# STOCKHOLM 1.0
#=GF ID 3.40.50.150/FF/135677
#=GF DE Site-specific DNA-methyltransferase (adenine-specific)
#=GF AC 3.40.50.150/FF/135677
#=GF TP FunFam
#=GF DR CATH: 4.2
#=GF DR DOPS: 82.094
#=GS G5JVG2/369-415_517-622      AC G5JVG2
#=GS G5JVG2/369-415_517-622      OS Streptococcus macacae NCTC 11558
#=GS G5JVG2/369-415_517-622      DE Site-specific DNA-methyltransferase (adenine-specific)
#=GS G5JVG2/369-415_517-622      DR GENE3D; 37e579d46d48f9f590e42fd9b7869de8/369-415_517-622; 
#=GS G5JVG2/369-415_517-622      DR ORG; Bacteria; Firmicutes; Bacilli; Lactobacillales; Streptococcaceae; Streptococcus; Streptococcus macacae; 
#=GS G5JVG2/369-415_517-622      DR EC; 2.1.1.72; 
#=GS P14871/371-417_519-622      AC P14871
#=GS P14871/371-417_519-622      OS Planomicrobium okeanokoites
#=GS P14871/371-417_519-622      DE Modification methylase FokI
#=GS P14871/371-417_519-622      DR GENE3D; 664a033bfe5102d224da1dfd0a44a038/371-417_519-622; 
#=GS P14871/371-417_519-622      DR ORG; Bacteria; Firmicutes; Bacilli; Bacillales; Planococcaceae; Planomicrobium; Planomicrobium okeanokoites; 
#=GS P14871/371-417_519-622      DR EC; 2.1.1.72; 
#=GS P29347/369-415_517-622      AC P29347
#=GS P29347/369-415_517-622      OS Streptococcus sanguinis
#=GS P29347/369-415_517-622      DE Modification methylase StsI
#=GS P29347/369-415_517-622      DR GENE3D; 6dbca541733982a08afcd951ad3ad6b4/369-415_517-622; 
#=GS P29347/369-415_517-622      DR ORG; Bacteria; Firmicutes; Bacilli; Lactobacillales; Streptococcaceae; Streptococcus; Streptococcus sanguinis; 
#=GS P29347/369-415_517-622      DR EC; 2.1.1.72; 
#=GS E8KL01/375-421_523-628      AC E8KL01
#=GS E8KL01/375-421_523-628      OS Streptococcus sanguinis VMC66
#=GS E8KL01/375-421_523-628      DE Site-specific DNA-methyltransferase (adenine-specific)
#=GS E8KL01/375-421_523-628      DR GENE3D; 812d703576bc7324c40e9268fc344f27/375-421_523-628; 
#=GS E8KL01/375-421_523-628      DR ORG; Bacteria; Firmicutes; Bacilli; Lactobacillales; Streptococcaceae; Streptococcus; Streptococcus sanguinis; 
#=GS E8KL01/375-421_523-628      DR EC; 2.1.1.72; 
#=GS F3SL42/375-421_523-628      AC F3SL42
#=GS F3SL42/375-421_523-628      OS Streptococcus sanguinis SK1087
#=GS F3SL42/375-421_523-628      DE Site-specific DNA-methyltransferase (adenine-specific)
#=GS F3SL42/375-421_523-628      DR GENE3D; 812d703576bc7324c40e9268fc344f27/375-421_523-628; 
#=GS F3SL42/375-421_523-628      DR ORG; Bacteria; Firmicutes; Bacilli; Lactobacillales; Streptococcaceae; Streptococcus; Streptococcus sanguinis; 
#=GS F3SL42/375-421_523-628      DR EC; 2.1.1.72; 
#=GS Q47911/371-417_519-622      AC Q47911
#=GS Q47911/371-417_519-622      OS Planomicrobium okeanokoites
#=GS Q47911/371-417_519-622      DE Site-specific DNA-methyltransferase (adenine-specific)
#=GS Q47911/371-417_519-622      DR GENE3D; 8b972b1d85e6d24640b564733b416b4d/371-417_519-622; 
#=GS Q47911/371-417_519-622      DR ORG; Bacteria; Firmicutes; Bacilli; Bacillales; Planococcaceae; Planomicrobium; Planomicrobium okeanokoites; 
#=GS Q47911/371-417_519-622      DR EC; 2.1.1.72; 
#=GS I3DCT7/372-418_520-625      AC I3DCT7
#=GS I3DCT7/372-418_520-625      OS Pasteurella bettyae CCUG 2042
#=GS I3DCT7/372-418_520-625      DE Site-specific DNA-methyltransferase (adenine-specific)
#=GS I3DCT7/372-418_520-625      DR GENE3D; e83cc0c3d5b4bf437a161b27a22415ff/372-418_520-625; 
#=GS I3DCT7/372-418_520-625      DR ORG; Bacteria; Proteobacteria; Gammaproteobacteria; Pasteurellales; Pasteurellaceae; Pasteurella; Pasteurella bettyae; 
#=GS I3DCT7/372-418_520-625      DR EC; 2.1.1.72; 
#=GS D2IX38/414-460_564-667      AC D2IX38
#=GS D2IX38/414-460_564-667      OS Ureibacillus thermosphaericus
#=GS D2IX38/414-460_564-667      DE Site-specific DNA-methyltransferase (adenine-specific)
#=GS D2IX38/414-460_564-667      DR GENE3D; 136031d2c32352fa96b8563c2317f68a/414-460_564-667; 
#=GS D2IX38/414-460_564-667      DR ORG; Bacteria; Firmicutes; Bacilli; Bacillales; Planococcaceae; Ureibacillus; Ureibacillus thermosphaericus; 
#=GS D2IX38/414-460_564-667      DR EC; 2.1.1.72; 
#=GS R6GNU4/382-428_530-633      AC R6GNU4
#=GS R6GNU4/382-428_530-633      OS Clostridium sp. CAG:221
#=GS R6GNU4/382-428_530-633      DE Site-specific DNA-methyltransferase (adenine-specific)
#=GS R6GNU4/382-428_530-633      DR GENE3D; 0d35eef94407b07b5134c7afac0be2f1/382-428_530-633; 
#=GS R6GNU4/382-428_530-633      DR ORG; Bacteria; Firmicutes; Clostridia; Clostridiales; Clostridiaceae; Clostridium; Clostridium sp. CAG:221; 
#=GS R6GNU4/382-428_530-633      DR EC; 2.1.1.72; 
#=GS A0A072EGN2/365-411_513-610  AC A0A072EGN2
#=GS A0A072EGN2/365-411_513-610  OS Streptococcus equi subsp. ruminatorum CECT 5772
#=GS A0A072EGN2/365-411_513-610  DE Site-specific DNA-methyltransferase (adenine-specific)
#=GS A0A072EGN2/365-411_513-610  DR GENE3D; 2056712a7a786f6d28b9542a58c9a824/365-411_513-610; 
#=GS A0A072EGN2/365-411_513-610  DR ORG; Bacteria; Firmicutes; Bacilli; Lactobacillales; Streptococcaceae; Streptococcus; Streptococcus dysgalactiae group; Streptococcus equi; Streptococcus equi subsp. ruminatorum; 
#=GS A0A072EGN2/365-411_513-610  DR EC; 2.1.1.72; 
#=GS K0XEV7/13-59_161-266        AC K0XEV7
#=GS K0XEV7/13-59_161-266        OS Barnesiella intestinihominis YIT 11860
#=GS K0XEV7/13-59_161-266        DE Site-specific DNA-methyltransferase (adenine-specific)
#=GS K0XEV7/13-59_161-266        DR GENE3D; 6eb8765f69840d6ecdaa8fa3c4335a38/13-59_161-266; 
#=GS K0XEV7/13-59_161-266        DR ORG; Bacteria; Bacteroidetes; Bacteroidia; Bacteroidales; Porphyromonadaceae; Barnesiella; Barnesiella intestinihominis; 
#=GS K0XEV7/13-59_161-266        DR EC; 2.1.1.72; 
#=GS V9HH75/382-428_530-633      AC V9HH75
#=GS V9HH75/382-428_530-633      OS Clostridium sp. 7_2_43FAA
#=GS V9HH75/382-428_530-633      DE Site-specific DNA-methyltransferase (adenine-specific)
#=GS V9HH75/382-428_530-633      DR GENE3D; ad1b7b2c945edd206b6a7796d5c11a49/382-428_530-633; 
#=GS V9HH75/382-428_530-633      DR ORG; Bacteria; Firmicutes; Clostridia; Clostridiales; Clostridiaceae; Clostridium; Clostridium sp. 7_2_43FAA; 
#=GS V9HH75/382-428_530-633      DR EC; 2.1.1.72; 
#=GS A7VV47/376-422_524-627      AC A7VV47
#=GS A7VV47/376-422_524-627      OS [Clostridium] leptum DSM 753
#=GS A7VV47/376-422_524-627      DE Site-specific DNA-methyltransferase (adenine-specific)
#=GS A7VV47/376-422_524-627      DR GENE3D; 632ba0549452d4196d1891bad63d3486/376-422_524-627; 
#=GS A7VV47/376-422_524-627      DR ORG; Bacteria; Firmicutes; Clostridia; Clostridiales; Ruminococcaceae; Ruminiclostridium; [Clostridium] leptum; 
#=GS A7VV47/376-422_524-627      DR EC; 2.1.1.72; 
#=GS R6N992/376-422_524-627      AC R6N992
#=GS R6N992/376-422_524-627      OS Clostridium leptum CAG:27
#=GS R6N992/376-422_524-627      DE Site-specific DNA-methyltransferase (adenine-specific)
#=GS R6N992/376-422_524-627      DR GENE3D; ae89ab3158204da2424bbeae53f49111/376-422_524-627; 
#=GS R6N992/376-422_524-627      DR ORG; Bacteria; Firmicutes; Clostridia; Clostridiales; Clostridiaceae; Clostridium; Clostridium leptum CAG:27; 
#=GS R6N992/376-422_524-627      DR EC; 2.1.1.72; 
#=GS C0MCR2/349-395_497-594      AC C0MCR2
#=GS C0MCR2/349-395_497-594      OS Steptococcus equi subsp. zooepidemicus H70
#=GS C0MCR2/349-395_497-594      DE Site-specific DNA-methyltransferase (adenine-specific)
#=GS C0MCR2/349-395_497-594      DR GENE3D; e22cb00adec4056d252635790f8cc434/349-395_497-594; 
#=GS C0MCR2/349-395_497-594      DR ORG; Bacteria; Firmicutes; Bacilli; Lactobacillales; Streptococcaceae; Streptococcus; Streptococcus dysgalactiae group; Streptococcus equi; Streptococcus equi subsp. zooepidemicus; 
#=GS C0MCR2/349-395_497-594      DR EC; 2.1.1.72; 
#=GS C0M9C7/342-388_490-587      AC C0M9C7
#=GS C0M9C7/342-388_490-587      OS Streptococcus equi subsp. equi 4047
#=GS C0M9C7/342-388_490-587      DE Site-specific DNA-methyltransferase (adenine-specific)
#=GS C0M9C7/342-388_490-587      DR GENE3D; 91b757e865aadbe2d5f589ce73aa5ddb/342-388_490-587; 
#=GS C0M9C7/342-388_490-587      DR ORG; Bacteria; Firmicutes; Bacilli; Lactobacillales; Streptococcaceae; Streptococcus; Streptococcus dysgalactiae group; Streptococcus equi; Streptococcus equi subsp. equi; 
#=GS C0M9C7/342-388_490-587      DR EC; 2.1.1.72; 
#=GS A0A073CV06/371-417_519-622  AC A0A073CV06
#=GS A0A073CV06/371-417_519-622  OS Clostridium botulinum A2B3 87
#=GS A0A073CV06/371-417_519-622  DE Site-specific DNA-methyltransferase (adenine-specific)
#=GS A0A073CV06/371-417_519-622  DR GENE3D; f46d84d785c1378d895861adba1884e5/371-417_519-622; 
#=GS A0A073CV06/371-417_519-622  DR ORG; Bacteria; Firmicutes; Clostridia; Clostridiales; Clostridiaceae; Clostridium; Clostridium botulinum; 
#=GS A0A073CV06/371-417_519-622  DR EC; 2.1.1.72; 
#=GS P35516/353-400_501-598      AC P35516
#=GS P35516/353-400_501-598      OS Lactococcus lactis subsp. lactis
#=GS P35516/353-400_501-598      DE Modification methylase LlaI
#=GS P35516/353-400_501-598      DR GENE3D; 920a09acceadb586b5bbe3ec0975519c/353-400_501-598; 
#=GS P35516/353-400_501-598      DR ORG; Bacteria; Firmicutes; Bacilli; Lactobacillales; Streptococcaceae; Lactococcus; Lactococcus lactis; Lactococcus lactis subsp. lactis; 
#=GS P35516/353-400_501-598      DR EC; 2.1.1.72; 
#=GS A0A095YR18/377-423_525-630  AC A0A095YR18
#=GS A0A095YR18/377-423_525-630  OS Oligella urethralis DNF00040
#=GS A0A095YR18/377-423_525-630  DE Site-specific DNA-methyltransferase (adenine-specific)
#=GS A0A095YR18/377-423_525-630  DR GENE3D; f8b4edebff003d903d77e9930eb586b0/377-423_525-630; 
#=GS A0A095YR18/377-423_525-630  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Alcaligenaceae; Oligella; Oligella urethralis; 
#=GS A0A095YR18/377-423_525-630  DR EC; 2.1.1.72; 
#=GS A0A1F1RCE2/377-423_525-630  AC A0A1F1RCE2
#=GS A0A1F1RCE2/377-423_525-630  OS Oligella sp. HMSC05A10
#=GS A0A1F1RCE2/377-423_525-630  DE Site-specific DNA-methyltransferase (adenine-specific)
#=GS A0A1F1RCE2/377-423_525-630  DR GENE3D; f8b4edebff003d903d77e9930eb586b0/377-423_525-630; 
#=GS A0A1F1RCE2/377-423_525-630  DR ORG; Bacteria; Proteobacteria; Betaproteobacteria; Burkholderiales; Alcaligenaceae; Oligella; Oligella sp. HMSC05A10; 
#=GS A0A1F1RCE2/377-423_525-630  DR EC; 2.1.1.72; 
#=GF TC 201.8 4.5E-63
#=GF SQ 20
G5JVG2/369-415_517-622              YIGGKYKLLNQILPFFPNNIDTFVDIFSGGANVGINVKA-NKYIFNDMLQTLDATFTDNYFNEFNFSNLTSKDFIYLDPPYLITTGSYNDGKRGFSNWNKTSEVELLNFMDHLNHHGIRFALSNVIEHKGKTNQLLKDWAYSRNLNINYLNYNY
P14871/371-417_519-622              YVGGKHKLLNQIVPLFPDKIDTFVDLFSGGFNVGINVNA-NKIIATDILHEKNVQFVCSEFEHFNFSQLDQNDLVYCDPPYLITTGSYNDGNRGFKDWNRLQEIKLLDILDHLNSKGVYFALSNVLSHKGLENELLLEWSKKYN--IHHLQHSY
P29347/369-415_517-622              YIGGKYKLLNQILPLFPKNINTFVDIFSGGANVGINVKA-KKYIFNDMLQTLDATFTDNYFNEFDFSNLTSNDFIYLDPPYLITTGSYNDGKRGFSDWNNTSEMKLLNFMDYLNQHGIRFALSNVTEHKGKTNQLLKDWAYSRNLNVNYLDHNY
E8KL01/375-421_523-628              YIGGKYKLLNQILPLFPKNINTFVDIFSGGANVGINVKA-KKYIFNDMLQTLDATFTDNYFNEFDFSNLTSNDFIYLDPPYLITTGSYNDGKRGFSDWNNTSEMKLLNFMDYLNQHGIRFALSNVTEHKGKTNQLLKDWAYSRNLNVNYLDHNY
F3SL42/375-421_523-628              YIGGKYKLLNQILPLFPKNINTFVDIFSGGANVGINVKA-KKYIFNDMLQTLDATFTDNYFNEFDFSNLTSNDFIYLDPPYLITTGSYNDGKRGFSDWNNTSEMKLLNFMDYLNQHGIRFALSNVTEHKGKTNQLLKDWAYSRNLNVNYLDHNY
Q47911/371-417_519-622              YVGGKHKLLNQIVPLFPDKIDTFVDLFSGGFNVGINVNA-NKIIATDILHEKNVQFVCSEFEHFNFSQLDQNDLVYCDPPYLITTGSYNDGNRGFKDWNRLQEIKLLDILDHLNSKGVYFALSNVLSHKGLENELLLEWSKKYN--IHHLQHSY
I3DCT7/372-418_520-625              YIGGKYRLLKQILPLFPKNIKTFVDLLSGGANVGINVEA-EKYIFNDMLKGLNATFTDNFIHEFDISELNTQDFVYLDPPYLITTGSYNDGNRGFQDWSEEQELEMYQVILRLNEKGIRFALSNVLEHKGKSHDMLKDFISKHGFKVHYLDFHY
D2IX38/414-460_564-667              YVGGKYKLLNQIIPLFPEKINTFVDLFAGGLNVGINVNA-NKIIANDIIQRKNIEIYNLEFQNFNFNNLTSEDLVYCDPPYLITTGSYNDGNRGFKDWDINQEKKLLQILDKLNSDGVRFALSNVLLHKGKKNELLINWARKYN--IHHLNYNY
R6GNU4/382-428_530-633              YIGGKYKLLEQIIPMFPDKIETFIDLFAGGFNVGINVEA-NKVICNDYMHSKDIIFTCKDFIDVSFENLDGNSFIYCDPPYLITTGSYNDGNRGFKNWTETEEKMLLDYLDRVNQRGIKFALSNVFEHKGKSNEILKEWSKKYN--VKYLNHDY
A0A072EGN2/365-411_513-610          YIGGKYRLLNQIIPIFPRHINTFVDMFSGGANVGINVPA-KKHIFNDMLHRLDATFSDQFFSDFDISTLSIDDFVYLDPPYLITTGSYNDGNRGFTNWGEKQEIEMYQLIRDLNKKQIKVALSNVLVHKGKHNDLLEQFVQDESL--------Y
K0XEV7/13-59_161-266                YIGGKYKILPQILPLFPSRIRTFVDLFCGGCNVGINVSA-DRTIFNDNLHTKDFIFSCTDFDKFDFSELSENDFVYCDPPYLITTGTYNDGKRGFTGWNEKQECKLLKILDMLHERGISFALSNVLIHRGRRNTTLLEWIEHRGYTITYLNKNY
V9HH75/382-428_530-633              YIGGKYKLLEQIIPMFPDKIETFIDLFAGGFNVGINVEA-NKVICNDYMHSKDIIFTCKDFIDVSFENLNGNSFIYCDPPYLITTGSYNDGNRGFKNWTETEEKMLLDYLDRVNQRGIKFALSNVFEHKGKSNEILKEWSKKYN--VKYLNHDY
A7VV47/376-422_524-627              YIGGKYKLLPQILPLFPKEISSFVDLFSGGANVAINVSA-DRIVCNDILQNSPVTFVNKDFTLFDLEGLGPQDMIYCDPPYLITTGSYNDGNRGFQDWNREKELQLLAFLDRANERNIRFALSNVLEHKGQTNELLLAWSKRYR--VIDLTSSY
R6N992/376-422_524-627              YIGGKYKLLPQILPLFPKEISSFVDLFSGGANVAINVSA-DRIVCNDILQNSPVTFVNKDFTLFDLEGLGPQDMIYCDPPYLITTGSYNDGNRGFQDWNREKELQLLAFLDRANERNIRFALSNVLEHKGQTNELLLAWSKRYR--VIDLTSSY
C0MCR2/349-395_497-594              YIGGKYRLLNQIIPIFPRHINTFVDMFSGGANVGINVPA-KKHIFNDMLHRLDATFSDQFFSDFDISTLSIDDFVYLDPPYLITTGSYNDGNRGFTNWGEKQEIEMYQLIRDLNKKQIKVALSNVLVHKGKHNDLLEQFVQDESL--------Y
C0M9C7/342-388_490-587              YIGGKYRLLNQIIPIFPRHINTFVDMFSGGANVGINVPA-KKHIFNDMLHRLDATFSDQFFSDFDISTLSIDDFVYLDPPYLITTGSYNDGNRGFTNWGEKQEIEMYQLIRDLNKKQIKVALSNVLVHKGKHNDLLEQFVQDESL--------Y
A0A073CV06/371-417_519-622          YIGGKYKILKQILPLFPTDINNFVDLFTGGLNVGINVNA-NTIYANDIIKSQNIIFSNEDFEDFNLTKFTSSDLIYCDPPYLITTGSYNDGNRGFKNWNINQEKKLLGLLDSLNEKRIRFALSNVLTHKGNKNDILIEWSNKYN--VHRLNYNY
P35516/353-400_501-598              YAGSKDDVIPRIFKLLPKHVTTFVDAMGGAFNVGANRTALNKVVYNEYAPEVEMRLGS--YSAINFNEYDDDTVFYFDPPYLVTTAGYNDGKRGFDGWDAEQEASLLKYLTELDSAGKKFMLSNVLEHKGKTNHLLMEWIQHHGFNVN------
A0A095YR18/377-423_525-630          YIGGKYRLLSQIIPLFPKHIDTFVDLFSGGANVGINVPA-KKHIFNDMLQTLDYQFTSDYFDNADLTFLDSNDFVYLDPPYLITTGNYNDGNRGFKNWGDEEERKLLKLLDYLNAKGVRYALSNVISHKGKENYLLKEYLNNTNTTVHQINSSY
A0A1F1RCE2/377-423_525-630          YIGGKYRLLSQIIPLFPKHIDTFVDLFSGGANVGINVPA-KKHIFNDMLQTLDYQFTSDYFDNADLTFLDSNDFVYLDPPYLITTGNYNDGNRGFKNWGDEEERKLLKLLDYLNAKGVRYALSNVISHKGKENYLLKEYLNNTNTTVHQINSSY
#=GC scorecons                      9798976784895768944847989576984997897390573748846534544744337335654374357569499999899869999699945943359347644653674556568999954989638469356434351153243237
#=GC scorecons_70                   *********_**_****__*_****_*_**_******_*__*_*_**_*______*____*_______*___*_**_******************__*____*__**__*__**___*_******__***__*_**_________________*
#=GC scorecons_80                   ******_**_**_*_**__*_****_*_**_******_*__*___**________*____*_______*______*_*********_****_***__*____*__*_______*______*****__***__*__*_________________*
#=GC scorecons_90                   *_***___*_**___**__*__***___**_**_**__*_______*____________________________*_*********_****_***__*____*__________________****__***__*__*__________________
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