCRHPGVQ-VDAINISRVENSRHRSLNLEAGLQERITVHDASFEAVP--LPDGC-----ADVVWSQDAILHSGD--RQQVMREAARVLRPGGVMVMTDPMAADGV-AADSLDAILQRIHLADLGSPCRYQQWAEAVGLARE------------IWNDRTSMLVRHYSRVREELRQRKAE----LS-QS-ISPTYLERMDAGLGHWVDGGKAGRLSWGLMRFRKH--
A0A0D5ZI14/18-278           KDTDIFYRKAWGDEHIHLGIFKD-----YYEPIQSACLRTVRTMAEKV-----GSISSDTEVLDIGSGYGGTARYLASTYGCH-VNALNLSEVQNRRSEELNRKRKLQRNISIVEGSFEDMP--FEDET-----MDICWSIDAILHSGN--RKKVVEEVSRVLRPGGDFVFTDPMRTDGC-PHDILEPILERIHLSDMGSLSFYRSEARDAGLEEV------------SFTDLSQHLVNTYGRVLEFTENNEET----LS-DE-ISREFIDHMEEGLRHWVEGGKEGHLGWGIMHFRKKT-
M1YVS8/23-281               SNADEFYFKIWGGEHIHIGQYNY-----EEEPIGIASKRIVNHMMSLL------DLNIFKRVLDLGAGYGGGARYLATQRGCH-VTCLNLSETQNNRNREFNKERGLDRLVDVAHGSFEEIP--FEDKS-----FDVIWSQDSFLHSAD--RARVVSEAYRVLKPGGLFIFTDIMKKDDC-PEDALGPILARIHLSTLGSFRFYYDEAGKQGFRLK------------RMEDHSNQLTMHYSRVRDETLKHYDE----VV-KL-CGQEYIDRMLTGLGHWVDAGKSGRLAWGITLFEKP--
V4LL35/19-280               DDADNFYFHVWGGEDIHIGLYES-----PQEPIATASRRTVDRMTEQVV---EKLSSPQARVIDLGSGYGGAARVLASRFDCH-ILALNLSETENARHRQMNQEAGVADRIEVIDGSFETIP--SDAAR-----FDVAWSQDAILHSGH--RDRVLAEVDRVLEPGGEFVFTDPMQADDC-PDGVLAPVLERIHLASLGSFAFYREQARMLGWQEV------------GTIEMTGQLVQHYMRVAEELEAQRSR----LA-GL-VSNEYVERMLKGLANWVEAGNRGYLAWGILHFRKP--
D0LT75/21-284               AEADNFYFHVWGGEDIHIGLYPESGGAAGSDGIAEASRRTVERMAGQL-----DGLGADSRVIDFGAGYGGAARFLAARYGCS-VTCLNLSETQNRRNRALTAEQGLSERVDVIHGSFESVP--VDDDS-----YDVVWSQDAFLHSGD--RRKVFAEARRVLRPGGELILTDPMQADDC-PDGVLQPVLDRIHLSSLGSVAVYRGYLRELGFEEV------------AWLDCTHQLRQHYARVAEVLRERYDE----MV-ER-STAGYVDRMLKGLGHWVAGADSGHLAWGILHARL---
A0A0D4DGV6/20-280           ADVDAFYDAVWGGEDIHTGVYTH-----DDESIATASRRTIEQAADKV----SDLLSAGSTVLDLGSGYGGAARYLAERFGCH-VFALNLSESQNERHRATNAKRGLDGLIEVVTGSFHDIP--FPDGR-----FDVVWSQEAFCHSGD--RTRLLSEAVRVLNREGAVVFTDLMAAEET-PVETLYPAVSRLGVDALATPDFYRRALAGLGLSRI------------DFDDRSSQLIPHYERITAETRRREQE----LR-GT-ISPAYVDGLVANLPLWVDAAHRGHLRWGIFHCRRT--
D7E776/19-278               NDADNFYFTIWGGEDIHVGLYQS-----EDEPIFDASRRTVERMASKI-----NNLNKNSKILDIGAGYGGAARYLARNNGCQ-VVALNLSEVENERDRKMNEEQALDHLITVVDGSFENLP--YPDDS-----FDVVWSQDSILHSGE--REQVIKEVARVLKSGGDFIFTDPMQTDDC-PEGVLQPILDRIHLESLGSPGFYRESAKKYGMKEI------------EFEEHTSQLPTHYGRVLKETKRREDE----LS-NV-VSQEYINNMKQGLQHWVNGGNSGYLTWGIFHFRKE--
G4FM99/20-285               NDADRFYAEIWGGEDIHIGLYNA-----VNEPIASASRRTVEALAALIQAPQTDSPKESSCVVDLGSGYGGAARHLCQNPLVK-VEAINISAVENTRHRELNRAAGLDRQIQVHDASFEAVP--LEDAC-----ADVVWSQDAILHSGD--RQQVMKEAARLLKPGGVMVMTDPMASDGV-PSSSLSAILERIHLSDLGSPERYKDWANNAGLQRD------------IWDDRTPMLICHYSRVRDELQRRQDE----LK-LS-ISPNYLAKMDAGLQHWVEGGNAGRLCWGLMRYRKPE-
A0A073B1D5/309-566          EDADNFYFHVWGGNDIHIGLYNT-----PDEDIATASRRTVERMASKV------EITPETKVLDIGSGYGGAARYLAKTYGCQ-VTCLNLSEVENKRNREFNKEQGLDHLIEVKDGSFEDMP--FQDNA-----FDVVWSQDAILHSGD--RVRVMEEVARVLKPTGSFVFTDPMAADTA-KMSDLGPILERINLDTMGSPGFYRRELARLGLQNF------------EFEELTEHLPVHYGRVLEVLEERETE----LA-DK-ISDTYRTKMKTGLKNWVEGGKAGNLAWGIIHARA---
A0A0M9YEN4/20-279           SDVDAFYAEVWGGEDIHTGIYTH-----EREPVAAASRRTVETAASKI----ADRLTPACTVLDLGSGYGGPARHLAAEFGCR-VVALNISEGQNDRHRKTNAERGLDGLIEVVAGSFQDIP--YPAER-----FDVVWSQEAFCHSGD--RERLLSEAVRVLKPQGALVFTDLMAADSA-PAEALRPVVARLGVEEFATPSFYLHQLAQLGLPHV------------EFDDRSDQLLTHYLRLTEETRSRATE----LR-DV-ISPAYVESLLENLPLWVDACREGRLSWGIFTCHR---
A0A192IDX8/301-560          SDADEFYFNVWGGEDIHVGIYD------NSPDIREASRITVETMAETV-----GEIRPETRIIDLGAGYGGAARYLARTFDCS-VTCVNISRVQNIRNERLTAAQDLDDRVSVVHGAFESVP--EPDAS-----FDVVWSQDAFLHSGE--REKVLAEAFRLLRPGGSLVFTDPMQADEVDDPEALRPVYERIHLESLGSFAFYREAAKKAGFEEV------------QMRDFTPQIANHYGRVAEVLTQNYDR----MQ-KK-SSKEYLDRMLVGLDNWVKAGDAGLLAWGVLHFRKP--
L0GZ35/19-278               DDADNFYFLVWGGEDIHIGLYET-----SEDPVADASHRTVARMADSA-----SGVGPESRVLDIGAGYGGAARYLAKRFGCR-VTALNLSEKENERDRQMNAEQGIDHLIDVVDGSFEAIP--AEDAS-----FDLVWSQDAILHSGE--REKVIAEVARVLRPGGELIFTDPMQADDC-PAGVLGPVLDRIHLASLGSVGFYREMAAKYGLAEV------------EVIDLTENLPAHYQRVREELERLRPE----LE-GK-VSDTYVTNMIKGLKAWVDAGNNGYLNWSILHFRKP--
A0A090BV41/19-277           NDADNFYASIWGGENIHIGIYEQ-----ESDSIAQASHRTVQKLASLL------KLHEDSRVLDIGAGYGGMARYLVKNTGCQ-VDCLNLSQVQNQRHQQLNQQQGLIGKIRIIEGNFEAIP--AAEQH-----YDVVLSQDAILHSGN--RLQVFKEVARVLKSGGEFIFTDPMQSDYC-PPNILQPVLDRLNLDSMGSMSFYTQTAATVGLETI------------QIIEMTEQLVNHYRHILQATDEHYEK----IL-KV-CNQDYIERMKIGLNHWIEKGQQGYLVWGILHFRKK--
A0YIB3/295-553              DSADAFYASIWGGEDIHVGIYKS-----EDEPVFDASRRTVEQIASRL------KLNENSRVLDIGSGYGGAARYLVEKFGCH-VTCVNLSEVQNERNRLLNREQDISSKIDVVDASFEDIP--LDDHS-----FDVVWSQDAILHSGN--RSLVLKEVYRVLKSGGEFIFTDPMQSDDC-PEGVLQPVYDRIHLDSLGSIGFYRQVAKATGLEEI------------EVIDLSEQLVNHYTRVLKAVDENYQE----AL-ES-CGEDYIERMKLGLNHWIESGKKGYLSWGILHFRKK--
A0A099D7H8/308-565          EDADNFYYHVWGGNDIHVGLYQT-----PQEDIAAASERTVQRMASKV------DIDANTTILDLGAGYGGAARYLARTYGCK-VTCLNLSEVENQRNREISRAEGLDHLIEVADGSFEDIP--YQDNA-----FDIVWSQDSFLHSGD--RTRVMEEISRVLKPRGSVLFTDPMAADSA-EKSALGPILDRLHLDSLGSPGFYRKELTRLGLQNV------------EFEDLSEYLPLHYGRVLEVLESRENE----LA-DF-IGEEYRTRMKTGLRNWVQGGNGGNLAWGIIHAKA---
M3BY98/16-276               -DVDAFYDAVWGGEDIHTGSYER-----EGEPVADASRRTVERLAVYL----ADRLGPGRRALDLGSGYGGTARYLARRFGCR-VVALNLSEAQNARHRETNTERGLDGLVDVVTGSFHDVP--YGDGE-----FDAVCSLEALCHSDD--RARALAEAARVLAPGGALAFTDVMAADGT-PDDALRPVVARLGVDALATPSFYRERLTALGLEDV------------GFDDHSEQLVRHYVRLTEETESRKDT----LR-DL-ISPDYLQGLLRNLPLWVDAARSGRLRWGIFHARRST-
A0A1E7KP62/234-495          SDADTFYASVWGGEDIHVGLYER-----PDEPIPEASRRTVERMAGKL------QLSRGSTVLDLGSGYGGSARYLAETYGCR-MLALNLSEVENERNRALNAERGLTGAIEVVDGSFENIP--YPDNS-----VDVVWSQDAFLHSGN--REKVLDEVARVLRPGGQLIFTDPMATDGT-PKAKLQPILERIHLDTMGSPGFYHDQLTRLGFNEG---------PDGGFEEHREQLPAHYGRVLEETKRQETN---GLA-EK-VSSDYLDRMKTGLGNWVHGGKEGHLTWGIFHYVR---
F4XYU0/20-276               -ETDRIYKMIWGGEHIHFGIYLE-----PDDSILEASQRIVNMMATML-----QQIGENSQVIDLGAGYGGTARYLAKKYGCF-VSCLNLSELQNQRNLEMNQAQNLNHRIEVKQGNFENIP--HDDRS-----FDIVWSQDSMVHSGN--RRQVLSEIRRILKPGGELIFTDTLRNHDC-SPEKLQPAFNRLQIKDAGSFHFYKKTLQELGFEEI------------QVIDLSRHVSTHYIRFRDEILKRYEE----II-EQ-ISKEAIDKTLKSIEPWINFYQEGDMQWGGFHYC----
V4RQU7/266-524              SDADQFYYNIWGGEDIHIGLYD------STKDIKEASRLTVEMMTDML-----SKIGRDTHVIDFGAGYGGAARYLAKKHGCP-VNCLNVSETQNNTNRYLNRRQGLADLVSVLHGVFEDVP--EPDSA-----FQVVWSQDSFLHSDD--REQVLREAFRVLKKGGELIFTDPMQADDC-PEGVLQPVYDRIHLQSLGSFKFYKEAAERVGFETV------------ELKDLTPNLREHYFRVGEELKANYDQ----IV-GR-VSKAYLDKMIVGLDNWVKAADSGYMAWGILHFRKP--
A0A0C1NJI0/308-565          EDADNFYYNIWGGTDIHVGLYQS-----EDEEIAPASRRTVEQMAKRL------GLTEGQKVLDLGAGYGGAARYLAETYGAK-VTCLNLSEVENERNRQFNKDAGLSELIDVIDGDFENLP--FNDNE-----FDVIWSQDAILHSGD--RVRVVEEAVRVLKPEGQMVFTDPMAADDC-DTSSLQPILDRLHLDSLGSPGFYKKELTRLGLKSV------------EFEDHTDQLARHYGRVLAELEKREDE----LA-AT-ISKEYREHMKTGLKNWVAGGKSGNLAWGIFHVKA---
A0A0P9E9P2/20-281           EDADTFYFTIWGGEDLHIGMYES-----EDEPIFDASVRTVHRMADKV----EQTIGENTRVCDIGGGYGGTARHLVKRFNCH-VDVLNLSEVENERDRQMNKEQGLDHKIDVYDGSFDGTP--FETES-----FDLVWCQDSILHADD--RAAVLKEVDRILKPGGEFIFTDPMQTDNV-PEGVLDPILARIHLPSLGSVTFYQETAGKLGWEDL------------GFEDHTGQLPRHYGRVLEELERREDE----LK-GK-VSDEYIANMKKGLRHWVDGGNSGYLNWGILHFRKPQ-
V6K871/276-544              DDADAFYSSVWGGEDIHVGFYED-----PDEPIRDASRRTVERMAAAL------GLDADSVVLDLGSGFGGSARHLASAFDCR-VLALNLSEVENDRHRARNAECGLDRLIEVVDGSFEEIP--YPDGS-----VDVVWSQDAFLHSGD--RVRVLQEVKRVLRPGGQLIFTDPLAADGC-PASRLQPVLDRLHLDSMGSPGFYRRELAGLGFTPV----SGDREAGGGFEEHREHLVRHFGRVLEETERQEAD---GLG-AR-VSAEYLNRMKKGLADWVHGGEARDLTWGVFHFRKAD-
A0A120GC23/20-276           PDADDFYRQIWGGEDIHVGLYET------TSDIRTASRKTIERIAQKL-----GPL-DGKHIVDLGSGYGGAARVIASEYGAR-VTCINLSTKENARNRELTEAAGLSDRISIHDGSFDDMP--FEDGI-----FDVAWSQDAILHAPD--REKVLDEVARVLKPGGLFAFTDPMQADGLDDARLLQPIYDRIHLPDLASVAFYRAKLRERDFEEV------------EVEELPHELGRHYARVREVMLERQDE----AG----LTDAFVDRMRIGLGHWVEGAASGHLNWAIMVFRKK--
A0A0S2TCP8/19-277           EDADNFYAIIWGGEDIHIGLYQS-----DDESIPEASHRTVRHMAEKT------KLTPQDKVLDIGSGYGGLARYLAETFGCS-VVALNLSEKENERARKLNKERGLDDKIEVVDGSFENIP--AEDKA-----FDVIFSQDAILHSGQ--REKVLQEVARVLKPGGKFIFTDPMAADDC-PAGVLEPILNRIHLSSLGSPAFYRETAAKFGMKEL------------NFEELTHQLVNHYSRVLQETEKHEAE----LT-KK-VDKAYVERMKTGLGHWINGGKNGHLAWGFFVFEKE--
D6SRK5/20-282               -DACIFYTEVWGGEEHHLGIYRR-----PEDTLYEASKRTIDRMASYSRN--LKELKDKARVLDLGSGYGGTARHLAKTFGCR-VVGLNLSETENNRHREMNREQGLDHLIEVVDGNFENVP--YEDNS-----FDVAWSQDAFLHSPD--RKKVLGEAARVIKPGGELIFTDPMQTEDA-YAEYLDPILKRIHLTSMATPTFYIQAAQEAGLKLK------------SFENLQVQLANHYAKVLEDTIKMEDE----LR-KKDVSQEYLDNMKKGLQHWSTGGKHGHLTWAIFCFEKA--
A1ZP64/18-276               HEADQFYYKIWGGEDIHVGIYNL-----NNTSIFAASKTTVGTMGQML------DITPNTHILDIGSGYGGAARQLVRKYGCK-VTCLNLSQVENERNRSKNEEEKLSHLITVQEGNFEELP--FNDAT-----FDVVWSEDAILHSGN--KPQVFAEVQRVLKSGGEFIFTDPMQSDDC-PEGVLDNVLARVYLEALGSVKLYRALAKENNLKEK------------QVIEMPEQLITHYTKVLAELNRSYES----II-EA-SNKTYIDQMKNNLEHWIEAGKNKHLNWGILHFSKV--
Q1NXX2/18-278               DDADIFYHTVWGGEDIHIGLYDT-----PDEDIATASRRTVEHMARRL-----QNLGKDSYVLDLGAGYGGSMRYLARTFGCR-CVALNLSEAENERDRQKNREQGLENLIEVVDDDFTNLH--YQDAT-----FDLVWSQDAFLHSGD--RAKVIAEAARVLKPGGELLFTDPMQTDDA-DPATLQPVYDRIHLSSLGSPGFYRQQAAKLGLTEV------------AFEDHSHQLANHYGKVLAELERMEQQ----CREAG-VSQAYIDRMKTGLGHWINNAKQGNLAWGIFHFHKP--
G2E0T4/19-279               EDADNFYFHVWGGEDIHIGLYES-----TDSPIAESSRRTVERMSTSV-----QGLGPETRALDLGSGYGGAARYLAKTFGCS-VTALNLSERENARNREMSQEQGVGHLIEVVEGSFESVP--APDAS-----FDLVWSQDAILHSGE--RDQVIREAARVLRPGGTLIFTDPMQADDC-PDGVLQPVYDRIHLDSLGSIGFYRAAAARHGLQEV------------EVIELTPNLIVHYARVQQELERVRSD----LD-GL-VSEAYIDRMLAGLGHWVEAGEKGYLSWGILHFSKPS-
F9UE54/19-279               EDADNFYFHVWGGEDIHIGIYDT-----ADEAIADASRRTVERMAALV-----PGLGPETRVLDMGAGYGGAARWLAGKLGCR-ITALNLSERENARHREMNRTQGLDHLIEVVDGSFENVP--SPDGN-----YDLVWSQDAILHSGR--REQVIAEAARVLRPGGRLVFTDPMQADNC-PSGVLEPVLARIHLDSLGSIGAYRAAAAGHGLAPV------------EVLEMTENLVTHYKRVREDLIRKRES----LA-GK-VSDAYVDRMITGLGHWVDAGASGYLRWGILHFKKAS-
A0A0N0E7K6/303-562          NDADTFYSTIWGGEDLHLGIYD------DTNDVKDAGFATIDRMCSIL-----PELNADSKVIDLGSGYGGTGRYLANKFNCR-VTGLNLSDTQNDRNRLMVKRANLQDNITVTHGNFEDIP--AANDS-----FDIVWSQDAFLHSDA--REKILAESFRVLKNGGTMIFTDPMQADIC-PEGVLQPIYDRLHLTSLASFSSYIELAKLIGFEVE------------ATTDLSTQLPKHFSRIKEELIANREK----VA-EG-ASEEYIENMLRGLDRWIDGGEQGYLAWGIIKLKKPA-
A0A1I1SN35/301-560          DDADTFYSLVWGGQDLHVGCYD------ETPDIREASDVTIDRMVEML-----PEIKPDTRILDIGAGYGGAMRKVIGEHGGT-ATCLNISEIQNDTNRLRNRQQGFVEKINVIHGVFEDIP--EPAAS-----YDIVWSQDAILHSDQ--REKVLEEVWRVLKSGGYFIFTDPQQSDHA-DPAQLQPVYDRLQLTNLGSPGFYRQAAEKIGFETI------------EQRDMTNQLRTHYFRVREELMGNYDK----LR-AAGASSEYLDKMSSGLENWVKAADEGNLHWGIQLFRKP--
A0A0F0HW90/21-280           -EVDGFYSAVWGGEDIHTGSYAD-----EREPIAAASRRTVERAAAKI----ADRLGPEATVLDLGSGYGGATRHLAERFGCR-VVALNISESQNERHRRTNAERGLDRLVEVVTGSFQDIP--FPDGR-----FDVVWSQEAFCHSPD--RTRLLTEAVRVLRPQGDLIFTDVMAADGV-PPEALRTVVARLEVTALAAPEYYRKQIAELGLTRI------------DFEDDSAQLLTHYLRLEEETRRRAAE----LR-DL-LGPGYLAGLLENLPLWVDACRAGRLSWGIFHCRGD--
S3ZSL0/285-555              SDADTFYAKVWGGEDIHIGLYEG-----AGEPIADASRRTVERMAGKL------GLTRDSVVLDLGSGYGGSARYLASTYGCR-VLALNLSEVENKRHKELNHARGLSGLIEVVDGSFEDIP--YPDDV-----VDVVWSQDAFLHSGN--RARVLEEVTRVLRPGGQLIFTDPMAVDNC-PPGVLQPILDRIHLDNMGSPGFYKRELEGLGFVPSGGGPAGP-GGTGGFEEHREQLITHYARVLEETERQEVQ---GLA-GQ-VSHDYLTQMKKGLARWVAAGRDGHITWGILHFRRG--
D3Q9F9/314-572              SDADNFYHTIWGGNDIHIGIYEP-----GDGDIAAASRRTVEKMASRL------ELDENSRVIDLGSGYGGSARYLAATYGCQ-VTCLNLSEVENTRNREANQQAGLDHLIDVLDGSFEEIP--VPDKD-----FDVVWSQDAILHSGD--RVRVLEEVARVLRTGGAFVFTDPMAADNA-DREVLRPILKRLDLDSMGTPGFYERECAGQGMAKV------------DYEDLLPHLSTHYAAVLAETERREAE----LL-KD-VSPEYLERMKTGLQRWVDGGHSGDLAWGVFHFTKR--
A0A0C2G346/263-520          SDADTFYHTIWGGTDIHVGLYQS-----ENDDIGEASVRTVERMAEKV------RITPDTKVIDIGAGYGGSARWLARTYGCH-VTCLNLSEVENERNREKNRAEGLDHLIHVIDGSFEDIP--VQDNG-----FDLVWSQDAFLHSGD--RIRVIEEVARVIRRGGDFVFTDPMATDDA-DRQALKPILQRLHLDTMGTPGFYDRETARLGMTKA------------EFDDLTSQLPNHYGRVLAETERREPE----LK-GK-ISDAYLEHMKTGLRNWVNGGKSGSLAWGISHYRA---
A0A1N6FN44/23-287           KDADYFYSQIWGGEDIHIGLYEA-----VDEAINEASQRTVVTMAGRL-----SGLDADCHVLDIGSGYCGAARYLAKTYGIR-VTGLNLSEVENKKAREHNISAGLSSYIEVCDGSFETMP--FESASSSHNGFDIVWSQDAILHSGN--RQQVFAETYRVLKSGGYFIFTDPMQADDC-PEGVLQPILDRIHLSSLGSPNYYCTIAKALGFEVL------------DFDDQTNQLVNHYQRVLEETEARAAE----LE-GK-VSANYVERMKAGLRYWITGGKAGYLAWGIFLLRKP--
A0A0M9CD39/20-279           ADVDAFYAEVWGGEDIHTGVYAH-----RNESVAVASRRTVELAAAKV----AGRLGPGHTVLDLGSGYGGPARYLARTFGCR-VVALNISESQNQRHRQTNADRGLDGLIEVVTGSFQDIP--YPEDH-----FDVVWSQEAFCHSGD--REQLLGEAVRVLKTTGEMVFTDLMAADTA-PPEALRGAVARLEVEGFATPAFYRRTITGLGLTRF------------DFDDRSDQMLTHYLRLTEETGQRAKE----LA-DV-IHPAYLQVIQENLPLWVEACREGLTSWGIFHCRR---
W9VAU7/20-281               DDADNFYFHIWGGQDIHIGLYQS-----PDEPIADASRRTVEFMAERVG---ARISTQGASMIDLGSGFGGAVRFFAGRFGCR-VMALNLSETENARHRQMNGEAGLGDLIEVVDGSFENIP--AEHGR-----FDLAWSQDAILHSGR--RDQVLAEVDRVLKPGGEFIFTDPMQADDC-PEGVLAPVLDRIHLQSLGSFAFYREQARRLGWEEV------------GVIEMTEQLVTHYQRVADELQAKRAS----LA-GL-VSDGYIDRMLTGLGNWVEGGRRGWLAWGVMHFRKP--
A0A0N1JYF0/236-502          -DADAFYSSVWGGEDIHVGIYAH-----PAEPIADASRRTVERMAAGL------GLTERSRVLDLGSGFGGSARYLAGTYGCT-VQALNLSEVENERHRQLNAQRGLTDRIEVVDGSFEAVP--FADSS-----VDVVWSQDAFLHSGN--RIRVLEEIRRVLKPGGRLVFTDPMAADGT-DLKGIRPILDRIHLDDMGSPGFYTRELTRLGFVPT----EHE-GVAGGFEDLREQLVTHYGRVLEETERQEAE---GLA-AK-VSSDYLTQMKKGLGHWVDGGEQRRLTWGIFRFTLTK-
A0A101VS73/19-278           DDADNFYLQIWGGEDIHIGLYAS-----EREDIATASRRTVEKLADRL-----PKLTEGSRVLDIGSGYGGAARYLANRFGCN-VVALNLAEKENTRNRELCAVAGLTHLVEVVDGSFEQIP--LEDAS-----VDAVWSQDAILHSGR--REQVIAEVARVLKPGGDFVFTDPMESGNC-GRADLMPVLERIHLESLGSPEFYHRTAHANGLELV------------AWEEKTPQLIRHYRHVREELSAQRAN----LK-GK-VSEDYIERMLTGLGNWVTAGEKGCLAWGFLHFRKT--
Q112B5/15-276               TETDKLYAAIWGGEHIHYGIYTR-----PDEPIHDASLSTVKTIAQTL-----KKIDQNSRVIDLGAGYGGAARYLAKTYGCS-VCCLNLSQLQNQRNGQLNQEQNLDPLVEITQGSFEDIP--YPNNS-----FDIVWSQDAILHSGD--RCLVFQEIKRILKPGGEFIFTDPMESETF-PPGALQTAFDRLGISDMGSYRFYSQTLKDLGFEEL------------NFIDLSQNVAIHYRRFREEVQKRYNE----VV-KL-TSTEFVDKTLDSIQPWIERYEQGYMQWAILHFRLLEK
H5XDS7/312-569              DDADHFYYSVWGGEDIHIGLYAD-----EHEDIATASRRTVEHMAAKV------GLTPSTRVLDIGSGYGGAARHLARTFGCR-VTCLNLSEVENERNRRLTEEQGLSALVEVVNGSFEDLP--FEDDE-----FDVVWSQDAMLHSGD--RVRVLEEVARVLRPAGEFVFTDPMASDDC-DRAVLRPILDRLRLDSLGSPGFYRRELSKLGLSAI------------EFDDHTEQLTVHYRRVLEETQRRHQE----IS-SR-VSETYLTRMKIGLKHWVDGGRAGNLAWGIFHARA---
A0A1E3W8F5/18-274           AEADDFYRTIWGGEDIHVGLYDQ------GPDISAASRRTVERMAAKA-----GSL-KGKHVLDLGSGYGGAARVLAERYGAK-VTCLNLSAVENERNRALTRAAGLDDKITVVDGSFDSIP--FEEAT-----FDLAWSQDAILHAPD--RRAVLDEVSRVLKPGGEFIFTDPMQADALQDPTPLKPIYDRIHLPDLASFGFYREELSGRGFEEV------------EVEELTGHMRTHYSRVTEELDARRDE----LG----ASDAFVNRMLKGLGHWVSGAEGGLLAWGIMHFRKA--
U5T3V9/21-280               EDADNFYALVWGGEDIHVGLYDY-----PQEAIDTASRRSNQVMAEQT-----PGLDASTRVIDLGSGYGGALRYLARHYGCS-GVGLNLSARENARARRKNVEQGLDERIEIVGGNFEEVP--YADDS-----FDVVRSQEAFLHSGD--RRRVMEEAVRVLRPGGILIFTDPMQADDR-SNEGLQPILDRLHLESLGSPAFYRDTLEALGLEEL------------GFDQRGDMIAAHYGRVLEVLIEEEQQ----IA-RA-VSTAYIERMKRGLQHWVDGGRRGDLTWGIFVFRKP--
H8Z6L6/19-278               EDADQFYFHVWGGEDIHIGLYQH-----PGEAIRDASHRTVERMAAKV-----AGLGPESRVLDMGAGYGGAARYLAETFGCQ-VTALNLSETENERDREMNRERGLDQLITVIDGSFEEVP--APDGS-----FDLVWSQDAILHSGR--RAQVIAEAARVLRAGGDLIFTDPMQADDC-PEGVLQPVLDRIHLASLGSIGFYRETAAANGLQEV------------GVEPMVEHLISHYGRVREVLESSRDD----LA-GK-VSDAYIERMITGLGHWVEAGRNGYLDWGILHFRKP--
B2HRK7/303-561              DDANAFYSMIWGGEDIHVGCYE------DTRDIGAAARKTVDRMVRQL-----TRFDGDTRVLDLGAGYGGCARHLASDYGSS-VTCLNISEAQNETNRERNRNAGLDVKIRVVHGSFEAIP--EPDGS-----YDVVWSQDAILHAAD--RRKVIEEAFRVLKAGGELIFTDPMQADEV-PDGVLAPVYDRLNLADLGSMRFYRETALAVGFEVV------------DQIDLVHNLGVHYQRVLEELETRRRE----LE-EH-SSTEYLDKMRVGLRNWVDSAREGHLAWGIQHFRKP--
A0A197SM56/20-280           ADVDAFYDAVWGGEDIHTGIYTH-----DEESIATASRRTVEQAADKV----SALLSAQSTVLDLGSGYGGATRYLAERFGCR-VVALNLSESQNARHRATNAERGLDALIEVVTGSFHDIP--FPDRR-----FDVVWSQEAFCHSGD--RTRLLSEAVRVLKPEGALVFTDLMAAEDV-PVRTLRPAVSRLGVDALATPNLYRDTLAGLGLSRT------------DFDDRSGQVLTHYERLTAETGRREHE----LR-RI-ISPAYVDGLLANLPLWVDAAHRGHLRWGIFHCRRA--
A0A0M8S881/21-280           SDVDAFYGTVWGGEDIHTGVYVH-----PDEPLAVASRRTVEIAASKV----AGRLGPGSVVLDLGSGYGGPTRYLAETFGCQ-VVALNISEAQNERHRKTNAERGLDGLITVVTGSFQDIP--SPDRH-----FDVVWSQEAFCHSGD--REELLSEAVRVLKPQGHLVFTDLMAADHT-PPQALRPVIARLEVDGFATPAFYRRQLTALGLTSV------------DFDDRSDQMLTHYLRLTEETRQRAKE----LQ-GL-ISPAYLKGLLENLPLWVEACRNNLTSWGIFHAHR---
A0A0P7Z0C5/22-279           SDAIEFYSTIWGGEDIHVGIYDD------TRDIREASAKTVDTMAGLL-----GDL-SDARVLDIGSGYGGGARRLVTKHGARSVVCLNIAEEENARNRKLTGEAGLSDRIDVVDGSFDALP--FGDAG-----FDVVWSQDAILHAPD--RGAVLDEVARVLKSGGRFVFTDPMQADGLSDTGALQPIYDRIHLENLASFAFYREGLKARGLAEI------------EVQDRSGELRNHYARVAEELDARRDE----LS----ASDAFVDRMITGLGHWVRGADEGRLTWGIMLFRKA--
A0A1H1PDB9/22-279           SDAIEFYSTIWGGEDIHVGIYDD------TRDIREASAKTVDTMAGLL-----GDL-SDARVLDIGSGYGGGARRLVTKHGARSVVCLNIAEEENARNRKLTGEAGLSDRIDVVDGSFDALP--FGDAG-----FDVVWSQDAILHAPD--RGAVLDEVARVLKSGGRFVFTDPMQADGLSDTGALQPIYDRIHLENLASFAFYREGLKARGLAEI------------EVQDRSGELRNHYARVAEELDARRDE----LS----ASDAFVDRMITGLGHWVRGADEGRLTWGIMLFRKA--
H5WZU3/312-569              DDADNFYYTIWGGEDIHVGLYQT-----PDEPIAPASVRTVERMAGKL------GLSASNRVLDIGAGYGGAARYLARTYGCR-VTCLNLSEVENERNRAYNAEQGLADLIDVVDGSFEDLP--FEDNE-----FDVVWSQDAMLHSGD--RVRVLQEVTRVLKPRGQFVFTDPMAADNC-DKAALRPILERLHLDSMGSPGFYERELHRLGMSSI------------EFEDHTPQLATHYGRVLEETQRRHDE----LS-GS-VSDEYLTRMKTGLKNWVEGGRAGNLAWGIFHVRA---
A0A1N6H9Q9/301-560          DDADTFYSKIWGGEDLHIGLYD------ETSDIRAASDRTIATMLDRL-----PDLTAESRVLDMGSGYGGAMRTVVRKTGCK-AVCLNLSETQNEYNLGKVRQAGLRDRIDVRHGVYEDVP--AEDAS-----FDAVWSQDAFLHSDQ--RDKALAEAWRVLKPGGHLIFTDPMQADDV-PEGVLQPVYDRLQLNSLGSPRSYRQAAEAIGFETV------------AQEDMVAQLRTHYARVREELLANYQM----LR-DEGASAEYLDKMAVGLENWVKAADAGHLAWGIQHFRKP--
T2RWA1/311-568              EDADNFYFHVWGGNDIHVGLYQS-----PDEDIDSASRRTVERMAAKV------RITPETRVLDIGAGYGGAARHLARTYGCK-VACLNLSEVENARNIEFNRAEGLDELIEVKDGSFEDIP--YEDNA-----FDIVWSQDAILHSGD--RERVLEEVTRVLKGGGSFVFTDPMAADGA-RTSDLGPILDRLHLDTMGSPGFYRRELARLGLQTV------------DFEDLSEYLPVHYGRVLEVLESREQE----LS-DR-IGEDYRNRMKTGLRNWVEAGNAGNLAWGIFHAQS---
A4FGJ7/311-568              EDADNFYFHVWGGNDIHVGLYQS-----PDEDIDSASRRTVERMAAKV------RITPETRVLDIGAGYGGAARHLARTYGCK-VACLNLSEVENARNIEFNRAEGLDELIEVKDGSFEDIP--YEDNA-----FDIVWSQDAILHSGD--RERVLEEVTRVLKGGGSFVFTDPMAADGA-RTSDLGPILDRLHLDTMGSPGFYRRELARLGLQTV------------DFEDLSEYLPVHYGRVLEVLESREQE----LS-DR-IGEDYRNRMKTGLRNWVEAGNAGNLAWGIFHAQS---
M2AZE7/20-279               SDADTFYAEVWGGEDIHIGIYQS-----SDEPISRASHRTVQHLTERL-----RGIDASSVILDIGSGYGGAARHLARHFGCR-VIGLNLSETENTRHRQLNEQAGLNDQIEVIDGAFESIP--LANNH-----VDVVWSQDAILHSGD--RKQVLREVNRVLRPGGQFVFTDPMRADDC-PAEALTAILERIHLPDLGSTEFYRRAADELGWQDN------------GFEAMPEQLVNHYSRVLEMTEANSTD----LA-DK-VSASYLERMKVGLRHWIDGGRAGCLNWGVFLFQKS--
Q0G1C9/303-562              DDADTFYSTIWGGEDLHIGLYD------ETKDVREASDKTVDRMIDKL-----PELGSDARVIDFGAGYGGSMRRLVKKYGCE-AVCLNISAAQNDRNRYLVRQAGLRDKITVEHGVFEDVP--AENES-----FDVVWSQDSILHSND--RQKVLSEAYRVLKPGGTMVFTDPAQADDA-DSTELQPVYNRIGLQDLGSHRFYREAAQAVGFEVV------------EQEEMLHQLRSHYARIREELLANSTK----LR-DSGVSVEYIENMATGLQHWVDAADKGNLAWAIHVLKKP--
A0A0P0ZAP8/303-562          DDADTFYSTIWGGEDLHIGLYD------ETKDVREASDKTVDRMIDKL-----PELGSDARVIDFGAGYGGSMRRLVKKYGCE-AVCLNISAAQNDRNRYLVRQAGLRDKITVEHGVFEDVP--AENES-----FDVVWSQDSILHSND--RQKVLSEAYRVLKPGGTMVFTDPAQADDA-DSTELQPVYNRIGLQDLGSHRFYREAAQAVGFEVV------------EQEEMLHQLRSHYARIREELLANSTK----LR-DSGVSVEYIENMATGLQHWVDAADKGNLAWAIHVLKKP--
A0A0H1AG00/300-559          NDADTFYSTIWGGEDLHIGIYD------STHDIRIASDETVDRMAALI-----PDLGQSTRVLDIGAGYGGSMRRLARNFGCS-ATCLNISEMQNDYNRAKTRRAGLASSINIVHAAFEDIP--ETDEA-----YDLVWSQDALLHSDQ--REKALEEVWRVLKPGGYFVFTDPCQKDDV-PEGVLQPVYDRLQLSNLASFRFYREVAEALGFEML------------RQDDMTRHLRIHYERVREELDANYDR----LR-ENGASTEYLDKMKIGLTNWIKGAEDGYLAWGIQLLRKP--
S3B1Y7/216-482              -DADAFYSSVWGGEDIHVGIYAH-----PAEPIADASRRTVERMAAGL------GLTERSRVLDLGSGFGGSARYLAGTYGCT-VQALNLSEVENERHRQLNAQRGLTDHIEVVDGSFEAVP--FADSS-----VDVVWSQDAFLHSGN--RIRVLEEIRRVLKPGGRLVFTDPMAADGT-DLKGIQPILDRIHLDDMGSPGFYTRELTRLGFVPT----EHE-GVAGGFEDLREQLVTHYGRVLEETERQEAE---GLA-AK-VSSDYLTQMKKGLGHWVDGGEQRRLTWGIFRFTLTK-
A0A0W7X1B4/286-547          ADADAFYAEVWGGEDIHIGLYER-----PGEPIADASRRTVEAMAAKL------NLTEDSVVLDLGSGYGGSARYLASTYGCR-VLALNLSEVENQRHKELNRRRSLSGLIEVVDGSFEDIP--YPDAA-----VDVVWSQDAFLHSGN--RARVLEEVSRVLRPDGQVIFTDPMADDDC-PPGVLQPILDRIHLDDMGSPGFYARELARLGFAPA----------GEGFEEHRAELVTHYARVLEETERQEAD---GLA-RL-VSHDYLTQMKLGLARWVAAGRDGHITWGILHYRRG--
Q7V823/16-275               SDADRFYAEIWGGEDIHIGLYET-----ADQAIASASERTVQALMELA-----TQPPAKGCVVDLGSGYGGAARRIAKQWQVN-VHAVNISAVENMRHRDLNNAAGLAKLIEVHDASFEEVP--LPDGI-----ADVVWSQDAILHSGN--RLQVMNEVSRLLKPGGVFVLTDPMACDGI-EANALQPILDRIHLSDLASPDRYRTWAEASGMTRD------------VWQERTEMLVRHYTRVREELRRRHQE----LA-SV-ISTDYLSRMDAGLGHWIEGGSQGRLCWGLMRFTKH--
A7HX31/20-278               -DADSFYFTIWGGEDIHIGMYKD-----DNEAIVPASHRNDETLASML-----QGIGETSKVLDIGAGYGGAARHLAKTRGCH-VTCVNISETQNKLNRELNRKAGLEERVDVVHGDFENIP--ADDES-----MDVVWSQDAILHSGN--RPRVLDEVKRVLKPGGQFIFTDPMQADDC-PEGVLQPILDRIHLETLGSFDFYDRELGRRDFKKV------------EVKVLTHQLRRHYWRVGEELKANYER----LS-KG-ASTTYLDNMIKGLGHWVDGADKGYLAWGVMHYRLA--
W0E1D4/19-279               EDADNFYFHVWGGEDIHIGIYQH-----AEEAIATASRRTVERMAAVA-----APITPETRVLDIGSGFGGAARYLAATFGCT-VTCLNLSEKENARNRAMRREQGLEDRIDVRDGSFESIP--LADAS-----VDLVWSQDAILHSGE--RERVIAEVARVLRPGGRFVFTDPMQADDC-PSGVLKPVLERIHLSTLGSFRFYRTTALDNGLEEV------------EIIDLTEQLAVHYSRVGEVLERSREQ----LA-GK-ISANYAARMQEGLARWVDAGRAGYLRWGIMHFRKRT-
C7MUL3/302-559              DDADNFYYSIWGGEDIHIGLYER-----ADEDIAIASRRTVERMAAKI------GVSSSTRVLDIGSGYGGAARYLAKTFGCR-VTCLNLSEVENDRNRRFTAEQGLTDLIEVVDGSFEDLP--FDDNE-----FDVVWSQDAMLHSGD--RVRVLQEVVRVLKPKGEFVFTDPMAADDC-DKAALKPILDRLHLDSMGSPGFYRAELGRLGLARI------------EFEDHSEQIATHYGRVLEETERRHSE----IS-GK-VSESYLTRMKIGLKNWVEGGRAGNLTWGIFHARA---
I1D4R6/312-569              DDADNFYYSIWGGEDIHIGLYAD-----EHEDIATASRRTVEHMASKV------GFTPSTRVLDIGSGYGGAARYLAKTFGCR-VTCLNLSEVENERNRRFTAEQGLSELVEVVNGSFEDLP--FEDDA-----FDVVWSQDAMLHGGD--RVRVLEEVARVLRPGGEFVFTDPMASDDC-DRTVLQPIFDRLHLDSLGSPGFYRRELSKLGLSVV------------EFEDHTEQLAVHYQRVLEEAQRRHEE----IS-SK-VSETYLTRMKIGLKHWVDGGRAGNLAWGIFHARA---
A0A0T5P4J3/301-561          DDADTFYSTIWGGEDLHIGRYS------TTKNIREASDLTIEGMIDAL-----PDLKSGSRVLDLGAGYGGAMRTVVKKTGCE-AVCLNISETQNEYNLGKVRAARLADKIGIRHGVFEDVP--EADES-----VDVVWSQDAFLHSDQ--RDQVLAEAFRVLKPGGHLIFTDPMQADDV-PDGVLQPVYDRLQLNSLGSPAFYRKTAEALGFETV------------QQEDAVADLRAHYARVREELLAHYNE----LR-EKGCSAEYLDKMAVGLENWVKAADDGHLAWGIQQFRKPV-
A0NW22/303-562              DDADTFYSLVWGGQDLHIGLYD------ETSNIREASDLTIDEMAGML-----PNLGADAKVLDIGSGYGGAMRKLVKASGCS-AVCLNISDVQNDTNRHRNIQQGFKDRIRVQHGVFEDIP--EQPES-----FEIVWSQDAILHSDQ--RHKVLQEVYRVLKPGGYFIFTDPMQADDA-DPKALQPVYDRLQLNSLGSMRFYRETAESLGFETV------------EQRDMTQQLRNHYFRVREELLANYDK----LR-NEGASAEYLDKMSIGLMNWVNAADAGQLAWGIQLFRKP--
#=GC scorecons              3878489336998787869584200000345483488568754654350000023534444779696988956847644476407357968546947573464447744474845768746800346440000058678888757975500835764853978767836688978558540434485865596684476754696435334854340000000000004446344573388387366534533500007303204734854573378358745543737488744555200
#=GC scorecons_70           _***_**__**********_*___________*__**_***__*_________________***_*_****_**_**___*___*__****__**_*_*______**___*_*__*_**__*____*________*_******_***____*__*__*__*******__******__*_______*_**__**_*__***__**_______*___________________*____*__**_**__*___________*______*__*___*__**__**_____*_*_***________
#=GC scorecons_80           _***_**___*******_*_*___________*__**__**____________________*_*_*_****__*_*____*___*__**_*___*___*______**___*_*__*_**__*_____________*_******_***____*__*__*__****_**___*****__*_______*_*___*__*____*___*_______*________________________*__**_**_____________________*__*___*__**__**_____*_*_***________
#=GC scorecons_90           ___*_**___***_*_*_*_*___________*__**__*_______________________*_*_****__*______________*_*___*_________________*____*___*_____________*__****___*_____*_____*__*_*___*____**_*__*_______*_____*__*________*_______*___________________________**_*_________________________*_______*__*__________*__________
//