# STOCKHOLM 1.0 #=GF ID 3.40.50.150/FF/135887 #=GF DE Ribosomal RNA small subunit methyltransferase H #=GF AC 3.40.50.150/FF/135887 #=GF TP FunFam #=GF DR CATH: 4.2 #=GF DR DOPS: 96.133 #=GS B5YFU3/7-110_213-287 AC B5YFU3 #=GS B5YFU3/7-110_213-287 OS Thermodesulfovibrio yellowstonii DSM 11347 #=GS B5YFU3/7-110_213-287 DE Ribosomal RNA small subunit methyltransferase H #=GS B5YFU3/7-110_213-287 DR GENE3D; 17d4e716fe433891d6a72410ad2a5258/7-110_213-287; #=GS B5YFU3/7-110_213-287 DR ORG; Bacteria; Nitrospirae; Nitrospira; Nitrospirales; Nitrospiraceae; Thermodesulfovibrio; Thermodesulfovibrio yellowstonii; #=GS B5YFU3/7-110_213-287 DR EC; 2.1.1.199; #=GS Q1IKG1/20-130_235-309 AC Q1IKG1 #=GS Q1IKG1/20-130_235-309 OS Candidatus Koribacter versatilis Ellin345 #=GS Q1IKG1/20-130_235-309 DE Ribosomal RNA small subunit methyltransferase H #=GS Q1IKG1/20-130_235-309 DR GENE3D; 21e47edad1027346d6d1edc4fad03688/20-130_235-309; #=GS Q1IKG1/20-130_235-309 DR ORG; Bacteria; Acidobacteria; Acidobacteriia; Acidobacteriales; Acidobacteriaceae; Candidatus Koribacter; Candidatus Koribacter versatilis; #=GS Q1IKG1/20-130_235-309 DR EC; 2.1.1.199; #=GS A0A0H3TMT3/5-106_210-304 AC A0A0H3TMT3 #=GS A0A0H3TMT3/5-106_210-304 OS Francisella tularensis subsp. tularensis SCHU S4 #=GS A0A0H3TMT3/5-106_210-304 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A0H3TMT3/5-106_210-304 DR GENE3D; 907a35f72b692a6ca53bf517958d5c92/5-106_210-304; #=GS A0A0H3TMT3/5-106_210-304 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella tularensis; Francisella tularensis subsp. tularensis; #=GS A0A0H3TMT3/5-106_210-304 DR EC; 2.1.1.199; #=GS Q5NGY1/5-106_210-304 AC Q5NGY1 #=GS Q5NGY1/5-106_210-304 OS Francisella tularensis subsp. tularensis SCHU S4 #=GS Q5NGY1/5-106_210-304 DE Ribosomal RNA small subunit methyltransferase H #=GS Q5NGY1/5-106_210-304 DR GENE3D; 907a35f72b692a6ca53bf517958d5c92/5-106_210-304; #=GS Q5NGY1/5-106_210-304 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella tularensis; Francisella tularensis subsp. tularensis; #=GS Q5NGY1/5-106_210-304 DR EC; 2.1.1.199; #=GS A0A1J4V4S3/1-100_203-281 AC A0A1J4V4S3 #=GS A0A1J4V4S3/1-100_203-281 OS Nitrospirae bacterium CG1_02_44_142 #=GS A0A1J4V4S3/1-100_203-281 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1J4V4S3/1-100_203-281 DR GENE3D; 0c8ef5d79aa7948ea2a2b58901239840/1-100_203-281; #=GS A0A1J4V4S3/1-100_203-281 DR ORG; Bacteria; Nitrospirae; Nitrospirae bacterium CG1_02_44_142; #=GS A0A1J4V4S3/1-100_203-281 DR EC; 2.1.1.199; #=GS A0A1G1EWD3/2-96_199-277 AC A0A1G1EWD3 #=GS A0A1G1EWD3/2-96_199-277 OS Nitrospirae bacterium GWB2_47_37 #=GS A0A1G1EWD3/2-96_199-277 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1G1EWD3/2-96_199-277 DR GENE3D; 3958bc07ad02fd3492430c73f1d0e0a0/2-96_199-277; #=GS A0A1G1EWD3/2-96_199-277 DR ORG; Bacteria; Nitrospirae; Nitrospirae bacterium GWB2_47_37; #=GS A0A1G1EWD3/2-96_199-277 DR EC; 2.1.1.199; #=GS A0A0G1USY6/3-105_210-286 AC A0A0G1USY6 #=GS A0A0G1USY6/3-105_210-286 OS Parcubacteria group bacterium GW2011_GWB1_48_6 #=GS A0A0G1USY6/3-105_210-286 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A0G1USY6/3-105_210-286 DR GENE3D; 4fd66daa91aa93dcfbc2506db6599120/3-105_210-286; #=GS A0A0G1USY6/3-105_210-286 DR ORG; Bacteria; Parcubacteria group bacterium GW2011_GWB1_48_6; #=GS A0A0G1USY6/3-105_210-286 DR EC; 2.1.1.199; #=GS A0A1G1R4V9/5-65_94-136_243-319 AC A0A1G1R4V9 #=GS A0A1G1R4V9/5-65_94-136_243-319 OS Omnitrophica WOR_2 bacterium RIFOXYC2_FULL_45_15 #=GS A0A1G1R4V9/5-65_94-136_243-319 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1G1R4V9/5-65_94-136_243-319 DR GENE3D; 5f77a459b5616f7d86b3d1a128e351cf/5-65_94-136_243-319; #=GS A0A1G1R4V9/5-65_94-136_243-319 DR ORG; Bacteria; Candidatus Omnitrophica; Omnitrophica WOR_2 bacterium RIFOXYC2_FULL_45_15; #=GS A0A1G1R4V9/5-65_94-136_243-319 DR EC; 2.1.1.199; #=GS A0A1G1QH36/5-65_94-136_243-319 AC A0A1G1QH36 #=GS A0A1G1QH36/5-65_94-136_243-319 OS Omnitrophica WOR_2 bacterium RIFOXYB2_FULL_45_11 #=GS A0A1G1QH36/5-65_94-136_243-319 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1G1QH36/5-65_94-136_243-319 DR GENE3D; 5f77a459b5616f7d86b3d1a128e351cf/5-65_94-136_243-319; #=GS A0A1G1QH36/5-65_94-136_243-319 DR ORG; Bacteria; Candidatus Omnitrophica; Omnitrophica WOR_2 bacterium RIFOXYB2_FULL_45_11; #=GS A0A1G1QH36/5-65_94-136_243-319 DR EC; 2.1.1.199; #=GS A0A1G1ZVD1/3-105_210-286 AC A0A1G1ZVD1 #=GS A0A1G1ZVD1/3-105_210-286 OS Candidatus Harrisonbacteria bacterium RIFOXYA1_FULL_48_8 #=GS A0A1G1ZVD1/3-105_210-286 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1G1ZVD1/3-105_210-286 DR GENE3D; 6565713c254c8a7afbfc22903dff1472/3-105_210-286; #=GS A0A1G1ZVD1/3-105_210-286 DR ORG; Bacteria; Candidatus Harrisonbacteria; Candidatus Harrisonbacteria bacterium RIFOXYA1_FULL_48_8; #=GS A0A1G1ZVD1/3-105_210-286 DR EC; 2.1.1.199; #=GS A0A1G1ZFG7/3-105_210-286 AC A0A1G1ZFG7 #=GS A0A1G1ZFG7/3-105_210-286 OS Candidatus Harrisonbacteria bacterium RIFCSPHIGHO2_12_FULL_48_16 #=GS A0A1G1ZFG7/3-105_210-286 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1G1ZFG7/3-105_210-286 DR GENE3D; 6565713c254c8a7afbfc22903dff1472/3-105_210-286; #=GS A0A1G1ZFG7/3-105_210-286 DR ORG; Bacteria; Candidatus Harrisonbacteria; Candidatus Harrisonbacteria bacterium RIFCSPHIGHO2_12_FULL_48_16; #=GS A0A1G1ZFG7/3-105_210-286 DR EC; 2.1.1.199; #=GS A0A1G1G817/1-101_204-281 AC A0A1G1G817 #=GS A0A1G1G817/1-101_204-281 OS Nitrospirae bacterium RBG_13_39_12 #=GS A0A1G1G817/1-101_204-281 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1G1G817/1-101_204-281 DR GENE3D; 6c4bc8c8e167514318ae8bae3fd17570/1-101_204-281; #=GS A0A1G1G817/1-101_204-281 DR ORG; Bacteria; Nitrospirae; Nitrospirae bacterium RBG_13_39_12; #=GS A0A1G1G817/1-101_204-281 DR EC; 2.1.1.199; #=GS A0A1J5FF67/1-101_204-282 AC A0A1J5FF67 #=GS A0A1J5FF67/1-101_204-282 OS Nitrospirae bacterium CG2_30_41_42 #=GS A0A1J5FF67/1-101_204-282 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1J5FF67/1-101_204-282 DR GENE3D; 7b57b5b7f238933fa6ba1b5028528a4d/1-101_204-282; #=GS A0A1J5FF67/1-101_204-282 DR ORG; Bacteria; Nitrospirae; Nitrospirae bacterium CG2_30_41_42; #=GS A0A1J5FF67/1-101_204-282 DR EC; 2.1.1.199; #=GS A0A1G1HMT6/1-100_203-281 AC A0A1G1HMT6 #=GS A0A1G1HMT6/1-100_203-281 OS Nitrospirae bacterium RBG_16_43_8 #=GS A0A1G1HMT6/1-100_203-281 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1G1HMT6/1-100_203-281 DR GENE3D; 8d90f221fef4eda49022bc855681a4f0/1-100_203-281; #=GS A0A1G1HMT6/1-100_203-281 DR ORG; Bacteria; Nitrospirae; Nitrospirae bacterium RBG_16_43_8; #=GS A0A1G1HMT6/1-100_203-281 DR EC; 2.1.1.199; #=GS A0A1G1M0R8/1-57_78-120_227-305 AC A0A1G1M0R8 #=GS A0A1G1M0R8/1-57_78-120_227-305 OS Omnitrophica WOR_2 bacterium GWB2_45_9 #=GS A0A1G1M0R8/1-57_78-120_227-305 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1G1M0R8/1-57_78-120_227-305 DR GENE3D; a02a9e0eca39ebb8d45b918254eb3d78/1-57_78-120_227-305; #=GS A0A1G1M0R8/1-57_78-120_227-305 DR ORG; Bacteria; Candidatus Omnitrophica; Omnitrophica WOR_2 bacterium GWB2_45_9; #=GS A0A1G1M0R8/1-57_78-120_227-305 DR EC; 2.1.1.199; #=GS A0A0S8EBR6/1-94_197-275 AC A0A0S8EBR6 #=GS A0A0S8EBR6/1-94_197-275 OS Nitrospira bacterium SM23_35 #=GS A0A0S8EBR6/1-94_197-275 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A0S8EBR6/1-94_197-275 DR GENE3D; a2e9a57dd5ea5f96e44c445eb2c77b63/1-94_197-275; #=GS A0A0S8EBR6/1-94_197-275 DR ORG; Bacteria; Nitrospirae; Nitrospira; Nitrospira bacterium SM23_35; #=GS A0A0S8EBR6/1-94_197-275 DR EC; 2.1.1.199; #=GS A0A1F8WI14/5-107_213-290 AC A0A1F8WI14 #=GS A0A1F8WI14/5-107_213-290 OS Deltaproteobacteria bacterium GWA2_45_12 #=GS A0A1F8WI14/5-107_213-290 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1F8WI14/5-107_213-290 DR GENE3D; c26fd465db028f603b40c09ae88b2d96/5-107_213-290; #=GS A0A1F8WI14/5-107_213-290 DR ORG; Bacteria; Proteobacteria; delta/epsilon subdivisions; Deltaproteobacteria; Deltaproteobacteria bacterium GWA2_45_12; #=GS A0A1F8WI14/5-107_213-290 DR EC; 2.1.1.199; #=GS A0A1G3XVI6/1-101_204-282 AC A0A1G3XVI6 #=GS A0A1G3XVI6/1-101_204-282 OS Thermodesulfovibrio sp. RBG_19FT_COMBO_42_12 #=GS A0A1G3XVI6/1-101_204-282 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1G3XVI6/1-101_204-282 DR GENE3D; cd524819d36b4f104d9003e448cb29c2/1-101_204-282; #=GS A0A1G3XVI6/1-101_204-282 DR ORG; Bacteria; Nitrospirae; Nitrospira; Nitrospirales; Nitrospiraceae; Thermodesulfovibrio; Thermodesulfovibrio sp. RBG_19FT_COMBO_42_12; #=GS A0A1G3XVI6/1-101_204-282 DR EC; 2.1.1.199; #=GS A0A0G1WDC0/3-105_210-286 AC A0A0G1WDC0 #=GS A0A0G1WDC0/3-105_210-286 OS Candidatus Wolfebacteria bacterium GW2011_GWA2_47_9b #=GS A0A0G1WDC0/3-105_210-286 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A0G1WDC0/3-105_210-286 DR GENE3D; dd83b40f2582a6b4952b23d1ea2862ee/3-105_210-286; #=GS A0A0G1WDC0/3-105_210-286 DR ORG; Bacteria; Candidatus Wolfebacteria; Candidatus Wolfebacteria bacterium GW2011_GWA2_47_9b; #=GS A0A0G1WDC0/3-105_210-286 DR EC; 2.1.1.199; #=GS A0A1G3XUP7/1-101_204-282 AC A0A1G3XUP7 #=GS A0A1G3XUP7/1-101_204-282 OS Thermodesulfovibrio sp. RBG_19FT_COMBO_41_18 #=GS A0A1G3XUP7/1-101_204-282 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1G3XUP7/1-101_204-282 DR GENE3D; f44c0de04fa45959cb82feb7fcf788cf/1-101_204-282; #=GS A0A1G3XUP7/1-101_204-282 DR ORG; Bacteria; Nitrospirae; Nitrospira; Nitrospirales; Nitrospiraceae; Thermodesulfovibrio; Thermodesulfovibrio sp. RBG_19FT_COMBO_41_18; #=GS A0A1G3XUP7/1-101_204-282 DR EC; 2.1.1.199; #=GS A0A1G1FGV3/1-100_203-281 AC A0A1G1FGV3 #=GS A0A1G1FGV3/1-100_203-281 OS Nitrospirae bacterium GWF2_44_13 #=GS A0A1G1FGV3/1-100_203-281 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1G1FGV3/1-100_203-281 DR GENE3D; ff388d56a84ec698c8263c253a0b2df1/1-100_203-281; #=GS A0A1G1FGV3/1-100_203-281 DR ORG; Bacteria; Nitrospirae; Nitrospirae bacterium GWF2_44_13; #=GS A0A1G1FGV3/1-100_203-281 DR EC; 2.1.1.199; #=GS A0A1F9WZA0/6-111_218-290 AC A0A1F9WZA0 #=GS A0A1F9WZA0/6-111_218-290 OS Elusimicrobia bacterium RIFOXYA2_FULL_39_19 #=GS A0A1F9WZA0/6-111_218-290 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1F9WZA0/6-111_218-290 DR GENE3D; 022753642b7015989823e0683511f49a/6-111_218-290; #=GS A0A1F9WZA0/6-111_218-290 DR ORG; Bacteria; Elusimicrobia; Elusimicrobia bacterium RIFOXYA2_FULL_39_19; #=GS A0A1F9WZA0/6-111_218-290 DR EC; 2.1.1.199; #=GS A0A1G1GII0/5-109_212-289 AC A0A1G1GII0 #=GS A0A1G1GII0/5-109_212-289 OS Nitrospirae bacterium RBG_13_41_22 #=GS A0A1G1GII0/5-109_212-289 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1G1GII0/5-109_212-289 DR GENE3D; 06c23e103a3f2475abbe515625b78550/5-109_212-289; #=GS A0A1G1GII0/5-109_212-289 DR ORG; Bacteria; Nitrospirae; Nitrospirae bacterium RBG_13_41_22; #=GS A0A1G1GII0/5-109_212-289 DR EC; 2.1.1.199; #=GS A0A0G1CPV7/14-119_224-300 AC A0A0G1CPV7 #=GS A0A0G1CPV7/14-119_224-300 OS Candidatus Gottesmanbacteria bacterium GW2011_GWB1_43_11 #=GS A0A0G1CPV7/14-119_224-300 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A0G1CPV7/14-119_224-300 DR GENE3D; 0d1d6fc6af4b09605f5b81b9ba829726/14-119_224-300; #=GS A0A0G1CPV7/14-119_224-300 DR ORG; Bacteria; Candidatus Gottesmanbacteria; Candidatus Gottesmanbacteria bacterium GW2011_GWB1_43_11; #=GS A0A0G1CPV7/14-119_224-300 DR EC; 2.1.1.199; #=GS A0A1G1PJT9/7-113_221-295 AC A0A1G1PJT9 #=GS A0A1G1PJT9/7-113_221-295 OS Omnitrophica WOR_2 bacterium RIFCSPLOWO2_02_FULL_45_28 #=GS A0A1G1PJT9/7-113_221-295 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1G1PJT9/7-113_221-295 DR GENE3D; 109f4625ed14af0cf181d94b76a573f5/7-113_221-295; #=GS A0A1G1PJT9/7-113_221-295 DR ORG; Bacteria; Candidatus Omnitrophica; Omnitrophica WOR_2 bacterium RIFCSPLOWO2_02_FULL_45_28; #=GS A0A1G1PJT9/7-113_221-295 DR EC; 2.1.1.199; #=GS A0A1G1NQX4/7-113_221-295 AC A0A1G1NQX4 #=GS A0A1G1NQX4/7-113_221-295 OS Omnitrophica WOR_2 bacterium RIFCSPHIGHO2_02_FULL_46_37 #=GS A0A1G1NQX4/7-113_221-295 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1G1NQX4/7-113_221-295 DR GENE3D; 109f4625ed14af0cf181d94b76a573f5/7-113_221-295; #=GS A0A1G1NQX4/7-113_221-295 DR ORG; Bacteria; Candidatus Omnitrophica; Omnitrophica WOR_2 bacterium RIFCSPHIGHO2_02_FULL_46_37; #=GS A0A1G1NQX4/7-113_221-295 DR EC; 2.1.1.199; #=GS F4BJQ8/5-106_210-304 AC F4BJQ8 #=GS F4BJQ8/5-106_210-304 OS Francisella cf. tularensis subsp. novicida 3523 #=GS F4BJQ8/5-106_210-304 DE Ribosomal RNA small subunit methyltransferase H #=GS F4BJQ8/5-106_210-304 DR GENE3D; 110ffa18b2e859c28592aabd0913221c/5-106_210-304; #=GS F4BJQ8/5-106_210-304 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella tularensis; Francisella tularensis subsp. novicida; #=GS F4BJQ8/5-106_210-304 DR EC; 2.1.1.199; #=GS A0A0G0FUT0/3-109_228-304 AC A0A0G0FUT0 #=GS A0A0G0FUT0/3-109_228-304 OS Candidatus Wolfebacteria bacterium GW2011_GWC1_37_10 #=GS A0A0G0FUT0/3-109_228-304 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A0G0FUT0/3-109_228-304 DR GENE3D; 114a9181eea1c49b17b811deb33c1cfa/3-109_228-304; #=GS A0A0G0FUT0/3-109_228-304 DR ORG; Bacteria; Candidatus Wolfebacteria; Candidatus Wolfebacteria bacterium GW2011_GWC1_37_10; #=GS A0A0G0FUT0/3-109_228-304 DR EC; 2.1.1.199; #=GS A0A1F8DSP5/3-109_228-304 AC A0A1F8DSP5 #=GS A0A1F8DSP5/3-109_228-304 OS Candidatus Wolfebacteria bacterium RIFCSPLOWO2_01_FULL_38_11 #=GS A0A1F8DSP5/3-109_228-304 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1F8DSP5/3-109_228-304 DR GENE3D; 114a9181eea1c49b17b811deb33c1cfa/3-109_228-304; #=GS A0A1F8DSP5/3-109_228-304 DR ORG; Bacteria; Candidatus Wolfebacteria; Candidatus Wolfebacteria bacterium RIFCSPLOWO2_01_FULL_38_11; #=GS A0A1F8DSP5/3-109_228-304 DR EC; 2.1.1.199; #=GS A0A1J0KBR7/5-106_210-304 AC A0A1J0KBR7 #=GS A0A1J0KBR7/5-106_210-304 OS Francisella sp. MA067296 #=GS A0A1J0KBR7/5-106_210-304 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1J0KBR7/5-106_210-304 DR GENE3D; 11b9a88a14c209e56badff1730f19548/5-106_210-304; #=GS A0A1J0KBR7/5-106_210-304 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella sp. MA067296; #=GS A0A1J0KBR7/5-106_210-304 DR EC; 2.1.1.199; #=GS C1F466/6-116_219-293 AC C1F466 #=GS C1F466/6-116_219-293 OS Acidobacterium capsulatum ATCC 51196 #=GS C1F466/6-116_219-293 DE Ribosomal RNA small subunit methyltransferase H #=GS C1F466/6-116_219-293 DR GENE3D; 1cc2a81c6a082fda6fea507ec0cfb7e1/6-116_219-293; #=GS C1F466/6-116_219-293 DR ORG; Bacteria; Acidobacteria; Acidobacteriia; Acidobacteriales; Acidobacteriaceae; Acidobacterium; Acidobacterium capsulatum; #=GS C1F466/6-116_219-293 DR EC; 2.1.1.199; #=GS E4Q022/5-110_213-295 AC E4Q022 #=GS E4Q022/5-110_213-295 OS Mycoplasma bovis PG45 #=GS E4Q022/5-110_213-295 DE Ribosomal RNA small subunit methyltransferase H #=GS E4Q022/5-110_213-295 DR GENE3D; 1ddba153b3ee1cbc524e3383da630e6f/5-110_213-295; #=GS E4Q022/5-110_213-295 DR ORG; Bacteria; Tenericutes; Mollicutes; Mycoplasmatales; Mycoplasmataceae; Mycoplasma; Mycoplasma bovis; #=GS E4Q022/5-110_213-295 DR EC; 2.1.1.199; #=GS A0A0G1KYU7/7-114_218-295 AC A0A0G1KYU7 #=GS A0A0G1KYU7/7-114_218-295 OS candidate division Kazan bacterium GW2011_GWA1_44_22 #=GS A0A0G1KYU7/7-114_218-295 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A0G1KYU7/7-114_218-295 DR GENE3D; 1e561360146e0af506af6a3c18ea3e6d/7-114_218-295; #=GS A0A0G1KYU7/7-114_218-295 DR ORG; Bacteria; candidate division Kazan bacterium GW2011_GWA1_44_22; #=GS A0A0G1KYU7/7-114_218-295 DR EC; 2.1.1.199; #=GS A0A1H6B3M5/6-116_219-293 AC A0A1H6B3M5 #=GS A0A1H6B3M5/6-116_219-293 OS Bryocella elongata #=GS A0A1H6B3M5/6-116_219-293 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1H6B3M5/6-116_219-293 DR GENE3D; 22ef5878bceef9509a6abf092062f0bb/6-116_219-293; #=GS A0A1H6B3M5/6-116_219-293 DR ORG; Bacteria; Acidobacteria; Acidobacteriia; Acidobacteriales; Acidobacteriaceae; Bryocella; Bryocella elongata; #=GS A0A1H6B3M5/6-116_219-293 DR EC; 2.1.1.199; #=GS A0A0K2JR12/5-106_210-304 AC A0A0K2JR12 #=GS A0A0K2JR12/5-106_210-304 OS Francisella persica ATCC VR-331 #=GS A0A0K2JR12/5-106_210-304 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A0K2JR12/5-106_210-304 DR GENE3D; 240e96faec4e86df0b4288771742500a/5-106_210-304; #=GS A0A0K2JR12/5-106_210-304 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella persica; #=GS A0A0K2JR12/5-106_210-304 DR EC; 2.1.1.199; #=GS A0A0C5WVL6/2-107_210-291 AC A0A0C5WVL6 #=GS A0A0C5WVL6/2-107_210-291 OS Mycoplasma dispar #=GS A0A0C5WVL6/2-107_210-291 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A0C5WVL6/2-107_210-291 DR GENE3D; 288d310a89e0626d8a240e4bfd94c93d/2-107_210-291; #=GS A0A0C5WVL6/2-107_210-291 DR ORG; Bacteria; Tenericutes; Mollicutes; Mycoplasmatales; Mycoplasmataceae; Mycoplasma; Mycoplasma dispar; #=GS A0A0C5WVL6/2-107_210-291 DR EC; 2.1.1.199; #=GS A0A1F9WUE6/4-109_216-288 AC A0A1F9WUE6 #=GS A0A1F9WUE6/4-109_216-288 OS Elusimicrobia bacterium RIFOXYA2_FULL_40_6 #=GS A0A1F9WUE6/4-109_216-288 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1F9WUE6/4-109_216-288 DR GENE3D; 28b4cb7860e4ef9f0014465d43278f97/4-109_216-288; #=GS A0A1F9WUE6/4-109_216-288 DR ORG; Bacteria; Elusimicrobia; Elusimicrobia bacterium RIFOXYA2_FULL_40_6; #=GS A0A1F9WUE6/4-109_216-288 DR EC; 2.1.1.199; #=GS W5UT37/2-107_210-291 AC W5UT37 #=GS W5UT37/2-107_210-291 OS Mycoplasma bovoculi M165/69 #=GS W5UT37/2-107_210-291 DE Ribosomal RNA small subunit methyltransferase H #=GS W5UT37/2-107_210-291 DR GENE3D; 2a26458ad8a99b944b670f29f49b7394/2-107_210-291; #=GS W5UT37/2-107_210-291 DR ORG; Bacteria; Tenericutes; Mollicutes; Mycoplasmatales; Mycoplasmataceae; Mycoplasma; Mycoplasma bovoculi; #=GS W5UT37/2-107_210-291 DR EC; 2.1.1.199; #=GS A0A0B6D0N1/5-106_210-304 AC A0A0B6D0N1 #=GS A0A0B6D0N1/5-106_210-304 OS Francisella philomiragia #=GS A0A0B6D0N1/5-106_210-304 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A0B6D0N1/5-106_210-304 DR GENE3D; 2e3331d4ee70510ebaff709d67b37c9d/5-106_210-304; #=GS A0A0B6D0N1/5-106_210-304 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella philomiragia; #=GS A0A0B6D0N1/5-106_210-304 DR EC; 2.1.1.199; #=GS A0A101EDA9/5-106_213-291 AC A0A101EDA9 #=GS A0A101EDA9/5-106_213-291 OS bacterium 42_11 #=GS A0A101EDA9/5-106_213-291 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A101EDA9/5-106_213-291 DR GENE3D; 31bf689e8221a9442febeda40dceea6b/5-106_213-291; #=GS A0A101EDA9/5-106_213-291 DR ORG; Bacteria; bacterium 42_11; #=GS A0A101EDA9/5-106_213-291 DR EC; 2.1.1.199; #=GS Q4A9T0/2-107_210-291 AC Q4A9T0 #=GS Q4A9T0/2-107_210-291 OS Mycoplasma hyopneumoniae J #=GS Q4A9T0/2-107_210-291 DE Ribosomal RNA small subunit methyltransferase H #=GS Q4A9T0/2-107_210-291 DR GENE3D; 3482576eaab36a9f77a7b9ebde1196ed/2-107_210-291; #=GS Q4A9T0/2-107_210-291 DR ORG; Bacteria; Tenericutes; Mollicutes; Mycoplasmatales; Mycoplasmataceae; Mycoplasma; Mycoplasma hyopneumoniae; #=GS Q4A9T0/2-107_210-291 DR EC; 2.1.1.199; #=GS S5G6Y0/2-107_210-291 AC S5G6Y0 #=GS S5G6Y0/2-107_210-291 OS Mycoplasma hyopneumoniae 7422 #=GS S5G6Y0/2-107_210-291 DE Ribosomal RNA small subunit methyltransferase H #=GS S5G6Y0/2-107_210-291 DR GENE3D; 3482576eaab36a9f77a7b9ebde1196ed/2-107_210-291; #=GS S5G6Y0/2-107_210-291 DR ORG; Bacteria; Tenericutes; Mollicutes; Mycoplasmatales; Mycoplasmataceae; Mycoplasma; Mycoplasma hyopneumoniae; #=GS S5G6Y0/2-107_210-291 DR EC; 2.1.1.199; #=GS Q4A7X8/2-107_210-291 AC Q4A7X8 #=GS Q4A7X8/2-107_210-291 OS Mycoplasma hyopneumoniae 7448 #=GS Q4A7X8/2-107_210-291 DE Ribosomal RNA small subunit methyltransferase H #=GS Q4A7X8/2-107_210-291 DR GENE3D; 3482576eaab36a9f77a7b9ebde1196ed/2-107_210-291; #=GS Q4A7X8/2-107_210-291 DR ORG; Bacteria; Tenericutes; Mollicutes; Mycoplasmatales; Mycoplasmataceae; Mycoplasma; Mycoplasma hyopneumoniae; #=GS Q4A7X8/2-107_210-291 DR EC; 2.1.1.199; #=GS C5J697/2-107_210-291 AC C5J697 #=GS C5J697/2-107_210-291 OS Mycoplasma conjunctivae HRC/581 #=GS C5J697/2-107_210-291 DE Ribosomal RNA small subunit methyltransferase H #=GS C5J697/2-107_210-291 DR GENE3D; 3cba974e9858c8a0cf94141a926bdaeb/2-107_210-291; #=GS C5J697/2-107_210-291 DR ORG; Bacteria; Tenericutes; Mollicutes; Mycoplasmatales; Mycoplasmataceae; Mycoplasma; Mycoplasma conjunctivae; #=GS C5J697/2-107_210-291 DR EC; 2.1.1.199; #=GS U5F5E0/4-109_215-257_278-308 AC U5F5E0 #=GS U5F5E0/4-109_215-257_278-308 OS Erysipelotrichaceae bacterium 5_2_54FAA #=GS U5F5E0/4-109_215-257_278-308 DE Ribosomal RNA small subunit methyltransferase H #=GS U5F5E0/4-109_215-257_278-308 DR GENE3D; 489f324dcb7f5dce770ac8ad451fc57c/4-109_215-257_278-308; #=GS U5F5E0/4-109_215-257_278-308 DR ORG; Bacteria; Firmicutes; Erysipelotrichia; Erysipelotrichales; Erysipelotrichaceae; Erysipelotrichaceae bacterium 5_2_54FAA; #=GS U5F5E0/4-109_215-257_278-308 DR EC; 2.1.1.199; #=GS H1BJA3/4-109_215-257_278-308 AC H1BJA3 #=GS H1BJA3/4-109_215-257_278-308 OS Eubacterium sp. 3_1_31 #=GS H1BJA3/4-109_215-257_278-308 DE Ribosomal RNA small subunit methyltransferase H #=GS H1BJA3/4-109_215-257_278-308 DR GENE3D; 489f324dcb7f5dce770ac8ad451fc57c/4-109_215-257_278-308; #=GS H1BJA3/4-109_215-257_278-308 DR ORG; Bacteria; Firmicutes; Clostridia; Clostridiales; Eubacteriaceae; Eubacterium; Eubacterium sp. 3_1_31; #=GS H1BJA3/4-109_215-257_278-308 DR EC; 2.1.1.199; #=GS B0TZ13/8-109_213-307 AC B0TZ13 #=GS B0TZ13/8-109_213-307 OS Francisella philomiragia subsp. philomiragia ATCC 25017 #=GS B0TZ13/8-109_213-307 DE Ribosomal RNA small subunit methyltransferase H #=GS B0TZ13/8-109_213-307 DR GENE3D; 49bad91fdb64cb227082532fddf6cd80/8-109_213-307; #=GS B0TZ13/8-109_213-307 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella philomiragia; #=GS B0TZ13/8-109_213-307 DR EC; 2.1.1.199; #=GS A0A1F2RF77/2-107_217-291 AC A0A1F2RF77 #=GS A0A1F2RF77/2-107_217-291 OS Acidobacteria bacterium RIFCSPLOWO2_02_FULL_61_28 #=GS A0A1F2RF77/2-107_217-291 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1F2RF77/2-107_217-291 DR GENE3D; 4a051d42ed279f660953f64bdd4b2535/2-107_217-291; #=GS A0A1F2RF77/2-107_217-291 DR ORG; Bacteria; Acidobacteria; Acidobacteria bacterium RIFCSPLOWO2_02_FULL_61_28; #=GS A0A1F2RF77/2-107_217-291 DR EC; 2.1.1.199; #=GS A0A075I1U2/13-118_218-293 AC A0A075I1U2 #=GS A0A075I1U2/13-118_218-293 OS uncultured marine group II/III euryarchaeote KM3_94_C01 #=GS A0A075I1U2/13-118_218-293 DE Ribosomal RNA small subunit methyltransferase H (MraW, rsmH) #=GS A0A075I1U2/13-118_218-293 DR GENE3D; 4e11c866204fda0ab725d23d4b718f3d/13-118_218-293; #=GS A0A075I1U2/13-118_218-293 DR ORG; Archaea; Euryarchaeota; uncultured marine group II/III euryarchaeote KM3_94_C01; #=GS A0A075I1U2/13-118_218-293 DR EC; 2.1.1.199; #=GS A0A1E7UCB6/5-106_210-304 AC A0A1E7UCB6 #=GS A0A1E7UCB6/5-106_210-304 OS Francisella endosymbiont of Amblyomma maculatum #=GS A0A1E7UCB6/5-106_210-304 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1E7UCB6/5-106_210-304 DR GENE3D; 4f4343409855a509dda667fd77a089dc/5-106_210-304; #=GS A0A1E7UCB6/5-106_210-304 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella endosymbiont of Amblyomma maculatum; #=GS A0A1E7UCB6/5-106_210-304 DR EC; 2.1.1.199; #=GS A0Q5I5/5-106_210-304 AC A0Q5I5 #=GS A0Q5I5/5-106_210-304 OS Francisella tularensis subsp. novicida U112 #=GS A0Q5I5/5-106_210-304 DE Ribosomal RNA small subunit methyltransferase H #=GS A0Q5I5/5-106_210-304 DR GENE3D; 512e421bc38600d15f92cf1dfd9f16c8/5-106_210-304; #=GS A0Q5I5/5-106_210-304 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella tularensis; Francisella tularensis subsp. novicida; #=GS A0Q5I5/5-106_210-304 DR EC; 2.1.1.199; #=GS A4IZB0/2-100_204-298 AC A4IZB0 #=GS A4IZB0/2-100_204-298 OS Francisella tularensis subsp. tularensis WY96-3418 #=GS A4IZB0/2-100_204-298 DE Ribosomal RNA small subunit methyltransferase H #=GS A4IZB0/2-100_204-298 DR GENE3D; 5571f5a9076bc4706ffc70e4bb5a4ef0/2-100_204-298; #=GS A4IZB0/2-100_204-298 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella tularensis; Francisella tularensis subsp. tularensis; #=GS A4IZB0/2-100_204-298 DR EC; 2.1.1.199; #=GS I3ZK99/6-116_219-293 AC I3ZK99 #=GS I3ZK99/6-116_219-293 OS Terriglobus roseus DSM 18391 #=GS I3ZK99/6-116_219-293 DE Ribosomal RNA small subunit methyltransferase H #=GS I3ZK99/6-116_219-293 DR GENE3D; 57cf13d18cb0ab921ea84121858f7e3f/6-116_219-293; #=GS I3ZK99/6-116_219-293 DR ORG; Bacteria; Acidobacteria; Acidobacteriia; Acidobacteriales; Acidobacteriaceae; Terriglobus; Terriglobus roseus; #=GS I3ZK99/6-116_219-293 DR EC; 2.1.1.199; #=GS D2MQP4/4-109_215-256_277-308 AC D2MQP4 #=GS D2MQP4/4-109_215-256_277-308 OS Bulleidia extructa W1219 #=GS D2MQP4/4-109_215-256_277-308 DE Ribosomal RNA small subunit methyltransferase H #=GS D2MQP4/4-109_215-256_277-308 DR GENE3D; 5cc0a4f7079e4d3a954244055319b65b/4-109_215-256_277-308; #=GS D2MQP4/4-109_215-256_277-308 DR ORG; Bacteria; Firmicutes; Erysipelotrichia; Erysipelotrichales; Erysipelotrichaceae; Bulleidia; Bulleidia extructa; #=GS D2MQP4/4-109_215-256_277-308 DR EC; 2.1.1.199; #=GS B2SDL2/5-106_210-304 AC B2SDL2 #=GS B2SDL2/5-106_210-304 OS Francisella tularensis subsp. mediasiatica FSC147 #=GS B2SDL2/5-106_210-304 DE Ribosomal RNA small subunit methyltransferase H #=GS B2SDL2/5-106_210-304 DR GENE3D; 5ec832bdd87ab468e07ac5ff9c9e79a5/5-106_210-304; #=GS B2SDL2/5-106_210-304 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella tularensis; Francisella tularensis subsp. mediasiatica; #=GS B2SDL2/5-106_210-304 DR EC; 2.1.1.199; #=GS A0A1G1ZXV0/10-115_221-295 AC A0A1G1ZXV0 #=GS A0A1G1ZXV0/10-115_221-295 OS Candidatus Harrisonbacteria bacterium RIFOXYD1_FULL_40_9 #=GS A0A1G1ZXV0/10-115_221-295 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1G1ZXV0/10-115_221-295 DR GENE3D; 5f5e2d476f960330214b2fa3929eacb9/10-115_221-295; #=GS A0A1G1ZXV0/10-115_221-295 DR ORG; Bacteria; Candidatus Harrisonbacteria; Candidatus Harrisonbacteria bacterium RIFOXYD1_FULL_40_9; #=GS A0A1G1ZXV0/10-115_221-295 DR EC; 2.1.1.199; #=GS A0A0E2ZJH5/5-106_210-304 AC A0A0E2ZJH5 #=GS A0A0E2ZJH5/5-106_210-304 OS Francisella philomiragia #=GS A0A0E2ZJH5/5-106_210-304 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A0E2ZJH5/5-106_210-304 DR GENE3D; 61e51daee22934bb8ab6ea61910064e0/5-106_210-304; #=GS A0A0E2ZJH5/5-106_210-304 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella philomiragia; #=GS A0A0E2ZJH5/5-106_210-304 DR EC; 2.1.1.199; #=GS E4QT57/2-107_210-291 AC E4QT57 #=GS E4QT57/2-107_210-291 OS Mycoplasma hyopneumoniae 168 #=GS E4QT57/2-107_210-291 DE Ribosomal RNA small subunit methyltransferase H #=GS E4QT57/2-107_210-291 DR GENE3D; 61fc7229878e259deabbe4b68c289938/2-107_210-291; #=GS E4QT57/2-107_210-291 DR ORG; Bacteria; Tenericutes; Mollicutes; Mycoplasmatales; Mycoplasmataceae; Mycoplasma; Mycoplasma hyopneumoniae; #=GS E4QT57/2-107_210-291 DR EC; 2.1.1.199; #=GS A0A1G1FN67/5-109_212-288 AC A0A1G1FN67 #=GS A0A1G1FN67/5-109_212-288 OS Nitrospirae bacterium GWC2_42_7 #=GS A0A1G1FN67/5-109_212-288 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1G1FN67/5-109_212-288 DR GENE3D; 64f2d9503ba81ebf8af83c634b4b6e99/5-109_212-288; #=GS A0A1G1FN67/5-109_212-288 DR ORG; Bacteria; Nitrospirae; Nitrospirae bacterium GWC2_42_7; #=GS A0A1G1FN67/5-109_212-288 DR EC; 2.1.1.199; #=GS A0A1J0NPZ4/5-106_210-304 AC A0A1J0NPZ4 #=GS A0A1J0NPZ4/5-106_210-304 OS Francisella noatunensis subsp. orientalis #=GS A0A1J0NPZ4/5-106_210-304 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1J0NPZ4/5-106_210-304 DR GENE3D; 65b91a6bf2eca6229c5af49fe71dd4e3/5-106_210-304; #=GS A0A1J0NPZ4/5-106_210-304 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella noatunensis; Francisella noatunensis subsp. orientalis; #=GS A0A1J0NPZ4/5-106_210-304 DR EC; 2.1.1.199; #=GS I2AZL3/5-106_210-304 AC I2AZL3 #=GS I2AZL3/5-106_210-304 OS Francisella noatunensis subsp. orientalis str. Toba 04 #=GS I2AZL3/5-106_210-304 DE Ribosomal RNA small subunit methyltransferase H #=GS I2AZL3/5-106_210-304 DR GENE3D; 65b91a6bf2eca6229c5af49fe71dd4e3/5-106_210-304; #=GS I2AZL3/5-106_210-304 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella noatunensis; Francisella noatunensis subsp. orientalis; #=GS I2AZL3/5-106_210-304 DR EC; 2.1.1.199; #=GS C6YX76/5-106_210-304 AC C6YX76 #=GS C6YX76/5-106_210-304 OS Francisella philomiragia subsp. philomiragia ATCC 25015 #=GS C6YX76/5-106_210-304 DE Ribosomal RNA small subunit methyltransferase H #=GS C6YX76/5-106_210-304 DR GENE3D; 66d7e0366b2455982e1076373b80fc81/5-106_210-304; #=GS C6YX76/5-106_210-304 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella philomiragia; #=GS C6YX76/5-106_210-304 DR EC; 2.1.1.199; #=GS A0A059Y8L1/5-110_213-295 AC A0A059Y8L1 #=GS A0A059Y8L1/5-110_213-295 OS Mycoplasma bovis CQ-W70 #=GS A0A059Y8L1/5-110_213-295 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A059Y8L1/5-110_213-295 DR GENE3D; 67ab50cc5ecdcd74410208571bdcf4f5/5-110_213-295; #=GS A0A059Y8L1/5-110_213-295 DR ORG; Bacteria; Tenericutes; Mollicutes; Mycoplasmatales; Mycoplasmataceae; Mycoplasma; Mycoplasma bovis; #=GS A0A059Y8L1/5-110_213-295 DR EC; 2.1.1.199; #=GS A0A0A8E574/5-107_211-305 AC A0A0A8E574 #=GS A0A0A8E574/5-107_211-305 OS Allofrancisella guangzhouensis #=GS A0A0A8E574/5-107_211-305 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A0A8E574/5-107_211-305 DR GENE3D; 693a80262030596819c47e50f860873f/5-107_211-305; #=GS A0A0A8E574/5-107_211-305 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Allofrancisella; Allofrancisella guangzhouensis; #=GS A0A0A8E574/5-107_211-305 DR EC; 2.1.1.199; #=GS A0A1G1ZRG8/10-115_221-295 AC A0A1G1ZRG8 #=GS A0A1G1ZRG8/10-115_221-295 OS Candidatus Harrisonbacteria bacterium RIFCSPLOWO2_01_FULL_40_28 #=GS A0A1G1ZRG8/10-115_221-295 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1G1ZRG8/10-115_221-295 DR GENE3D; 69b85eb1d8bbc7e7912a26942931f632/10-115_221-295; #=GS A0A1G1ZRG8/10-115_221-295 DR ORG; Bacteria; Candidatus Harrisonbacteria; Candidatus Harrisonbacteria bacterium RIFCSPLOWO2_01_FULL_40_28; #=GS A0A1G1ZRG8/10-115_221-295 DR EC; 2.1.1.199; #=GS A0A0G0XKS8/2-110_215-291 AC A0A0G0XKS8 #=GS A0A0G0XKS8/2-110_215-291 OS Candidatus Wolfebacteria bacterium GW2011_GWA2_42_10 #=GS A0A0G0XKS8/2-110_215-291 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A0G0XKS8/2-110_215-291 DR GENE3D; 6a203ad50c421b4cf199e879507dfdb7/2-110_215-291; #=GS A0A0G0XKS8/2-110_215-291 DR ORG; Bacteria; Candidatus Wolfebacteria; Candidatus Wolfebacteria bacterium GW2011_GWA2_42_10; #=GS A0A0G0XKS8/2-110_215-291 DR EC; 2.1.1.199; #=GS A0A0G0XM73/2-110_215-291 AC A0A0G0XM73 #=GS A0A0G0XM73/2-110_215-291 OS Candidatus Wolfebacteria bacterium GW2011_GWB1_41_12 #=GS A0A0G0XM73/2-110_215-291 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A0G0XM73/2-110_215-291 DR GENE3D; 6a203ad50c421b4cf199e879507dfdb7/2-110_215-291; #=GS A0A0G0XM73/2-110_215-291 DR ORG; Bacteria; Candidatus Wolfebacteria; Candidatus Wolfebacteria bacterium GW2011_GWB1_41_12; #=GS A0A0G0XM73/2-110_215-291 DR EC; 2.1.1.199; #=GS A0A1F6WND9/3-108_218-295 AC A0A1F6WND9 #=GS A0A1F6WND9/3-108_218-295 OS Candidatus Nomurabacteria bacterium RIFCSPLOWO2_01_FULL_36_10b #=GS A0A1F6WND9/3-108_218-295 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1F6WND9/3-108_218-295 DR GENE3D; 74beb43507c4185f21e8d7ebe62f8617/3-108_218-295; #=GS A0A1F6WND9/3-108_218-295 DR ORG; Bacteria; Candidatus Nomurabacteria; Candidatus Nomurabacteria bacterium RIFCSPLOWO2_01_FULL_36_10b; #=GS A0A1F6WND9/3-108_218-295 DR EC; 2.1.1.199; #=GS A0A0B6EAN0/5-106_210-304 AC A0A0B6EAN0 #=GS A0A0B6EAN0/5-106_210-304 OS Francisella tularensis subsp. holarctica #=GS A0A0B6EAN0/5-106_210-304 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A0B6EAN0/5-106_210-304 DR GENE3D; 759577731b5e73d9b6995e49e8555813/5-106_210-304; #=GS A0A0B6EAN0/5-106_210-304 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella tularensis; Francisella tularensis subsp. holarctica; #=GS A0A0B6EAN0/5-106_210-304 DR EC; 2.1.1.199; #=GS A7NDP7/5-106_210-304 AC A7NDP7 #=GS A7NDP7/5-106_210-304 OS Francisella tularensis subsp. holarctica FTNF002-00 #=GS A7NDP7/5-106_210-304 DE Ribosomal RNA small subunit methyltransferase H #=GS A7NDP7/5-106_210-304 DR GENE3D; 759577731b5e73d9b6995e49e8555813/5-106_210-304; #=GS A7NDP7/5-106_210-304 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella tularensis; Francisella tularensis subsp. holarctica; #=GS A7NDP7/5-106_210-304 DR EC; 2.1.1.199; #=GS Q0BKT7/5-106_210-304 AC Q0BKT7 #=GS Q0BKT7/5-106_210-304 OS Francisella tularensis subsp. holarctica OSU18 #=GS Q0BKT7/5-106_210-304 DE Ribosomal RNA small subunit methyltransferase H #=GS Q0BKT7/5-106_210-304 DR GENE3D; 759577731b5e73d9b6995e49e8555813/5-106_210-304; #=GS Q0BKT7/5-106_210-304 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella tularensis; Francisella tularensis subsp. holarctica; #=GS Q0BKT7/5-106_210-304 DR EC; 2.1.1.199; #=GS Q2A265/5-106_210-304 AC Q2A265 #=GS Q2A265/5-106_210-304 OS Francisella tularensis subsp. holarctica LVS #=GS Q2A265/5-106_210-304 DE Ribosomal RNA small subunit methyltransferase H #=GS Q2A265/5-106_210-304 DR GENE3D; 759577731b5e73d9b6995e49e8555813/5-106_210-304; #=GS Q2A265/5-106_210-304 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella tularensis; Francisella tularensis subsp. holarctica; #=GS Q2A265/5-106_210-304 DR EC; 2.1.1.199; #=GS D1J816/3-108_211-294 AC D1J816 #=GS D1J816/3-108_211-294 OS Mycoplasma hominis ATCC 23114 #=GS D1J816/3-108_211-294 DE Ribosomal RNA small subunit methyltransferase H #=GS D1J816/3-108_211-294 DR GENE3D; 85e75a51681783a9dceacf8871408aed/3-108_211-294; #=GS D1J816/3-108_211-294 DR ORG; Bacteria; Tenericutes; Mollicutes; Mycoplasmatales; Mycoplasmataceae; Mycoplasma; Mycoplasma hominis; #=GS D1J816/3-108_211-294 DR EC; 2.1.1.199; #=GS A0A097NT42/3-108_211-294 AC A0A097NT42 #=GS A0A097NT42/3-108_211-294 OS Mycoplasma hominis ATCC 27545 #=GS A0A097NT42/3-108_211-294 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A097NT42/3-108_211-294 DR GENE3D; 85e75a51681783a9dceacf8871408aed/3-108_211-294; #=GS A0A097NT42/3-108_211-294 DR ORG; Bacteria; Tenericutes; Mollicutes; Mycoplasmatales; Mycoplasmataceae; Mycoplasma; Mycoplasma hominis; #=GS A0A097NT42/3-108_211-294 DR EC; 2.1.1.199; #=GS A0A0G0AAK3/26-132_238-312 AC A0A0G0AAK3 #=GS A0A0G0AAK3/26-132_238-312 OS candidate division TM6 bacterium GW2011_GWF2_33_332 #=GS A0A0G0AAK3/26-132_238-312 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A0G0AAK3/26-132_238-312 DR GENE3D; 867ea9e651de9cbd270cceef7605a697/26-132_238-312; #=GS A0A0G0AAK3/26-132_238-312 DR ORG; Bacteria; candidate division TM6 bacterium GW2011_GWF2_33_332; #=GS A0A0G0AAK3/26-132_238-312 DR EC; 2.1.1.199; #=GS A0A0H1S2L6/1-102_205-281 AC A0A0H1S2L6 #=GS A0A0H1S2L6/1-102_205-281 OS Mycoplasmataceae bacterium RC_NB112A #=GS A0A0H1S2L6/1-102_205-281 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A0H1S2L6/1-102_205-281 DR GENE3D; 8947cc1a38fed6412d8b59fd277efdd2/1-102_205-281; #=GS A0A0H1S2L6/1-102_205-281 DR ORG; Bacteria; Tenericutes; Mollicutes; Mycoplasmatales; Mycoplasmataceae; Mycoplasmataceae bacterium RC_NB112A; #=GS A0A0H1S2L6/1-102_205-281 DR EC; 2.1.1.199; #=GS Q01Q40/2-107_208-282 AC Q01Q40 #=GS Q01Q40/2-107_208-282 OS Candidatus Solibacter usitatus Ellin6076 #=GS Q01Q40/2-107_208-282 DE Ribosomal RNA small subunit methyltransferase H #=GS Q01Q40/2-107_208-282 DR GENE3D; 8b8cb4f99b9dd97efb92fee7aa43be28/2-107_208-282; #=GS Q01Q40/2-107_208-282 DR ORG; Bacteria; Acidobacteria; Solibacteres; Solibacterales; Solibacteraceae; Candidatus Solibacter; Candidatus Solibacter usitatus; #=GS Q01Q40/2-107_208-282 DR EC; 2.1.1.199; #=GS A0A014NQ98/2-107_210-291 AC A0A014NQ98 #=GS A0A014NQ98/2-107_210-291 OS Mycoplasma ovipneumoniae 14811 #=GS A0A014NQ98/2-107_210-291 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A014NQ98/2-107_210-291 DR GENE3D; 8fb41ab3ca22cc0fbba846e581d3d43b/2-107_210-291; #=GS A0A014NQ98/2-107_210-291 DR ORG; Bacteria; Tenericutes; Mollicutes; Mycoplasmatales; Mycoplasmataceae; Mycoplasma; Mycoplasma ovipneumoniae; #=GS A0A014NQ98/2-107_210-291 DR EC; 2.1.1.199; #=GS A0A1J0KVG4/5-108_212-306 AC A0A1J0KVG4 #=GS A0A1J0KVG4/5-108_212-306 OS Francisella sp. CA97-1460 #=GS A0A1J0KVG4/5-108_212-306 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1J0KVG4/5-108_212-306 DR GENE3D; 8fc6c57be56b2f705c22aba62c867822/5-108_212-306; #=GS A0A1J0KVG4/5-108_212-306 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella sp. CA97-1460; #=GS A0A1J0KVG4/5-108_212-306 DR EC; 2.1.1.199; #=GS A0A1J4VLY3/9-112_218-296 AC A0A1J4VLY3 #=GS A0A1J4VLY3/9-112_218-296 OS Candidatus Omnitrophica bacterium CG1_02_44_16 #=GS A0A1J4VLY3/9-112_218-296 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1J4VLY3/9-112_218-296 DR GENE3D; 905b4ae50adcfad2c88a49304ea964e2/9-112_218-296; #=GS A0A1J4VLY3/9-112_218-296 DR ORG; Bacteria; Candidatus Omnitrophica; Candidatus Omnitrophica bacterium CG1_02_44_16; #=GS A0A1J4VLY3/9-112_218-296 DR EC; 2.1.1.199; #=GS A0A0E2ZHF4/5-106_210-304 AC A0A0E2ZHF4 #=GS A0A0E2ZHF4/5-106_210-304 OS Francisella tularensis #=GS A0A0E2ZHF4/5-106_210-304 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A0E2ZHF4/5-106_210-304 DR GENE3D; 907a35f72b692a6ca53bf517958d5c92/5-106_210-304; #=GS A0A0E2ZHF4/5-106_210-304 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella tularensis; #=GS A0A0E2ZHF4/5-106_210-304 DR EC; 2.1.1.199; #=GS Q14ID3/5-106_210-304 AC Q14ID3 #=GS Q14ID3/5-106_210-304 OS Francisella tularensis subsp. tularensis FSC198 #=GS Q14ID3/5-106_210-304 DE Ribosomal RNA small subunit methyltransferase H #=GS Q14ID3/5-106_210-304 DR GENE3D; 907a35f72b692a6ca53bf517958d5c92/5-106_210-304; #=GS Q14ID3/5-106_210-304 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella tularensis; Francisella tularensis subsp. tularensis; #=GS Q14ID3/5-106_210-304 DR EC; 2.1.1.199; #=GS A0A1I9Y8M5/5-106_210-304 AC A0A1I9Y8M5 #=GS A0A1I9Y8M5/5-106_210-304 OS Francisella tularensis subsp. novicida PA10-7858 #=GS A0A1I9Y8M5/5-106_210-304 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1I9Y8M5/5-106_210-304 DR GENE3D; 95c4107842073896f89834df264fe7fa/5-106_210-304; #=GS A0A1I9Y8M5/5-106_210-304 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella tularensis; Francisella tularensis subsp. novicida; #=GS A0A1I9Y8M5/5-106_210-304 DR EC; 2.1.1.199; #=GS A0A1C6DJQ0/4-109_215-257_278-308 AC A0A1C6DJQ0 #=GS A0A1C6DJQ0/4-109_215-257_278-308 OS uncultured Clostridium sp. #=GS A0A1C6DJQ0/4-109_215-257_278-308 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1C6DJQ0/4-109_215-257_278-308 DR GENE3D; 97edc918edfa9607e9642b197a10c563/4-109_215-257_278-308; #=GS A0A1C6DJQ0/4-109_215-257_278-308 DR ORG; Bacteria; Firmicutes; Clostridia; Clostridiales; Clostridiaceae; Clostridium; uncultured Clostridium sp.; #=GS A0A1C6DJQ0/4-109_215-257_278-308 DR EC; 2.1.1.199; #=GS A0A097ENJ0/5-106_210-304 AC A0A097ENJ0 #=GS A0A097ENJ0/5-106_210-304 OS Francisella sp. FSC1006 #=GS A0A097ENJ0/5-106_210-304 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A097ENJ0/5-106_210-304 DR GENE3D; 9dfdbf9bfb6bfa2be37369d67fd62fc5/5-106_210-304; #=GS A0A097ENJ0/5-106_210-304 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella sp. FSC1006; #=GS A0A097ENJ0/5-106_210-304 DR EC; 2.1.1.199; #=GS A0A1G1HEK8/2-106_209-286 AC A0A1G1HEK8 #=GS A0A1G1HEK8/2-106_209-286 OS Nitrospirae bacterium RBG_13_43_8 #=GS A0A1G1HEK8/2-106_209-286 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1G1HEK8/2-106_209-286 DR GENE3D; 9e34516f2195bcfc78a4d86dff65ee91/2-106_209-286; #=GS A0A1G1HEK8/2-106_209-286 DR ORG; Bacteria; Nitrospirae; Nitrospirae bacterium RBG_13_43_8; #=GS A0A1G1HEK8/2-106_209-286 DR EC; 2.1.1.199; #=GS N9TVV1/5-110_213-295 AC N9TVV1 #=GS N9TVV1/5-110_213-295 OS Mycoplasma bovigenitalium 51080 #=GS N9TVV1/5-110_213-295 DE Ribosomal RNA small subunit methyltransferase H #=GS N9TVV1/5-110_213-295 DR GENE3D; a710fd0699a6b6846437df3e044adb2f/5-110_213-295; #=GS N9TVV1/5-110_213-295 DR ORG; Bacteria; Tenericutes; Mollicutes; Mycoplasmatales; Mycoplasmataceae; Mycoplasma; Mycoplasma bovigenitalium; #=GS N9TVV1/5-110_213-295 DR EC; 2.1.1.199; #=GS E8UXP2/6-116_219-293 AC E8UXP2 #=GS E8UXP2/6-116_219-293 OS Terriglobus saanensis SP1PR4 #=GS E8UXP2/6-116_219-293 DE Ribosomal RNA small subunit methyltransferase H #=GS E8UXP2/6-116_219-293 DR GENE3D; a94e732825d084092b049607861ee40b/6-116_219-293; #=GS E8UXP2/6-116_219-293 DR ORG; Bacteria; Acidobacteria; Acidobacteriia; Acidobacteriales; Acidobacteriaceae; Terriglobus; Terriglobus saanensis; #=GS E8UXP2/6-116_219-293 DR EC; 2.1.1.199; #=GS D3DHW2/2-107_210-283 AC D3DHW2 #=GS D3DHW2/2-107_210-283 OS Hydrogenobacter thermophilus TK-6 #=GS D3DHW2/2-107_210-283 DE Ribosomal RNA small subunit methyltransferase H #=GS D3DHW2/2-107_210-283 DR GENE3D; ab8b8fc39998ca37221187465cfb7d44/2-107_210-283; #=GS D3DHW2/2-107_210-283 DR ORG; Bacteria; Aquificae; Aquificae; Aquificales; Aquificaceae; Hydrogenobacter; Hydrogenobacter thermophilus; #=GS D3DHW2/2-107_210-283 DR EC; 2.1.1.199; #=GS E0TJZ7/3-108_211-292 AC E0TJZ7 #=GS E0TJZ7/3-108_211-292 OS Mycoplasma hyorhinis HUB-1 #=GS E0TJZ7/3-108_211-292 DE Ribosomal RNA small subunit methyltransferase H #=GS E0TJZ7/3-108_211-292 DR GENE3D; abd6ca60d01d2e369c1df06131987bc4/3-108_211-292; #=GS E0TJZ7/3-108_211-292 DR ORG; Bacteria; Tenericutes; Mollicutes; Mycoplasmatales; Mycoplasmataceae; Mycoplasma; Mycoplasma hyorhinis; #=GS E0TJZ7/3-108_211-292 DR EC; 2.1.1.199; #=GS A0A0B6KP14/5-106_210-304 AC A0A0B6KP14 #=GS A0A0B6KP14/5-106_210-304 OS Francisella tularensis subsp. tularensis #=GS A0A0B6KP14/5-106_210-304 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A0B6KP14/5-106_210-304 DR GENE3D; ae36969e67ebdc8830071b98af637bf3/5-106_210-304; #=GS A0A0B6KP14/5-106_210-304 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella tularensis; Francisella tularensis subsp. tularensis; #=GS A0A0B6KP14/5-106_210-304 DR EC; 2.1.1.199; #=GS A0A1J0KLH2/5-106_210-304 AC A0A1J0KLH2 #=GS A0A1J0KLH2/5-106_210-304 OS Francisella tularensis subsp. novicida #=GS A0A1J0KLH2/5-106_210-304 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1J0KLH2/5-106_210-304 DR GENE3D; ae36969e67ebdc8830071b98af637bf3/5-106_210-304; #=GS A0A1J0KLH2/5-106_210-304 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella tularensis; Francisella tularensis subsp. novicida; #=GS A0A1J0KLH2/5-106_210-304 DR EC; 2.1.1.199; #=GS A0A073A8M5/5-107_211-305 AC A0A073A8M5 #=GS A0A073A8M5/5-107_211-305 OS Francisella sp. W12-1067 #=GS A0A073A8M5/5-107_211-305 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A073A8M5/5-107_211-305 DR GENE3D; aecba3a4967dfa0ede534d2588c58260/5-107_211-305; #=GS A0A073A8M5/5-107_211-305 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella sp. W12-1067; #=GS A0A073A8M5/5-107_211-305 DR EC; 2.1.1.199; #=GS A0A0U9HNW9/11-115_218-292 AC A0A0U9HNW9 #=GS A0A0U9HNW9/11-115_218-292 OS Thermodesulfovibrio aggregans #=GS A0A0U9HNW9/11-115_218-292 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A0U9HNW9/11-115_218-292 DR GENE3D; b1639609a1f3ac7c6bb2b741478e6003/11-115_218-292; #=GS A0A0U9HNW9/11-115_218-292 DR ORG; Bacteria; Nitrospirae; Nitrospira; Nitrospirales; Nitrospiraceae; Thermodesulfovibrio; Thermodesulfovibrio aggregans; #=GS A0A0U9HNW9/11-115_218-292 DR EC; 2.1.1.199; #=GS A0A0E1N8G5/5-106_210-304 AC A0A0E1N8G5 #=GS A0A0E1N8G5/5-106_210-304 OS Francisella philomiragia #=GS A0A0E1N8G5/5-106_210-304 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A0E1N8G5/5-106_210-304 DR GENE3D; b508a7edd9f4f9dea5e42a8e88a2740d/5-106_210-304; #=GS A0A0E1N8G5/5-106_210-304 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella philomiragia; #=GS A0A0E1N8G5/5-106_210-304 DR EC; 2.1.1.199; #=GS Q600P9/2-107_210-291 AC Q600P9 #=GS Q600P9/2-107_210-291 OS Mycoplasma hyopneumoniae 232 #=GS Q600P9/2-107_210-291 DE Ribosomal RNA small subunit methyltransferase H #=GS Q600P9/2-107_210-291 DR GENE3D; b9633be1d24e726664f1058d06597537/2-107_210-291; #=GS Q600P9/2-107_210-291 DR ORG; Bacteria; Tenericutes; Mollicutes; Mycoplasmatales; Mycoplasmataceae; Mycoplasma; Mycoplasma hyopneumoniae; #=GS Q600P9/2-107_210-291 DR EC; 2.1.1.199; #=GS E8WXA3/6-116_219-293 AC E8WXA3 #=GS E8WXA3/6-116_219-293 OS Granulicella tundricola MP5ACTX9 #=GS E8WXA3/6-116_219-293 DE Ribosomal RNA small subunit methyltransferase H #=GS E8WXA3/6-116_219-293 DR GENE3D; bafea6b4468ed3f336c0f6ab0e2951e1/6-116_219-293; #=GS E8WXA3/6-116_219-293 DR ORG; Bacteria; Acidobacteria; Acidobacteriia; Acidobacteriales; Acidobacteriaceae; Granulicella; Granulicella tundricola; #=GS E8WXA3/6-116_219-293 DR EC; 2.1.1.199; #=GS A0A1G1QD23/7-113_221-295 AC A0A1G1QD23 #=GS A0A1G1QD23/7-113_221-295 OS Omnitrophica WOR_2 bacterium RIFCSPLOWO2_12_FULL_46_30 #=GS A0A1G1QD23/7-113_221-295 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1G1QD23/7-113_221-295 DR GENE3D; bc83ab71e88e37abfd0b1d7a61baee1b/7-113_221-295; #=GS A0A1G1QD23/7-113_221-295 DR ORG; Bacteria; Candidatus Omnitrophica; Omnitrophica WOR_2 bacterium RIFCSPLOWO2_12_FULL_46_30; #=GS A0A1G1QD23/7-113_221-295 DR EC; 2.1.1.199; #=GS A0A109CMS7/12-116_219-294 AC A0A109CMS7 #=GS A0A109CMS7/12-116_219-294 OS Nitrospirae bacterium HCH-1 #=GS A0A109CMS7/12-116_219-294 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A109CMS7/12-116_219-294 DR GENE3D; c13bed35e2dcf1a4f5092330312f07a1/12-116_219-294; #=GS A0A109CMS7/12-116_219-294 DR ORG; Bacteria; Nitrospirae; Nitrospirae bacterium HCH-1; #=GS A0A109CMS7/12-116_219-294 DR EC; 2.1.1.199; #=GS A0A1F2RNF3/2-107_231-305 AC A0A1F2RNF3 #=GS A0A1F2RNF3/2-107_231-305 OS Acidobacteria bacterium RIFCSPLOWO2_02_FULL_60_20 #=GS A0A1F2RNF3/2-107_231-305 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1F2RNF3/2-107_231-305 DR GENE3D; c1b5fc3351f5a5a17711849b42dc47ea/2-107_231-305; #=GS A0A1F2RNF3/2-107_231-305 DR ORG; Bacteria; Acidobacteria; Acidobacteria bacterium RIFCSPLOWO2_02_FULL_60_20; #=GS A0A1F2RNF3/2-107_231-305 DR EC; 2.1.1.199; #=GS A0A1J4YMQ9/4-109_215-290 AC A0A1J4YMQ9 #=GS A0A1J4YMQ9/4-109_215-290 OS Elusimicrobia bacterium CG1_02_37_114 #=GS A0A1J4YMQ9/4-109_215-290 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1J4YMQ9/4-109_215-290 DR GENE3D; d3fe9a364aaeeed37394ab04afa80909/4-109_215-290; #=GS A0A1J4YMQ9/4-109_215-290 DR ORG; Bacteria; Elusimicrobia; Elusimicrobia bacterium CG1_02_37_114; #=GS A0A1J4YMQ9/4-109_215-290 DR EC; 2.1.1.199; #=GS A0A153JPS3/5-106_210-304 AC A0A153JPS3 #=GS A0A153JPS3/5-106_210-304 OS Francisella hispaniensis FSC454 #=GS A0A153JPS3/5-106_210-304 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A153JPS3/5-106_210-304 DR GENE3D; dce5b508a958e338ff2c3fa0eb8a1094/5-106_210-304; #=GS A0A153JPS3/5-106_210-304 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella hispaniensis; #=GS A0A153JPS3/5-106_210-304 DR EC; 2.1.1.199; #=GS G8P224/20-130_233-307 AC G8P224 #=GS G8P224/20-130_233-307 OS Granulicella mallensis MP5ACTX8 #=GS G8P224/20-130_233-307 DE Ribosomal RNA small subunit methyltransferase H #=GS G8P224/20-130_233-307 DR GENE3D; e461d4e2b6500b821fe9fda079d2f37e/20-130_233-307; #=GS G8P224/20-130_233-307 DR ORG; Bacteria; Acidobacteria; Acidobacteriia; Acidobacteriales; Acidobacteriaceae; Granulicella; Granulicella mallensis; #=GS G8P224/20-130_233-307 DR EC; 2.1.1.199; #=GS A0A1F5C9T2/2-110_213-290 AC A0A1F5C9T2 #=GS A0A1F5C9T2/2-110_213-290 OS Candidatus Azambacteria bacterium RIFCSPLOWO2_02_FULL_44_14 #=GS A0A1F5C9T2/2-110_213-290 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1F5C9T2/2-110_213-290 DR GENE3D; e70dc609b38b8e3cd0d457415d96c543/2-110_213-290; #=GS A0A1F5C9T2/2-110_213-290 DR ORG; Bacteria; Candidatus Azambacteria; Candidatus Azambacteria bacterium RIFCSPLOWO2_02_FULL_44_14; #=GS A0A1F5C9T2/2-110_213-290 DR EC; 2.1.1.199; #=GS A0A0A8E788/2-107_210-291 AC A0A0A8E788 #=GS A0A0A8E788/2-107_210-291 OS Mycoplasma flocculare ATCC 27399 #=GS A0A0A8E788/2-107_210-291 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A0A8E788/2-107_210-291 DR GENE3D; eae994db70f236fd54ea71200b67b0dd/2-107_210-291; #=GS A0A0A8E788/2-107_210-291 DR ORG; Bacteria; Tenericutes; Mollicutes; Mycoplasmatales; Mycoplasmataceae; Mycoplasma; Mycoplasma flocculare; #=GS A0A0A8E788/2-107_210-291 DR EC; 2.1.1.199; #=GS A0A0F2J0G1/24-129_232-307 AC A0A0F2J0G1 #=GS A0A0F2J0G1/24-129_232-307 OS Candidatus Magnetoovum chiemensis #=GS A0A0F2J0G1/24-129_232-307 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A0F2J0G1/24-129_232-307 DR GENE3D; edfb89b90199faf42c70720e700584c4/24-129_232-307; #=GS A0A0F2J0G1/24-129_232-307 DR ORG; Bacteria; Nitrospirae; Nitrospira; Nitrospirales; Nitrospiraceae; Candidatus Magnetoovum; Candidatus Magnetoovum chiemensis; #=GS A0A0F2J0G1/24-129_232-307 DR EC; 2.1.1.199; #=GS F8G9X7/5-106_210-304 AC F8G9X7 #=GS F8G9X7/5-106_210-304 OS Francisella sp. TX077308 #=GS F8G9X7/5-106_210-304 DE Ribosomal RNA small subunit methyltransferase H #=GS F8G9X7/5-106_210-304 DR GENE3D; ee556be22c5691871442d21e532e2fa1/5-106_210-304; #=GS F8G9X7/5-106_210-304 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella sp. TX077308; #=GS F8G9X7/5-106_210-304 DR EC; 2.1.1.199; #=GS K7XYR1/3-108_211-292 AC K7XYR1 #=GS K7XYR1/3-108_211-292 OS Mycoplasma hyorhinis SK76 #=GS K7XYR1/3-108_211-292 DE Ribosomal RNA small subunit methyltransferase H #=GS K7XYR1/3-108_211-292 DR GENE3D; ef561e8746717346c68c7b3881146d73/3-108_211-292; #=GS K7XYR1/3-108_211-292 DR ORG; Bacteria; Tenericutes; Mollicutes; Mycoplasmatales; Mycoplasmataceae; Mycoplasma; Mycoplasma hyorhinis; #=GS K7XYR1/3-108_211-292 DR EC; 2.1.1.199; #=GS A0A1G7LDK4/6-116_219-293 AC A0A1G7LDK4 #=GS A0A1G7LDK4/6-116_219-293 OS Terriglobus roseus #=GS A0A1G7LDK4/6-116_219-293 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1G7LDK4/6-116_219-293 DR GENE3D; f33222afb2c1470f7dd30578c6327db6/6-116_219-293; #=GS A0A1G7LDK4/6-116_219-293 DR ORG; Bacteria; Acidobacteria; Acidobacteriia; Acidobacteriales; Acidobacteriaceae; Terriglobus; Terriglobus roseus; #=GS A0A1G7LDK4/6-116_219-293 DR EC; 2.1.1.199; #=GS A0A1G1N0E3/1-103_209-286 AC A0A1G1N0E3 #=GS A0A1G1N0E3/1-103_209-286 OS Omnitrophica WOR_2 bacterium RIFCSPHIGHO2_02_FULL_45_21 #=GS A0A1G1N0E3/1-103_209-286 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1G1N0E3/1-103_209-286 DR GENE3D; f6dc4bbd3d9ab15d3dcec4c8d9ec3b8e/1-103_209-286; #=GS A0A1G1N0E3/1-103_209-286 DR ORG; Bacteria; Candidatus Omnitrophica; Omnitrophica WOR_2 bacterium RIFCSPHIGHO2_02_FULL_45_21; #=GS A0A1G1N0E3/1-103_209-286 DR EC; 2.1.1.199; #=GS A0A1F2RGY7/2-107_216-290 AC A0A1F2RGY7 #=GS A0A1F2RGY7/2-107_216-290 OS Acidobacteria bacterium RIFCSPLOWO2_12_FULL_54_10 #=GS A0A1F2RGY7/2-107_216-290 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1F2RGY7/2-107_216-290 DR GENE3D; fb959e1cbe4d7deab1df400a3b9afc3e/2-107_216-290; #=GS A0A1F2RGY7/2-107_216-290 DR ORG; Bacteria; Acidobacteria; Acidobacteria bacterium RIFCSPLOWO2_12_FULL_54_10; #=GS A0A1F2RGY7/2-107_216-290 DR EC; 2.1.1.199; #=GS A0A1C3FHA2/3-107_210-284 AC A0A1C3FHA2 #=GS A0A1C3FHA2/3-107_210-284 OS Thermodesulfovibrio sp. N1 #=GS A0A1C3FHA2/3-107_210-284 DE Ribosomal RNA small subunit methyltransferase H #=GS A0A1C3FHA2/3-107_210-284 DR GENE3D; fbb1fd804290c660f4ecc12f28d36be0/3-107_210-284; #=GS A0A1C3FHA2/3-107_210-284 DR ORG; Bacteria; Nitrospirae; Nitrospira; Nitrospirales; Nitrospiraceae; Thermodesulfovibrio; Thermodesulfovibrio sp. N1; #=GS A0A1C3FHA2/3-107_210-284 DR EC; 2.1.1.199; #=GS L0AZS8/56-166_287-368 AC L0AZS8 #=GS L0AZS8/56-166_287-368 OS Theileria equi strain WA #=GS L0AZS8/56-166_287-368 DE S-adenosyl-methyltransferase mraw, putative #=GS L0AZS8/56-166_287-368 DR GENE3D; bf96b7bd0585a266e313dfb743611f07/56-166_287-368; #=GS L0AZS8/56-166_287-368 DR ORG; Eukaryota; Apicomplexa; Aconoidasida; Theileriidae; Theileria; Theileria equi; #=GS J7M860/67-177_299-375 AC J7M860 #=GS J7M860/67-177_299-375 OS Theileria orientalis strain Shintoku #=GS J7M860/67-177_299-375 DE S-adenosyl-methyltransferase #=GS J7M860/67-177_299-375 DR GENE3D; f253ac58da4bc3f583e17244f654171c/67-177_299-375; #=GS J7M860/67-177_299-375 DR ORG; Eukaryota; Apicomplexa; Aconoidasida; Theileriidae; Theileria; Theileria orientalis; #=GS E6Q861/2-104_211-285 AC E6Q861 #=GS E6Q861/2-104_211-285 OS mine drainage metagenome #=GS E6Q861/2-104_211-285 DE S-adenosyl-dependent methyltransferase active on membrane-located substrates #=GS E6Q861/2-104_211-285 DR GENE3D; d6c3ece9ea196a5af2133418d20d4783/2-104_211-285; #=GS E6Q861/2-104_211-285 DR ORG; mine drainage metagenome; #=GS E6QKP3/8-118_221-295 AC E6QKP3 #=GS E6QKP3/8-118_221-295 OS mine drainage metagenome #=GS E6QKP3/8-118_221-295 DE S-adenosyl-dependent methyltransferase active on membrane-located substrates #=GS E6QKP3/8-118_221-295 DR GENE3D; 043f4c82b0dd0b3adc71baa31562c7b6/8-118_221-295; #=GS E6QKP3/8-118_221-295 DR ORG; mine drainage metagenome; #=GS A0A1L4BRF7/5-107_211-305 AC A0A1L4BRF7 #=GS A0A1L4BRF7/5-107_211-305 OS Francisella sp. TX077310 #=GS A0A1L4BRF7/5-107_211-305 DE 16S rRNA (Cytosine(1402)-N(4))-methyltransferase #=GS A0A1L4BRF7/5-107_211-305 DR GENE3D; 2c03dd082b9bebc5f2b77b2c0de8b1f9/5-107_211-305; #=GS A0A1L4BRF7/5-107_211-305 DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Thiotrichales; Francisellaceae; Francisella; Francisella sp. TX077310; #=GS A0A160VHG8/13-119_220-294 AC A0A160VHG8 #=GS A0A160VHG8/13-119_220-294 OS hydrothermal vent metagenome #=GS A0A160VHG8/13-119_220-294 DE rRNA small subunit methyltransferase H #=GS A0A160VHG8/13-119_220-294 DR GENE3D; 7831a26beb96d92b497e5ca99d5903fc/13-119_220-294; #=GS A0A160VHG8/13-119_220-294 DR ORG; hydrothermal vent metagenome; #=GF TC 221.1 2.1E-68 #=GF SQ 118 B5YFU3/7-110_213-287 HIPVMVKEVIQLLNP-YGGIYVDATLGCGGHSLAILKRLSPDGRLIGIDRDESAIFYANRILD----DS-------RVILRKASFSHLKEVLSEL--NIEKIDGIIFDLGVSMLQLKDEFEELRQGLLQAVELLNSGGRICVISYHSGEDRVVKNFFREE-----------------EQKGNLRILTK-------KPLLPSLEEV-AKNPSARSARLR---- Q1IKG1/20-130_235-309 HVSVLSQEAIDFLAIRRGGTYLDATLGLGGHSYEIAKRLGAQGHLIALDKDTNALEMARRRLE--QVPDDLKEDWPQITLLHASFAEMKQHIASK-----SLDGVLADLGISSMQL-QDLDDLKELLASVPSRLVPRGRLVVISFHSLEDRIVKDSLRDG-----------------ASAGKYELLTK-------KPVTATEEEI-DRNPRSRSAKLRA--- A0A0H3TMT3/5-106_210-304 ---VLLQESINDLNINPQGIYIDATFGRGGHSKAILNRL-TTGRLIAFDKDLDAISYARENFQ----FS-------NFEIVHASFASIYDYCLQHS-LLGKIDGIIMDLGVSSPQLDNELKDLEALLENILAVIKSGGRIAAISFHSLEDRIVKQKFSALINPKQELNRITKMLPQDSSQIKLKWITK-------K-SKANEDEL-NQNVRSRSAILRVVEK Q5NGY1/5-106_210-304 ---VLLQESINDLNINPQGIYIDATFGRGGHSKAILNRL-TTGRLIAFDKDLDAISYARENFQ----FS-------NFEIVHASFASIYDYCLQHS-LLGKIDGIIMDLGVSSPQLDNELKDLEALLENILAVIKSGGRIAAISFHSLEDRIVKQKFSALINPKQELNRITKMLPQDSSQIKLKWITK-------K-SKANEDEL-NQNVRSRSAILRVVEK A0A1J4V4S3/1-100_203-281 ----MLREVIMLLKPVLGGVYVDATVGLGGHAEEILRHIG-SGRLLGIDRDEEALDMALKRIP----DN-------RLTLEKGKFSDIGRLTAEA--GISEADGILLDLGTSMFHLKTELNELRKGLNEAAGLLKSGGRLCVISYHSLEDRIVKNFIRDE-----------------HKQGGLRMLTK-------KPMAPSDEEV-RLNPSARSAKLRGAEK A0A1G1EWD3/2-96_199-277 ----------EMLDIRENGTYVDATVGLGGHAAAVLSRLGSSGRLVGIDRDENALGYARQRLG----NN-------RVALKKGSFSGLQDILLSL--DIHKVDGILFDLGVSMMQLKGEMDELKNGLASAVNMLTSDGRLCVISYHSLEDRIVKNFIRES-----------------AREGVLKILTK-------KPLTPAYEEV-RRNPSSRSAKLRGAEK A0A0G1USY6/3-105_210-286 HVPVLLDEVIAMLDPKRGEFFVDGTFGAGGHSTAILEKIGLNGKLFALDWDESNVSKP----I--IPDS-------RFLIQVSNYADLPEILELK--KLGLADGLILDLGVSSDQLDSELENLERILKNLHRVVKPGGRVAIISFHSLEDRLVKNYFRDY-----------------AKAEKAKLLTK-------KPIVATSEEI-TANPRSRSAKLRVI-- A0A1G1R4V9/5-65_94-136_243-319 HKPVMRQEALKALNLKPGQTIVDATVGTAGHSLEILKAISPGGRLIGIDRDEDSLVIAKERAR-----P-------TIDIAHGDFRDINKILNGL--KVKKIDGILFDLGVSSYQLDSELEALEEALRAVPELLKKNGRVCVISFHSLEDRIVKHNFKEN-----------------SLKGIYRIITK-------KPLEAGDDET-AQNPRSRSAKMRAA-- A0A1G1QH36/5-65_94-136_243-319 HKPVMRQEALKALNLKPGQTIVDATVGTAGHSLEILKAISPGGRLIGIDRDEDSLVIAKERAR-----P-------TIDIAHGDFRDINKILNGL--KVKKIDGILFDLGVSSYQLDSELEALEEALRAVPELLKKNGRVCVISFHSLEDRIVKHNFKEN-----------------SLKGIYRIITK-------KPLEAGDDET-AQNPRSRSAKMRAA-- A0A1G1ZVD1/3-105_210-286 HVPVLLDEVIAMLDPKRGEFFVDGTFGAGGHSTAILEKIGLNGKLFALDWDESNVSKP----I--IPDS-------RFLIQVSNYADLPEILELK--KLGLADGLILDLGVSSDQLDSELENLERILKNLHRVVKPGGRVAIISFHSLEDRLVKNYFRDY-----------------AKAEKAKLLTK-------KPIVATSEEI-TANPRSRSAKLRVI-- A0A1G1ZFG7/3-105_210-286 HVPVLLDEVIAMLDPKRGEFFVDGTFGAGGHSTAILEKIGLNGKLFALDWDESNVSKP----I--IPDS-------RFLIQVSNYADLPEILELK--KLGLADGLILDLGVSSDQLDSELENLERILKNLHRVVKPGGRVAIISFHSLEDRLVKNYFRDY-----------------AKAEKAKLLTK-------KPIVATSEEI-TANPRSRSAKLRVI-- A0A1G1G817/1-101_204-281 ----MLEEVMEMLNPKNSGVYVDVTVGCGGHLKNILKVMDSDGRLIGIDKDDEALDEAKKVLS----DR-------RVVLKRGNFSDMESLLNQE--GISEIDGVLFDLGISMLQMKGELEELKNGLNASIRLLKKGGRLCVISYHSLEDRIVKRFLVES-----------------SKEGLLRIITK-------KPKTPSPAEI-RLNPSSRSAKLRAAE- A0A1J5FF67/1-101_204-282 ----MVREVMEMLNPGRGGVYVDATIGLGGHSENILRLIGSDGKLIGIDRDEEALKVAGNKLS----GG-------RVILKRGNFSDMESLLYRD--GISEVDGILFDIGVSMLQLKDELEQLKAGLDASLRLLKKGGRLCVISYHSLEDRVVKNFIADN-----------------SKKALLKAIIK-------KPITPNPEEI-RLNPSSRSAKLRAAER A0A1G1HMT6/1-100_203-281 ----MLREVVMLLKPVLGGVYVDATVGLGGHAEEILRHIG-YGRLLGIDRDEEALDMAMKRIP----DN-------RLTLKKGKFSDINRLAAET--GISEVDGILFDLGTSMFHLKTELNELRKGLNDAAGILKSGGRLCIISYHSLEDRIIKNFIRDE-----------------HKQGGLRILTK-------KPIAPSDEEV-RFNPSARSAKLRGAEK A0A1G1M0R8/1-57_78-120_227-305 ----MRQEALKALNLKPGQTIVDATVGTAGHSLEILKAISPGGRLIGIDRDEDSLVIAKERAR-----P-------TIDIAHGDFRDINKILNGL--KVKKIDGILFDLGVSSYQLDSELEALEEALRAVPELLKKNGRVCVISFHSLEDRIVKHNFKEN-----------------SLKGIYRIITK-------KPLEAGDDET-AQNPRSRSAKMRAASK A0A0S8EBR6/1-94_197-275 -----------MLNIRQEGIYVDATTGLGGHAHAILQEIGSHGRLIGIDRDDEALRSTKARLS----DS-------RVTLMRGNFSDMETMICSQ--GIAAVDGILFDLGVSSLQLRSELSQLEKGLHASLHLLKQSGRLCVISYHSLEDRIVKHFITDH-----------------ARKGVLKKITK-------KPVTPAPEEL-RMNPSSRSAKLRVGEK A0A1F8WI14/5-107_213-290 ---VLLKETIQALQVRPDGVYLDATGGMGGHARELVQNLGKNGRLYVADADWRTVEKLEDIFK---GDA-------RVCVLHARFSELGALLQKK--TMEPVDGLVADLGFSSFQLESEVQELEALLKALPSLLKKGGRAAIISFHSLEDRRVKIFFREM------------------AKGDWKVITK-------KPVTPSEEEI-GNNPRSRSAKLRIIER A0A1G3XVI6/1-101_204-282 ----MVREVIEMLDLRQGGVYVDATIGLGGHSENILRLIGPDGKLIGIDRDDEALKVSENRLS----DR-------RVVLKRGNFSDMEGLVYPE--GISEVDGILFDLGVSMLQLKNELEQLSAGLDVSLRLLKKGGRLCVISYHSLEDRVVKKFMANN-----------------SKKGLLRIITK-------KPKTPCPEEL-MLNPSSRSAKLRGAER A0A0G1WDC0/3-105_210-286 HVPVLLDEVIAMLDPKRGEFFVDGTFGAGGHSTAILEKIGLNGNLFALDWDESNVSKP----I--IPDS-------RFLIQVSNYADLPEILELK--KLGLADGLILDLGVSSDQLDGELENLERILKNLHRVVKPGGRVAIISFHSLEDRLVKNYFRDY-----------------AKAEKAKLLTK-------KPIVATSEEI-TANPRSRSAKLRVI-- A0A1G3XUP7/1-101_204-282 ----MVREVMEMLSPVRGGVYVDATIGLGGHSENILRLIGSDGKLIGIDRDEEALKVAEKRFS----EE-------KVILKRGNFSDIENLIYQD--GISEVDGILFDLGVSMLQLKDELEQLKAGLEASLRLLKKGGRLCVISYHSLEDRIVKNFIANN-----------------SKKALLKTITK-------KPVTPNPEEI-RLNPSSRSAKLRAAER A0A1G1FGV3/1-100_203-281 ----MLREVVMLLKPVLGGVYVDATVGLGGHAEEILKHIG-NGRLLGIDRDEEALDMAMKRIP----DN-------RLTLKKGKFSDISRLAAEA--GISKADGILLDLGTSMFHLKTELNELRKGLNEAAGILKSGGRLCVISYHSLEDRIVKNFIRDE-----------------HKQGGLRMLTK-------KPIAPSGEEV-RSNPSARSAKLRGAEK A0A1F9WZA0/6-111_218-290 HKSVLLKETIEFLNIRNNGIYIDATVGMGGHSIEILSRL-DTGLLLGIDQDSEALEIAEDKLK--QTSK-------KYILVKSNFSQLAEVLKQH--SINKVDGVLFDLGVSSFQL-QKMGNLEKSLNCLSDILNKDARVLVISFHSLEDRIVKKHFNDN-------------------SDLYKIITK-------QPITATEEEL-NENPRARSAKLRV--- A0A1G1GII0/5-109_212-289 HLPVLLREVLESLNPRPDGTYVDATIGLGGHAEEILKFIGSEGRLIGIDKDEEALKIIEKRLS----DR-------RVILKMGNFSDMESLLCQE--SISEVDGILFDLGVSMLQLKNELEQLRAGLDASLRLLKKNGRLCVISYHSLEDRIVKKFLVDN-----------------AKKGSVKIITK-------KPKTPCPEEL-SLNPSSRSAKLRAAE- A0A0G1CPV7/14-119_224-300 HIPVLLNEVLSGLEVEPGGWFVDATAGRGGHTKAILE---SGGKVIALDQDQDAITELKLKFDQELKEE-------RVVIKEGNFANLLSLVDKE--RIGKISGVLFDLGMSTQQIWGELENLRQGLECAWIVLRSGGRCVVISFHSLEDRIVKQFFLNK-----------------LRLGEAESVTK-------QPIVANRVEI-KSNPAARSAKLRIA-- A0A1G1PJT9/7-113_221-295 HIPVMCREAVEYLKLRPGLTIVDATIGTAGHAMKILEKITPGGRLIGIDRDAESLLIAGGRLK--EFNQ-------NVDLVHADFRSIDKILLGL--NLKKIDGILFDLGASSYQLDS-LEALSEALEHIPEFLKKGAVVCVISFHSLEDRLVKHNFREN-----------------AQRGIYRLMSK-------KPTAPTDEEI-KENPRARSAKMRA--- A0A1G1NQX4/7-113_221-295 HIPVMCREAVEYLKLRPGLTIVDATIGTAGHAMKILEKITPGGRLIGIDRDAESLLIAGGRLK--EFNQ-------NVDLVHADFRSIDKILLGL--NLKKIDGILFDLGASSYQLDS-LEALSEALEHIPEFLKKGAVVCVISFHSLEDRLVKHNFREN-----------------AQRGIYRLMSK-------KPTAPTDEEI-KENPRARSAKMRA--- F4BJQ8/5-106_210-304 ---VLLQESINDLNINPQGIYIDATFGRGGHSKAILDKL-TTGRLIAFDKDLDAISYANQKFQ----FS-------NFEIVHASFASIYDYCLQHN-LLSKIDGIIMDLGVSSPQLDNELKDLEALLENILAVIKAGGRIAAISFHSLEDRIVKQKFSALINPKQELNRITKMLPQDSSQIKLKWITK-------K-AKANDDEL-NQNVRSRSAILRVVEK A0A0G0FUT0/3-109_228-304 HIPVLLKEVIEILNPKEGEFFIDGTLGAGGHAKEILKKIGSGGGFLGVDWDKEAIRKLKAEDF--KNHR-------NAIFVQGNYAGLPEILKKN--NLPKADGLIIDLGFSSDQLEIELGNLKKFLENLEKVANSKGRVAIISFHSLEDRLVKNHFNEL-----------------VKRNKAEFLIK-------KFIRASEEET-RNNPRSRSAKLRAI-- A0A1F8DSP5/3-109_228-304 HIPVLLKEVIEILNPKEGEFFIDGTLGAGGHAKEILKKIGSGGGFLGVDWDKEAIRKLKAEDF--KNHR-------NAIFVQGNYAGLPEILKKN--NLPKADGLIIDLGFSSDQLEIELGNLKKFLENLEKVANSKGRVAIISFHSLEDRLVKNHFNEL-----------------VKRNKAEFLIK-------KFIRASEEET-RNNPRSRSAKLRAI-- A0A1J0KBR7/5-106_210-304 ---VLLQESINDLNINPQGIYIDATFGRGGHSKAILDRL-TTGRLIAFDKDLDAISYAKLNFQ----FS-------NFEIVHASFASIYQYCQQNN-LLGQIDGIIMDLGVSSPQLDNELKDLEALLENILAIIKVGGRIAAISFHSLEDRIVKQKFSTLINPKQELNRITKMLPQDNSQIKLKWITK-------K-AKANDDEL-KQNVRSRSAILRVVEK C1F466/6-116_219-293 HVPVLLQDAIRYLNVRRGGTYADATLGLAGHSSAIARLLGPGGTLIAFDRDPEAMELAKSRLD--ALRAELGSEMPKVILHSTEFSEAEDLIEPG-----SLDGLLADFGVSSLQF-DELGQIEALLKVAPKLLRKGGRLVVISFHSLEDRIAKDALREG-----------------GQQGIYEVLTR-------KPLTAGEEET-DRNPRARSAKLRA--- E4Q022/5-110_213-295 HIPILLKEAINSLNIKSNGIYVDLTVGMGGHSAEILKKL-DNGMLVGFDKDLFAIEESRKRLS--KIGL-------NFQLIHSDFVNVTDELAKL--NITAVDGILVDLGISSPQV-DNFSSIESMLSQALNLLKKDSSLAVISFHSLEDSLVKKFFGNLI----------------KSKHPSKMPIKEDKKYIVKVYNPSKSEI-ELNNRSRSAKLRV--- A0A0G1KYU7/7-114_218-295 HIPVLVDEVIELLDLQPGEIAIDATVGDGGHAEKILEHIIPGGFLLGLDRDPEAVAFAYEKLSLHQPKN-------QFAIHHGSYLDLDDILKSY--GYRGADAILFDLGLSSREL-AELGALTITLPKAIALLNPGGRLAVISYHSLEDRIVKQQFRSL-----------------SQQKQVNLITK-------KPLGATRPEI-LKNPRARSAKLRVIE- A0A1H6B3M5/6-116_219-293 HVPVLLAESLDLLNLRPGGVVVDATLGLGGHSSEILRRLGPTGKLIAFDRDPQAMARAQERLA--GVVAELGSEAPVIEYMPRAFSEIAEVIAPG-----SLDGLLADFGVSSMQL-DELGEIQSLLKSAGSLLKPGGRVALISFHSLEDRLVKDAFKEA-----------------ARTGELDVLTK-------KPVIAGEEEE-RMNPRSRSAKLRV--- A0A0K2JR12/5-106_210-304 ---VLLQESINDLNVNPQGVYIDATFGRGGHSKAILDRL-TIGRLIAFDKDLDAISYAKQNFQ----FS-------NFEIVHASFASIYDYCLQNN-ILGKIDGVIMDLGVSSPQLANELKDLEVLLENILAVIKVGGRIAAISFHSLEDRIVKQKFSVLINPKRELNRITKMLPQDSSQIKLKWITK-------K-AKANNDEL-NQNVRSRSAILRVVEK A0A0C5WVL6/2-107_210-291 HIPVLLEELISALQINPKGFYVDLTLGRGGHSLAILEKL-TTGKLVVFDKDQQALDETKSKLL--AISQ-------NVEFIWSDFSKFDTFLEKL--GIEFVDGFIIDLGVSSPQI-DNLESLQKLLEKLPKFLKQGSKVAIITFHSLEDKIVKDAFLNL-----------------VNKDKLEFFQKGLPKFSLKVFRPKTDEL-LANPRAKSAKLRV--- A0A1F9WUE6/4-109_216-288 HIPVLLKKAIEYLNVNPEGIYIDATMGFGGYSKEILKKI-SQGMLIGVDDDKEAISLAEKEIQ--KAGK-------RYQIVNDNFGNLEEILKNA--GILQINGIVFDLGVSSYQL-SKLENLEKALKTSLKHLKIGGRIVVVSFHSLEDRIVKHFFQEN-------------------VDRFEILTK-------KPISPDAGEI-SNNPRARSAKLRA--- W5UT37/2-107_210-291 HIPVLLKELVDQLNINPDGIYVDLTLGRGGHSIAILKKL-TTGKLIVFDKDKQAIEASKNKLL--AISK-------NVIFVWSDFANFENHMNEL--GISKVDGIVADLGVSSPQI-DDLDALQSLLFCFLSFLKQGGKFAVITFHSLEDKLVKFSFKKL-----------------LDKNKTPFFVKDEPSCFVKTIWPTLQEI-ESNPRSKSAKLRI--- A0A0B6D0N1/5-106_210-304 ---VLLQESIVDLNINPEGIYIDATFGRGGHSKAILNKL-TSGRLIAFDKDLDAIDYARHNFR----FD-------NFAIVHASFTHIYDYCLQHS-LLGKIDGIIMDLGVSSPQLDNELKDLEILLENILDVVKKGGRVAAISFHSLEDRIVKQKFTSLINPKQETNRITKMLPQDNSQVKMKWITK-------K-AKANQDEL-SQNVRSRSAILRVVEK A0A101EDA9/5-106_213-291 ---VMLKEVLEVLAPKPGGIYIDATVGLGGHAKAIADRISPRGLLIGIDRDEKALRIAADILK----DY-------NVKLLQGNFRNIDELVNRD--FVGKVDGVLFDLGVSSLQLEDELDCLERGLNKAFKFLKVGGILCVISYHSLEDRIVKEFVKKL-----------------RESGEGEPLFK-------KVLRPAKEEV-IHNPRSRSAKLRAVRR Q4A9T0/2-107_210-291 HVPVLLEELILALEINPKGFYVDLTLGRGGHSLAILEKI-SNGKLVVFDKDQDALDQTRPKLL--AYKQ-------NIEIIWSDFSRFDFYLENL--GIQFVDGFIIDLGVSSPQI-DDLDSLQKLLEKLPKFLKQGSKVAIITFHSLEDRIVKKAFLDL-----------------IRKDKLEFFQKGLPKFSMKVFRPKANEL-KSNPRAKSAKLRL--- S5G6Y0/2-107_210-291 HVPVLLEELILALEINPKGFYVDLTLGRGGHSLAILEKI-SNGKLVVFDKDQDALDQTRPKLL--AYKQ-------NIEIIWSDFSRFDFYLENL--GIQFVDGFIIDLGVSSPQI-DDLDSLQKLLEKLPKFLKQGSKVAIITFHSLEDRIVKKAFLDL-----------------IRKDKLEFFQKGLPKFSMKVFRPKANEL-KSNPRAKSAKLRL--- Q4A7X8/2-107_210-291 HVPVLLEELILALEINPKGFYVDLTLGRGGHSLAILEKI-SNGKLVVFDKDQDALDQTRPKLL--AYKQ-------NIEIIWSDFSRFDFYLENL--GIQFVDGFIIDLGVSSPQI-DDLDSLQKLLEKLPKFLKQGSKVAIITFHSLEDRIVKKAFLDL-----------------IRKDKLEFFQKGLPKFSMKVFRPKANEL-KSNPRAKSAKLRL--- C5J697/2-107_210-291 HIPVLIDSLIENLNIREDGIYVDLTLGRGGHAAAILSKL-TTGLLIVFDKDEKAIEESKERLL--AISK-------NVIFIWEDFRNFAVELEKR--QIYKVDGFIMDLGVSSPQI-DQLGALEAFLSLFISYLKQDSQVAIITFHSLEDRIVKMKFKSL-----------------LISSKTHLFDPRAQQFSVKTIKPSTSEI-QLNKRSKSAKLRI--- U5F5E0/4-109_215-257_278-308 HYSVLLQESIEGLHIQHDGIYVDGTLGRGGHSCEILKQI-PDGHLYAFDRDASAIEESTPRLL--QVAD-------NFTCIHSPFSHLKEELSAY--GVNRIDGLVLDLGVSSPQFDEELRELEEVLQEALQMLNPHGRICVISFQSLEDRIVKEAFQT---------------------ASYKLINK-------KPITAQEEEL-MENNRSHSAKLRIIE- H1BJA3/4-109_215-257_278-308 HYSVLLQESIEGLHIQHDGIYVDGTLGRGGHSCEILKQI-PDGHLYAFDRDASAIEESTPRLL--QVAD-------NFTCIHSPFSHLKEELSAY--GVNRIDGLVLDLGVSSPQFDEELRELEEVLQEALQMLNPHGRICVISFQSLEDRIVKEAFQT---------------------ASYKLINK-------KPITAQEEEL-MENNRSHSAKLRIIE- B0TZ13/8-109_213-307 ---VLLQESIADLNINPEGIYIDATFGRGGHSKAILDKL-TSGRLIAFDKDLDAIDYATHNFQ----ND-------NFEMVHASFTYIYDYCLQHN-LLGRVDGIIMDLGVSSPQLDNELKDLEILLESILDVIKKGGRVAAISFHSLEDRIVKQKFTSLINPKQETNRIAKMLPQDNSQVKMKWITK-------K-AKANQDEL-SQNVRSRSAILRVVEK A0A1F2RF77/2-107_217-291 HIPVLSREVVEWLAIRPEGIYVDATAGAGGHTRAILERL-TTGRLIAFDRDPWALEIAREQLR--AYQD-------KIMLVQENFTNLPVFLRQL--GLTGVDGIVADLGLSQMQI-DALESLEQFLRNAPSCLASGGRLVVISFHSLEDRLVKQYFQSW-----------------NREGRMRNLTR-------HVVRPSAEEV-HSNPRSRSARLRA--- A0A075I1U2/13-118_218-293 HIPVMVDEVMDLLITDQQGIYLDGTVGLGGHATHILDNLSNSARLLGLDRDEKALAICNKRLS---GRG-------AFSCHHSSYDSFPDILEKE--GFSAVNGILLDLGLSSNQLDTELNLLENFLDLFINYLNPGGRIVIMSYHSLEDRIVKHCFKAL-----------------AQKNELSILSK-------KPLTPTKAEL-TINSRSRSVKLRT--- A0A1E7UCB6/5-106_210-304 ---VLLQESINNLNVNPQGIYIDATFGRGGHSKAILDRL-TTGHLIAFDKDLDAISYAKQNFQ----FS-------NFEIVHASFVSIYDYCLQNN-LLGKIDGIIMDFGVSSPQLDNELKDLEVLLENILAVIKVGGRIAAISFHSLEDRLVKQKFSALINPKQELNRITKILPQDSSQIKLKWITK-------K-AKANDDEL-NQNVRSRSAILRVVEK A0Q5I5/5-106_210-304 ---VLLQESINDLNINPQGIYIDATFGRGGHSKAILNRL-TTGRLIAFDKDLDAISYARENFQ----FS-------NFEIVHASFASIYDYCLQHS-LLGKIDGIIMDLGVSSPQLDNELKDLEALLENILAVIKSGGRIAAISFHSLEDRIVKQKFSALINPKQELNRITKMLPQDSSQIKLKWITK-------K-SKANEDEL-NQNVRSRSAILRVVEK A4IZB0/2-100_204-298 ------QESINDLNINPQGIYIDATFGRGGHSKAILNRL-TTGRLIAFDKDLDAISYARENFQ----FS-------NFEIVHASFASIYDYCLQHS-LLGKIDGIIMDLGVSSPQLDNELKDLEALLENILAVIKSGGRIAVISFHSLEDRIVKQKFSALINPKQELNRITKMLPQDSSQIKLKWITK-------K-SKANEDEL-NQNVRSRSAILRVVEK I3ZK99/6-116_219-293 HVPVLLEEVLDLLQVRRGGTYADATLGLAGHSSAIARRLGPEGLLIGFDRDPQAMELATARLD--ALREELGSEMPQVRLIPRAFSSAAEELEPA-----SLDGLLADFGVSSMQL-DQLGEIRSLLESAPSLLKFGGRLAVISFHSLEDRLAKDALKEG-----------------AERGVWNVITR-------KPVIAGEVEV-DRNPRSRSAKLRV--- D2MQP4/4-109_215-256_277-308 HISVLLEESLEALKILPEGIYVDATLGRAGHSVEILKKL-TTGHLYSFDKDQQAIEECSLKLK--SYAE-------KVTLIHADFSKMMEKLQSL--GVEKVDGILFDLGVSSPQFDQELGTLEQALNQACSLLKEGGRLAVISFHSIEDRMVKTILKK---------------------HDFRLVYK-------KPILAKEAEL-ENNHRAHSAKLRVIE- B2SDL2/5-106_210-304 ---VLLQESINDLNINPQGIYIDATFGRGGHSKAILNRL-TTGRLIAFDKDLDAISYARENFQ----FS-------NFEIVHASFASIYDYCLQHS-LLGKIDGIIMDLGVSSPQLDNELKDLEALLENILAVIKSGGRIAAISFHSLEDRIVKQKFSALINPKQELNRITKMLPQDSSQIKLKWITK-------K-SKANEDEL-NQNVRSRSAILRVVEK A0A1G1ZXV0/10-115_221-295 HISVLMQEVIDFLNLKVGEVVIDGTVGGGGHSIEILRRIGPSGMLIAMDWSSQAVEAFKEKTK---NDS-------RVTALQANFADIARLIEEG--KLPRAHGVLLDLGFSSIEL-EGLENLKKFLESVPSIIEKGGRVIVISFHSLEDRLVKNYFRDL-----------------VKSNEFKFLTK-------KPIQSSFEEV-KMNPRARSAKLRA--- A0A0E2ZJH5/5-106_210-304 ---VLLQESIADLNINPEGIYIDATFGRGGHSKAILDKL-TSGRLIAFDKDLDAIDYATHNFQ----ND-------NFEIVHASFTYIYDYCLQHN-LLGEVDGIIMDLGVSSPQLDNELKDLEILLESILDVIRKGGRVAAISFHSLEDRIVKQKFTSLINPKQETNRIAKMLPQDNSQVKMKWITK-------K-AKANQDEL-SQNVRSRSAILRVVEK E4QT57/2-107_210-291 HVPVLLEELILALEINPKGFYVDLTLGRGGHSLAILEKI-SNGKLVVFDKDQDALDQTRPKLL--ALKQ-------NIEIIWSDFSRFDFYLENL--GIQFVDGFIIDLGVSSPQI-DDLDSLQKLLEKLPKFLKQGSKVAIITFHSLEDRIVKKAFLDL-----------------IRKDKLEFFQKGLPKFSMKVFRPKANEL-KSNPRAKSAKLRL--- A0A1G1FN67/5-109_212-288 HLPVLVREVNEILVLNMDGFYIDATVGLGGHTGQILKLLGSNGKVLGIDRDDEALKRTGEKLM----DS-------RLILKKGNFSDIGALLHSQ--GVDEVDGILFDLGVSMMQLRDEIEELKKGLDASLKILKKGGRFCVISYHSIEDRVVKNFIRDN-----------------ARQGTLKQLMK-------KPMTPGTEEL-RVNPSSRSAKMRGA-- A0A1J0NPZ4/5-106_210-304 ---VLLQESIADLNINPEGIYIDATFGRGGHSKAILNKL-TSGRLIAFDKDLDAIYYATNNFQ----ND-------NFEIVHASFTYIYDYCLQHN-LLGKVDGIIMDLGVSSPQLDNELKDLEILLENILDVVKKGGRVAAISFHSLEDRIVKQKFTSLINPKQETNRITKMLPQDNGQVKMKWITK-------K-VKANQDEL-SQNVRSRSAILRVVEK I2AZL3/5-106_210-304 ---VLLQESIADLNINPEGIYIDATFGRGGHSKAILNKL-TSGRLIAFDKDLDAIYYATNNFQ----ND-------NFEIVHASFTYIYDYCLQHN-LLGKVDGIIMDLGVSSPQLDNELKDLEILLENILDVVKKGGRVAAISFHSLEDRIVKQKFTSLINPKQETNRITKMLPQDNGQVKMKWITK-------K-VKANQDEL-SQNVRSRSAILRVVEK C6YX76/5-106_210-304 ---VLLQESIADLNINPEGIYIDATFGRGGHSKAILDKL-TSGRLIAFDKDLDAIDYATHNFQ----ND-------NFEIVHASFTYIYDYCLQHN-LLGEVDGIIMDLGVSSPQLDNELKDLEILLESILDVIKKGGRVAAISFHSLEDRIVKQKFTSLINPKQETNRIAKMLPQDNSQVKMKWITK-------K-AKANQDEL-SQNVRSRSAILRVVEK A0A059Y8L1/5-110_213-295 HIPILLKEAINSLNIKSNGIYVDLTVGMGGHSAEILKKL-DNGMLVGFDKDLFAIEESRKRLS--KIGS-------NFQLIHSDFVNVTDELAKL--NITAVDGILVDLGISSPQV-DNFSSIESMLSQALNLLKKDSSLAVISFHSLEDSLVKKFFGNLI----------------KSKHPSKMPIKEDKKYIVKVYNPSKSEI-ELNNRSRSAKLRV--- A0A0A8E574/5-107_211-305 ---VLLQESIEALNIKPEGIYIDATFGRGGHSKAILDKL-TTGSLIAFDKDLEAIEYAKNNFH---KYD-------NFKIIHSSFTNIYDYCYKQG-FLGKIDGVIIDLGVSSPQLDNELKDLETLLDNVLDILEVGGRIAAISFHSLEDRIVKQKFTNLINPKVESNRISRMLPQDESVKKFKWVVK-------K-AKATEDEL-DENVRSRSAILRVVEK A0A1G1ZRG8/10-115_221-295 HIPVLMQEVIDFLNLKVGEVVIDGTVGGGGHSIEILRRIGPSGMLIAMDWSSQAVEAFKEKTK---NDS-------RVTALQANFADIARLIEEG--KLPRAHGVLLDLGFSSIEL-EGLENLKKFLESVPSIIEKGGRVIVISFHSLEDRLVKNYFRDL-----------------VKSNEFKFLTK-------KPIQSSFEEV-KMNPRARSAKLRA--- A0A0G0XKS8/2-110_215-291 HVPVLLKEVVEILNPMPGEFFIDGTAGSGGHSAAILEKIGASGKLLAIDWDEKAIERLKDGKL--KNSE-------NAILVRGNYADLPEILEKNNLNLSGADGLLIDLGMSSDQLEHELQNLEKLLKNLDRILRPEGRAAIISFHSLEDRLVKNYFRAL-----------------AKEGRAELLTK-------KPIKPTEEEI-RINPRSRSAKLRAI-- A0A0G0XM73/2-110_215-291 HVPVLLKEVVEILNPMPGEFFIDGTAGSGGHSAAILEKIGASGKLLAIDWDEKAIERLKDGKL--KNSE-------NAILVRGNYADLPEILEKNNLNLSGADGLLIDLGMSSDQLEHELQNLEKLLKNLDRILRPEGRAAIISFHSLEDRLVKNYFRAL-----------------AKEGRAELLTK-------KPIKPTEEEI-RINPRSRSAKLRAI-- A0A1F6WND9/3-108_218-295 HKPVLLHEVIANLSIHSDGIYVDGTLGAGGHASAIVEQLSTRGRLIACDLDPLAISHGENIFR---DAH-------NVTLVRDSFKHIPEILGTN--HINQVDGILLDLGWNSDQFTDETNVLESSITNLVKKLRQGGRLLIITFHSIEDRIVKRAFREL-----------------ENDGYGNCVIK-------RGITASASEI-SQNPRSRSARLRIFE- A0A0B6EAN0/5-106_210-304 ---VLLQESINDLNINPQGIYIDATFGRGGHSKAILNRL-TTGRLIAFDKDLDAISYARENFQ----FS-------NFEIVHASFASIYDYCLQHS-LLGKIDGIIMDLGVSSPQLDNELKDLEALLENILAVIKSGGRIAAISFHSLEDRIVKQKFSALINPKQELNRITKMLPQDSSQIKLKWITK-------K-SKANEDEL-NQNVRSRSAILRVVEK A7NDP7/5-106_210-304 ---VLLQESINDLNINPQGIYIDATFGRGGHSKAILNRL-TTGRLIAFDKDLDAISYARENFQ----FS-------NFEIVHASFASIYDYCLQHS-LLGKIDGIIMDLGVSSPQLDNELKDLEALLENILAVIKSGGRIAAISFHSLEDRIVKQKFSALINPKQELNRITKMLPQDSSQIKLKWITK-------K-SKANEDEL-NQNVRSRSAILRVVEK Q0BKT7/5-106_210-304 ---VLLQESINDLNINPQGIYIDATFGRGGHSKAILNRL-TTGRLIAFDKDLDAISYARENFQ----FS-------NFEIVHASFASIYDYCLQHS-LLGKIDGIIMDLGVSSPQLDNELKDLEALLENILAVIKSGGRIAAISFHSLEDRIVKQKFSALINPKQELNRITKMLPQDSSQIKLKWITK-------K-SKANEDEL-NQNVRSRSAILRVVEK Q2A265/5-106_210-304 ---VLLQESINDLNINPQGIYIDATFGRGGHSKAILNRL-TTGRLIAFDKDLDAISYARENFQ----FS-------NFEIVHASFASIYDYCLQHS-LLGKIDGIIMDLGVSSPQLDNELKDLEALLENILAVIKSGGRIAAISFHSLEDRIVKQKFSALINPKQELNRITKMLPQDSSQIKLKWITK-------K-SKANEDEL-NQNVRSRSAILRVVEK D1J816/3-108_211-294 HIPVLLNEVIEQLSIKPDGIYVDLTLGRGGHSQEILKRL-TTGKLICFDKDIQAINESREKLI--KISQ-------NFILIKSDFRNITCELKKL--NIDKVDGILADLGVSSPQL-DDLNALSEMLSQLPNLLKKDGKIAIITFHSKEDVIVKKFYQNLNY---------------FDPKLKKILIVETHKWHQKVIFPSSKEE-EINKRSRSAKLRV--- A0A097NT42/3-108_211-294 HIPVLLNEVIEQLSIKPDGIYVDLTLGRGGHSQEILKRL-TTGKLICFDKDIQAINESREKLI--KISQ-------NFILIKSDFRNITCELKKL--NIDKVDGILADLGVSSPQL-DDLNALSEMLSQLPNLLKKDGKIAIITFHSKEDVIVKKFYQNLNY---------------FDPKLKKILIVETHKWHQKVIFPSSKEE-EINKRSRSAKLRV--- A0A0G0AAK3/26-132_238-312 HTPVLVKEVLENLNIKPNGIYVDATFGCGGHTKAILEAE-KTCRVIALDWDLSTIEQNGPIFK-EIYGD-------RIQMIWGNFSHLYRLLKKE--KIKSVDGILADFGTSQLQINQELENIELFLPATLHFLNNEGRLACISFHSLEDRIVKNFIKEN-------------------SAKLLNLTP-------KPITASDEEI-EQNRSSRSAKLRVA-- A0A0H1S2L6/1-102_205-281 ----MLSEVLENLNPQEDGIYVDGTFGAGGHSQSILERL-KNGKLIAFEWDQNTFELVHNDKL--FSIS-------KFILINDNFINLEKHLEKL--NISRVDGFLFDLGLSSDQLETELENLSLVLEKALKYLAPGGKIIVISYHSLEDRIVKQTFKQKC----------------SSETNFTLLTK-------KPLRPSVTEV-NKNHRARSAKMRI--- Q01Q40/2-107_208-282 HVPVMPAEAIELLAIRPEGVYLDATAGLGGHSGLIARQL-TTGTVIANDRDTRSLEMARANTA--EWSD-------RMCFHYGSFGSLSDAVSQA--GFEKVDGLLADLGVSRYQL-TAPGELRRLLEIAPGLLKSGGRMVVISFMSSDDRMVKEKFKEL-----------------GQSKQATILTK-------HPLQPSDEES-FNNPASRSAKLRA--- A0A014NQ98/2-107_210-291 HIPVLLEEVILALEINPEGFYVDLTLGRGGHSKAILEKL-TTGKLIVFDKDIQAIDETKSKLT--AISQ-------NVNFICSDFANFDYHLEKL--GIDYIDGFIVDLGVSSPQI-DNLESLQMLLKKLPKFLKHGSKVLIISFHSLEDRIVKDAFLNL-----------------VSKSKQDFFKKGDPEFSTKVFRPSPEEV-LLNPRAKSAKLRV--- A0A1J0KVG4/5-108_212-306 ---VLLKESIDGLDIKKDGIYIDATFGRGGHSKAILDKLSNTGKLIAFDKDLEAINYAKTNFS---QYL-------NFEIIHSSFTEIYDYCLKEN-LLERIDGIIMDLGVSSPQLDVELGDLEQLINDIMKVLKSNGRVAAISFHSLEDRIIKQKFTELSKPKTINTRISKFLPEDDNSIEVKWINK-------K-CRAQLDEL-EQNARSRSAILRVVEK A0A1J4VLY3/9-112_218-296 ---VMYKEVLSFLDLKDGMVVLDATLGLGGHAAGILEKITPHGRFIGIDKDAESLNMAQDNLK--KFSK-------HCTFVQDDFRNFDKVLEGK--SIRRVDAFLFDLGISSYQLDNELDALDEALKKTSLFLNKGGRVCVISFHSLEDKIVKDNFREL-----------------VKTGRYRLLFK-------KILRPQEEEI-SDNPRSRSAKMRVIER A0A0E2ZHF4/5-106_210-304 ---VLLQESINDLNINPQGIYIDATFGRGGHSKAILNRL-TTGRLIAFDKDLDAISYARENFQ----FS-------NFEIVHASFASIYDYCLQHS-LLGKIDGIIMDLGVSSPQLDNELKDLEALLENILAVIKSGGRIAAISFHSLEDRIVKQKFSALINPKQELNRITKMLPQDSSQIKLKWITK-------K-SKANEDEL-NQNVRSRSAILRVVEK Q14ID3/5-106_210-304 ---VLLQESINDLNINPQGIYIDATFGRGGHSKAILNRL-TTGRLIAFDKDLDAISYARENFQ----FS-------NFEIVHASFASIYDYCLQHS-LLGKIDGIIMDLGVSSPQLDNELKDLEALLENILAVIKSGGRIAAISFHSLEDRIVKQKFSALINPKQELNRITKMLPQDSSQIKLKWITK-------K-SKANEDEL-NQNVRSRSAILRVVEK A0A1I9Y8M5/5-106_210-304 ---VLLQESINDLNINPQGIYIDATFGRGGHSKAILNRL-TTGRLIAFDKDLDAISYARENFQ----FS-------NFEIVHASFASIYDYCLQHS-LLGKIDGIIMDLGVSSPQLDNELKDLEALLENILAVIKSGGRIAAISFHSLEDRIVKQKFSALINPKQELNRITKMLPQDSSQIKLKWITK-------K-SKANEDEL-NQNVRSRSAILRVVEK A0A1C6DJQ0/4-109_215-257_278-308 HYSVLLQESIEGLHIQHDGIYVDGTLGRGGHSCEILKQI-PDGYLYAFDRDASAIEESTPRLL--QVAD-------NFTCIHSPFSHLKEELSAY--GVNRIDGLVLDLGVSSPQFDEELRELEEVLQEALQMLNPHGRICVISFQSLEDRIVKEAFQT---------------------ASYKLINK-------KPITAQEEEL-MENNRSHSAKLRIIE- A0A097ENJ0/5-106_210-304 ---VLLQESINDLNIKPDGIYIDATFGRGGHSKAILQKL-DTGRLIAFDKDIEAIEYANEHFP----FD-------NFEIVHTSFANIYKYCQQNN-LLGKVDGIIMDLGVSSPQLDNELKDLEILLENILEIMSVGGRIATISFHSLEDRIVKQKFTSLITPKQEVNRITKMLPQDDSLIKLKWVTK-------K-ARADQNEL-DQNTRSRSAILRVVEK A0A1G1HEK8/2-106_209-286 HLPVMVKEVIKVLNPIPGGTYVDATIGPGGHSEVILKLIGTRGKLIGIDRDDEALRAAQKRLS----DK-------RVILKKGNFSDMEKLLGED--GITEVDGILFDLGLSMIQLKDELDELQKGLVCSVKILKKGGRFCVISYHSLEDRIVKHFIVRG-----------------SKEESLKVITK-------KPVTPGHEEI-RSNPSSRSAKLRAAE- N9TVV1/5-110_213-295 HYSVLLKETIDSLQVKPDGIYVDLTLGMGGHSAAILEKL-TTGKLISFDKDDFAIEKSRERLS--KINA-------NFILVKSDFKYITEELNKL--GIKSVDGIIADLGISSPQI-DNFESLQTMLNKSLDLLKPNAKLAIISFHSIEDRIVKKFFGALI----------------KDKMPAKMPIKEQKNFSVKVIDPSSSEI-ELNNRSRSAKLRV--- E8UXP2/6-116_219-293 HVPVLYDEVLNFLNVRAGGTYADATLGLGGHSSGIARLLGAKGTLICFDRDPEAMTKAKARFE--ALAVELGDTMPTVRFEPRAFSEAKDVIKPG-----SLDGLLADFGVSSLQL-DELGEIRTLLESAPSLLKVGGRLAVISFHSLEDRLVKDATRDG-----------------ARDGIWNLIEK-------KPITAGEDEI-QRNPRSRSAKLRV--- D3DHW2/2-107_210-283 HIPVLLKESVDLLVWRTGGVYVDATVGLGGHTKGILERD-PRAFVIGIDRDPHALKLAEENLK--DFEG-------RFCLYQANFRYLDEVLKQE--GIKEVDGFLFDLGVSMLQLKSELISLEEALEKTPRFLKKGGRLVVISFHSLEDRIVKNFFKRH-------------------TDIFKLLTK-------KPIRPTLQEM-KKNPASRSAKLRA--- E0TJZ7/3-108_211-292 HIPVLLDQVIDQLNIKEDGIYLDLTLGRGGHSSQILKKL-TSGKLIVFDKDKQAIEQTKEKLL--KISS-------NIEFIWSDFKDFDQELKKL--QINKVDGVLLDLGVSSPQL-DQLESLNIFLSKIDKFLKKDGKLAIITFHSLEDKIVKNYFKQL-----------------LKQNQTLFFETTQAKYLVKTTWANQKEI-DNNKRAKSAKLRV--- A0A0B6KP14/5-106_210-304 ---VLLQESINDLNINPQGIYIDATFGRGGHSKAILNRL-TTGRLIAFDKDLDAISYARENFQ----FS-------NFEIVHASFASIYDYCLQHS-LLGKIDGIIMDLGVSSPQLDNELKDLEALLENILAVIKSGGRIAAISFHSLEDRIVKQKFSALINPKQELNRITKMLPQDSSQIKLKWITK-------K-SKANEDEL-NQNVRSRSAILRVVEK A0A1J0KLH2/5-106_210-304 ---VLLQESINDLNINPQGIYIDATFGRGGHSKAILNRL-TTGRLIAFDKDLDAISYARENFQ----FS-------NFEIVHASFASIYDYCLQHS-LLGKIDGIIMDLGVSSPQLDNELKDLEALLENILAVIKSGGRIAAISFHSLEDRIVKQKFSALINPKQELNRITKMLPQDSSQIKLKWITK-------K-SKANEDEL-NQNVRSRSAILRVVEK A0A073A8M5/5-107_211-305 ---VLLQESIEALNINPQGIYIDATFGRGGHSKAILDKL-TTGSLIAFDKDIEAIEYAKNNFY---KYN-------NFKVVHSSFTNIYAYCYKQD-LLGKIDGIIMDLGVSSPQLDNELKDLEILLDNILDILRVGGRLAAISFHSLEDRIVKQKFTNLTNPKVEINRISRMLPQDEGLKKLQWVVK-------K-AKATENEL-DKNIRSRSAILRVVEK A0A0U9HNW9/11-115_218-292 HIPVMVKEVIELLDPSPDGVYVDATLGCAGHSMEILKKLGLNGRLIGIDRDETAIEISKDLLN----DS-------RVILKKAKFSQLLEVLKEL--NIDRIDGIIFDLGVSMLQLKDEIEELKAGLSQAVELLKKGGRICVISYHSGEDRIVKNFFKEK-----------------EKEGIIRVFTK-------KPILPSLEEV-FRNPSSRSARLR---- A0A0E1N8G5/5-106_210-304 ---VLLQESIADLNINPEGIYIDATFGRGGHSKAILDKL-TSGRLIAFDKDLDAIDYATHNFQ----ND-------NFEMVHASFTYIYDYCLQHN-LLGRVDGIIMDLGVSSPQLDNELKDLEILLESILDVIKKGGRVAAISFHSLEDRIVKQKFTSLINPKQETNRIAKMLPQDNSQVKMKWITK-------K-AKANQDEL-SQNVRSRSAILRVVEK Q600P9/2-107_210-291 HVPVLLEELILALEINPKGFYVDLTLGRGGHSLAILEKI-SNGKLVVFDKDQDALDQTRPKLL--ALKQ-------NIEIIWSDFSRFDFYLENL--GIQFVDGFIIDLGVSSPQI-DDLDSLQKLLEKLPKFLKQGSKVAIITFHSLEDRIVKKAFLDL-----------------IRKDKLEFFQKGLPKFSMKVFRPKANEL-KSNPRAKSAKLRL--- E8WXA3/6-116_219-293 HVPVLLEEALEYLNVRPGGVYVDATLGLGGHSSAIAKKLGGQGKLIAFDRDPDAMSKAQARLE--ALKEELGAEMPTVQFEPRAFSEAGDAIAKG-----SLDGLLADFGVSSMQL-DELGEIQSLLKSAGSLLKPGGRLVMISFHSLEDRLVKDAFREL-----------------GRDKKFTVLTK-------KPVIAAEQES-LRNPRSRSAKLRA--- A0A1G1QD23/7-113_221-295 HIPVMCREAVEYLKLRPGLTIVDATIGTAGHAMKILEKITPGGRLIGIDRDAESLLIAGGRLK--EFNQ-------NVDLVHADFRSIDKILLGL--NLKKIDGILFDLGASSYQLDS-LEALSEALEHIPEFLKKGAVVCVISFHSLEDRLVKHNFREN-----------------AQRGIYRLMSK-------KPTAPTDEEI-EENPRARSAKMRA--- A0A109CMS7/12-116_219-294 HCPVMVEEVMEMLNVQSEGVYMDGTLGLGGHAAEILKRLGDNGRLIGVDKDGDALSYAAKRLQ----DS-------RVCYVREDFSHLGHIIKDC--GYAAIDGILLDLGMSMAQVKTELTALQGALEASEAALRAGGRLCVISYHSLEDRCVKSFFKNE-----------------KAKGTFNLLTV-------KPITPSALEARQKNPAARSAKLR---- A0A1F2RNF3/2-107_231-305 HIPVLVEAAMEWLAVRPEGVYLDATVGAGGHAKAILXXX-TTGRLIAMDKDPMAVEIARENLK--AHAD-------RLTLVEQDFSELPWLLGRL--ALKGVDGILADLGLSQMQI-DTLDRLTQFLIQVPDCLLPGGRIVVISFHSLEDRPVKQQFRRW-----------------QQEGTMRTLTR-------HVVRPSLEEV-RRNRRARSARLRA--- A0A1J4YMQ9/4-109_215-290 HTPVLVKEVIKYLRIRPEGVYVDATVGTGGHAKFILEKL-KTGLFVGIDRDKYQLDITRNYLK--AYKK-------KARFFQSNYTSLKELLKKL--QIKFIDGILFDFGISSIQLETELDNISAGLNKAVGVLSKGGRIVAISFHSLEDRIVKNFFRNK-------------------KPELKILTA-------KPIVPAEEEI-EKNPRSRSAKLRSAE- A0A153JPS3/5-106_210-304 ---VLLQESINDLNINPQGIYIDATFGRGGHSKAILDKL-TTGRLIAFDKDLDAISYANQKFQ----FS-------NFEIVHASFASIYDYCLQHN-LLGKIDGIIMDLGVSSPQLDNELKDLEALLENILAVIKAGGRIAAISFHSLEDRIVKQKFSALINPKQELNRITKMLPQDSSQTKLKWITK-------K-AKANDDEL-NQNVRSRSAILRVVEK G8P224/20-130_233-307 HVPVLLEESLKYLKVRPGGVYVDATLGLGGHSAAIARQLGGAGKLICFDRDPEAMAKAQARLA--AVAEELGPEMPQVRYVPRAFSEIDEEVEPN-----SLDGLLADFGVSSLQL-DEIGQIQSLLHSAESLLKPGGRVVLISFHSLEDRPVKDAFREG-----------------AKAGRLEILTK-------KPVVAGEQES-LRNPRSRSAKLRA--- A0A1F5C9T2/2-110_213-290 HIPVLLKEILEHLSPKPGQNFIDATVGNGGHMAAILEKIAPNGKLLAIDRDPMSLTAAKFKVQSSKFKN-------NVIFVNSSFGDLQEIVSKE--HFESIKGILFDFGMSSEQLENELVEIERALAVLPEILAKGSRAAFISFHSLEDRIVKNWSRDF-----------------NKKNIIKNLTK-------KPIASSAEEV-RVNPRSRSAKLRVIE- A0A0A8E788/2-107_210-291 HIPVLLEELILALQVNPKGFYVDLTLGRGGHSLAILEKL-TTGKLFVFDKDQQALTETKAKLL--AVSQ-------NVEFIWSDFSDFDFYLKKL--GVEFVDGFVVDLGVSSPQI-DDLDSLQKLLEKLPKFLKQGSKVAIISFHSLEDKIVKDAFLEL-----------------VNKDKLEFFQKGLPKFSMKVFRPKTTEL-NKNPRSKSAKLRI--- A0A0F2J0G1/24-129_232-307 HEPVLVQEVAAMLEIKANGVYVDATAGTGGHCAFMLKALGAEGRLIAIDKDGDVLAICKKRLS---SDS-------RVSFINDDFTNITAIVKDL--SCGEVDGILIDLGMSMYQVKSEINKIPAVLEKSKSVLKTGGRVCVISYHSIEDRAVKQFFARE-----------------KKEGRFALISK-------KPISAQYDEI-KKNSSARSAKLRG--- F8G9X7/5-106_210-304 ---VLLRESVDGLDIKPNGIYIDATFGRGGHSKAILDRL-TSGKLIAFDKDLDAINYAKENFQ----FE-------SFQIVHASFASIYDYCSQNN-LLGEIDGVIMDLGVSSPQLDNELKDLEFLLGNILDVVKKGGRIATISFHSLEDRIVKQNFTSLINPKQELNRISKLLPQDTSGVKMKWITK-------K-AKANQDEL-SQNVRSRSAILRIVEK K7XYR1/3-108_211-292 HIPVLLDQVIDQLNIKEDGIYLDLTLGRGGHSSQILKKL-TSGKLIVFDKDKQAIEQTKEKLL--KISS-------NIEFIWSDFKDFDQELKKL--QINKVDGVLLDLGVSSPQL-DQLESLNIFLSKIDKFLKKDGKLAIITFHSLEDKIVKNYFKQL-----------------LKQNQTLFFETTQAKYLVKTTWANQKEI-DNNKRAKSAKLRV--- A0A1G7LDK4/6-116_219-293 HVPVLFEEVLDLLNVRRGGTYADATLGLAGHSSAIARRLGPQGTLIAFDRDPQAMEIAKANLE--ALREELGPEMPQLRLIPRAFSSAAEEIERA-----SLDGLLADFGVSSLQL-DQLGEIRSLLESAPSLLKFGGRLAVISFHSLEDRIAKDALREG-----------------AQQGIWNVITR-------KPVVASEEEE-RRNPRSRSAKLRV--- A0A1G1N0E3/1-103_209-286 ----MCREAVKYLNLRPGLTIVDATIGTAGHAMKMLEKITPGGRLIGIDRDADSLLIAGARLK--EFNQ-------KVDLVHADFRSIDKILLGL--NLKKIDGILFDLGASSYQLDSELEALSEALEHIPEFLKKGAAVCVLSFHSLEDRIVKHNFREN-----------------AQRGIYRLITK-------KPLVPADEEI-KENPRSRSAKMRAAV- A0A1F2RGY7/2-107_216-290 HIPVLTGEAIEWLAIKPSGIYLDATIGAGGHSLRILERL-TTGQLIGIDRDPQAIAIAQERLF--AYKQ-------QLRIEQENFAQIRQLLQRI--GVLAVDGILADLGLSQMHL-DSLECLQDFLASAPQCLAPGGRLVIISFHSLEDRMVKQAFRKW-----------------HQEGHMRNLTR-------HVVKPSLDEI-RNNPRSRSARLRA--- A0A1C3FHA2/3-107_210-284 HTPVMVKEVIKILNPKEDGIYVDATLGCGGHSAEILKKLGNNGRIIGLDRDESAIACVKDILS----DK-------RILIKQAKFSQLKDTLSEL--NIEEIDGIVFDLGVSMLQLKDELEELTEGLRQALEVLNRGGRICVISYHSGEDRVVKNFFRDE-----------------ERKNTLRIITK-------KPLVPSLEEI-TKNPSARSARLR---- L0AZS8/56-166_287-368 HVPVLLQESMDLLVTNPKGLYLDVTLGYGGHAEEILKRTEPKGRLVAIDRDPEAIYHTKRRLEDYIRES-------RFFPVIGKFSDLLDLLKFHKLPMNDYSGIIADLGTSTHQLENELNELRSFLEVAPSLLKTNGRIVIISYHSLEDRITKRSFMGLKDTQ-------------IGGRSYKIITK-------KCVTPTNDEI-DKNARSRSAKLRCIE- J7M860/67-177_299-375 HIPVLLSESMEYLITDPKGLYLDVTLGYGGHTQEILNRLDKKGRVVAIDRDPESVHFNQRRLKNYIDES-------RLSLFIGKFSDLLYLLKSQNLPTQGYAGIIADLGLSTHQL-EKLNELSSLLNMVPQLLKHNGRLVCISYHSLEDRIVKNAFVNLRN---------------FSSPKFNILTK-------KCVRPTAEEI-AANVRSRSAKLRC--- E6Q861/2-104_211-285 HVSVLLAESLHYLNIQPSGTYVDATFGAGGHSAAILTAL-DSGTLIAFDADPSARARAEA-----MHDS-------RLQFVQANFRDLNAQLDAL--GVTEIDGILFDLGVSSMQLDEELGALHEGLAAAIARLRAGGRIVAISFHSLEDRIVKQTLRGD--------------------ERLHVLTK-------KPVIAGDAET-AENPRSRSAKLRAAE- E6QKP3/8-118_221-295 HVPVLSKQVLEYLAVRPGGTYVDCTLGLAGHASQVARQLGAKGRLIGFDRDSEALKLASERLE--ALSSELGEAMPAVTLIGEPFSRASEFVEAG-----TVDGLLADFGVSSMQL-DQLEEIERLMKAAPKLLKPGGRIVVISFHSLEDRIAKDAMKEG-----------------AAQGVWTLLTR-------KPAVGSEEEI-SANPRARSAKLRA--- A0A1L4BRF7/5-107_211-305 ---VLLQESINDLNINPNGIYIDATFGRGGHSKAILSKL-DKGRLIAFDKDPDAIDYAKEKFS---CFE-------NFEIVHTSFAKIHEYCQQNN-LLGQVDGIIMDLGVSSPQIDNELGDLEDLLENILAVIKVGGRIAAISFHSLEDRIVKQKFTSLINPKQEINRITRMLPQDSSNIKLKWITK-------K-TKANQDEL-DQNVRSRSAILRVVEK A0A160VHG8/13-119_220-294 HIPVMASEVLTYLNLQPNGAYLDGTIGAGGHATQILNQLSANGKLIGIDRDAEALEICSKHFS--ASAQ-------PVLLYHSSYDQFPGILKKL--GISELNGMVLDLGISTMQL-DSLDKLAIFLDHFNDYLCIGGRVVIMSYHSLEDRMVKHCFRSL-----------------KQSGKLKVLTK-------KPIVPSEFEQ-FQNKRARSAKLRA--- #=GC scorecons 323675484642955454757695949379863487456144858655858347633543453001123000000054354444844533343330024335886649896863872467447434843443466367755587789789868943634300000000000000000233334535570000000834364359503394668985894110 #=GC scorecons_70 ___**__*____*_____*_***_*_*_****__**______*_**__*_*__*______________________________*_________________**_*_***_**_**___*__*___*______**_***___************__*______________________________*_______*_______*____*_*****_**____ #=GC scorecons_80 _______*____*_________*_*_*_***___**______*_*___*_*__*______________________________*_________________**___***_*__*____*__*___*__________**___*********_**_________________________________*_______*_______*____*___***_**____ #=GC scorecons_90 ____________*_________*_*_*__**___*_______*_*___*_*_________________________________*_________________**___*_*_*__*___________*_______________*__**_***_**_________________________________________*_______*____*____**_**____ //