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Identifier: 208434933

GI number:

Start: 1067764

End: 1076190

Strand: Reverse

Name: Not Available

Synonym: HPG27_980

Alternate gene names: NA

Gene position: NA

Preceding gene: 208434939

Following gene: 208434932

Centisome position: NA

GC content: NA

Gene sequence:

>8427_bases
ATGCAAAAAAAGAAAGCTAAAAACCCACAACCGAATTTGTTTAGCATCTTAGATAATGGCGATATTGCAACAAACAATCC
TACTGAAGAATCAGACAAGATCAATGAAATACAAGATCCACTCCCTTATGTCGTGAAAACGCAAATCAATAAAGCAAGCA
TGATTTCTAGAGATCCTATTGAATGGGCAAAGTATTTAAGCTTTGAAAAACGAGTCTATAAGGATAATAGTAAAGAAGAT
GTCAATTTCTTTGCCAATGGTGAAATAAAAGAAAGTTCTCGTGTTTATGAAGCGAATAAGGAAGGGTTTGAAAGGCGCAT
CACTAAAAGATACGATCTGATTGATACTATAAGAAATAGAGAATTTTTTCCAAGAGAAATTGAAATTCTAACCTACACAA
ACAGCTTAGAAGAATTGAAAGAACAAGGTTTAGAAATCCAATTGACCCACTATAATGAAACGCATAAGAAAACCTTAGAA
AATGGCAATGAAATCGCTAAAGAATACGACTATCTTAAAGATATTTACCAAGAAGTAGAAAGAACAAAAGATGGTGAATT
GGTAAGAGAAATAATCCCTAGTATTTCTAGCGCTGAGTGTTTTAAGCTTTATAACAAACTGCCTTTTGAATCAATAAACA
ATGAAAATACCAAATTGAACACTAACGCCAATGAAGAAGTTAAAAAACTAGAATTTGAATTAGCTAAAGAAGTGCATACT
TTAATCCTAGAGCAACAATTGCTTTCAGCAACAAATTATTATCCTTGGATAGATAAAGATGATTATGCGAATTTTGCTTG
GAAAATGCATAGGCTTATCAATGAAAATAAACTCAAAGAAAACCATCTCAGTGCAGATAACGCTAATAAGATTGAGCAAT
TTTTCTTTAATAATGGTTCTATTTTAGGCTGGACTAAAGAAGAGCAAAGCGCTATGCAAGAAAACAGAGATTATTCTTTA
AGAAGCGCTCTTTTAAGTTTAGAAGAAATCGCTCAAGCAAAAATTGAATTGCAAAAATACTATGAAAGCGTTTATGTTAA
TGGCGATGGGAATCAAAGAGAAATCAGGCCTTTTAAAGAAATTTTAAGAGACATCAACAATTTTGAAAAAGCTTATCAAC
AGCGTTATGACAAATTGGTAAGCTTGAATGCAGCAATCATTCAAGCTAAAGAGGGTGGTAATGAGCGGCAAAATTCTAAC
GCAAAGAACAATAACAATATTAACAATACAATAGAGACTAATACTTCTAACAATATTATTCAAAATAATGATAATAATCA
TCCAAATTTAAGCGTTGCTGATTTAGAATTAGAGCAACAAAATTTAGGAGAACCAAATGGAAAAGAAAGAACAAATCGCA
CAGATGAGCCGAATGGAACTAGAGCAGGAATTCCGCAAGAAATTCACCGCAGAAGCGAACCTAGAGGACAGCAAGAGGGA
ATGGAGCGATCGCGTGATGAAGAACTTCTACACCAAGACCCTAGTTTATTTATTGAGCCTAGAGAGCAGGGAGGAACAAG
AGGAGTTCATAGATCTAGCGACCAACAGGCAGTTTCAGAAAAACCCCATAGAGAGCGAGATAGAATACATGAACATGTAT
CTAGAGGAGATGGAGTATCAGCAAGAGCAGAAGCAAGAGCAAATAGCAATGGAGCATCAAGTCCAGCAAGCCGAATGGAA
AATGGAACAAGAAGCGAAGAAAAAGGGGATAATCCCAGTAATGAGAGAGGAATACCACAGCCACCGCAATCCCCATCTCA
TCAGCAAAATAGCTCCAGAGATTTGGGGCTTTCTCTCTCTAGAGAACAGCCAGGACAGACTGGACGCTTACGCCTTTTTG
ATCATGGACAGATGGGCTCATTATTTCCCACAGACCATGAAAACCAAAGATCACAAAACAATAGGGAGCTTGATAAAAGC
AGTGATAGAGCAAACGAAAATGGAGACAAAAGCCCTAGACAGAATGGAAGCGCAAATCAAGAGGGCGCAAGGAGTGAGCG
ATATGGAATTGCTCCAAGAAGCTCAAATCAATCAGTATTACCACTTGCTCAAAGCCGATTACATCTTGCAGGACTTGGCG
CACCAAATGGATTTAGAGACCTTGAACAAAACAGGGATCAAAAGAGAGGACTTTTATCAAATTTAGACCATTTAGAAAGC
CTGCTTAACGCTATTAGAAACAACACCATAGCGAGTGAGCCTGACTTTAGATCCAGGCTCTTAGAAGCCATTCAAAACAA
TGAGCCTTTAAAAGATAGCCTTGTGGGGGCACAACTCCTTAAAGACCCTACAACTAAAATCTTTTATGACAAATTCCAAT
TAAAAATCAGCCCTAAAAAAGTCTTAGAGATTTTAGAAAATCGCCTTAAAAAATCCATTGAAACAGCGAATGAAACGCTA
AACGCATTCAATGCACTGGATAGTCAAACCATTGATTTAAACGCTATCTCTAATAGCGTAGGATTAAATCCCACACAAGA
GATCAAAATAACAGACAATAGCGTAGAGTTGAATAACGCACAAGAACAAACCGTGCAAGAGCAAGACACGCAAGAAAACG
CACCAACCACGATAAAACAAGAAACAAAAGAGCAAGAAACACCAACCGCACCAGCCATCCCCCTTAATCCTAAAATAGAT
TTTAAACCGAGCAAAGAAGTTTTAATTAAGGGAGCTAAAACCCGCTATAAGGCTAACATTAAAGCCATTGAGCTTTTAAA
AGAATTGCAAGCCAAACAAGAGATCTTAAAAGGCGATTATTACGCCACTTTAAAAGAGCAAGAAATCCTAGCGCAATTTA
GCGGATGGGGTGGGTTAGAAAGCTACTTTAAAAAGGCTCAACACCCTGAGGAATTTAAAGAATTAAACGCCTTACTCACT
AAAGATGAATTCAGAAGAGCTTATTTGAGCGCAAGAGACGCTTACTACACCCCTAAATTAGTTATTGATAGCATTTATCG
GGCTTTAGATCAATTAGGGTTCAATAACGACAACCATCAAAAAGAAATCTTTGAACCCAGTTTAGGCACAGGCAAATTCA
TCGCTCATGCGCCAAGCGATAAGAATTACCGCTTTATGGGAACAGAATTAGATCCCACTAGTGCAAGTATTTCTCAATTC
CTTTACCCTAATCAAGTCATCCAAAACACCGCTTTAGAAAACCACCCTTTCCACCAAGATTATGATGCGTTTGTGGGCAA
TCCCCCTTATGGCAATCATAAAATCTATAGCTCTAATGATGCAGAATTGAGTAACGAGAGCGTTCATAATTACTTTTTAG
GGAAAGCGATTAAGGAATTGAAAGATAATGGCATAGGAGCTTTTGTGGTGAGTTCTTGGTTTATGGATGCTAAAAACCCT
AAAATGAGGGAACACATCGCAAAAAACGCCACCTTTTTAGGCGCGATAAGATTGCCTAATAGCGTGTTTAAAGCAACAGG
AGCAGAAGTAACTAGCGACATTGTGTTTTTTAAAAAAGGCGTTGATAAAGCAACCAATCAAAGCTTCACTAAAGCTATGC
CTTATTATGACAAGATACTCAATAGCTTGGATGATGACACCCTTTTTGCCTTGCAAAACAACCGCTTTGATAGTTTTATC
CCTAGCGATCAACTTAAGATTGTCAATGCGATTGCAAGCCATTTTGGTTTCAAACAAGAAAAATTGCAACGCTGGTATGA
AGAAATAGACACCGCTAACTTTGGCTATAAAGAACAAGACTATGAGATCATCAAAGACTTCATGGATAAAGTTGGCGAGA
ACAATATCAATCTCAACGAACAAACCCTAAATGAATACTTTATCCACCACCCTGAAAACATTCTAGGGCGTTTGAGTTTG
GAAAAAACCCGCTATAGCTTTGAAACCAATGGCGAACAAATTTACAAATACGAGTTGCAAGCTTTAGAGGATAAAAGCTT
AGATTTATCCCAAGCGCTTAATCAAGCGATAGAAAAATTGCCTAAAGATGTCTATCAATACCATAAGACTACCCTTAAAA
CAGACGCTCTCATCATTGATGCAAATAACGAACGCTATCAAGAAGTCCAAAAGCTTATCAAAAATTTAGAAAGGGGGGAA
TTAGTCAAGTGGGATGATCTTTATTTCCAACTAGAACAAAATAATGAAATGGGTATCTTTTTAAAGCCCACTAAAATCAA
CTCTAAAGTCCAAGATTCACGACTAAAAGCCTATTTTAAAATTAAAGACGCTTTGAATGATTTAACGAGCGCGGAATTAA
ACCCCTTAAGCTCTGATTTAGAGCTAGAAAGTAAAAGAGCCAAGCTCAATCTTGTTTATGATGGATTTGTCAAGAAATTT
GGCTATCTCAATGAGAATAAAAACCGTAAGGACATCAAACAAGATTTGTATGGCGCTAAAGTCTTAGGATTAGAAAAAGA
CTTTGAAAAAGAAATCACCCCTAGAAGCGCTAAAATGCAAAACATAGAGCCAAGGCAAGCTCAAGCCAAAAAAGCTCAAA
TCTTTTTTGAAAGGACTTTAAACCCTAAAAAAGAACTCATCATCACTAACGCTAAAGAGGCACTAATTGCAAGCATCAAT
CAAAAAGGGGGTTTGGACTTGCATTTTATTAGAGATCATTTCACAACCCAAAGCTTAGAAACCACGATTAAAGAACTTTT
AGAGCAAAAACTGATTTATAAAGACCACAAGGATGATGGCGGCTATATTTTAGCGAACGATTATTTGAGTGGTAATGTGA
AAAGAAAGCTCAAAGAAGTTAAAGAAGCCATCAATCAAGGCGTGGAGGGATTAGAGGCGAATTTGAAAGATTTAGAGCTG
ATTATCCCTAAAGATTTGAAAGCCACTGAGATCATGGCTAATATCAACAGCCCTTGGATACCCACTCAGTATTTAGAAGA
GTTTTTAATAGAATTGAGCGCTAACCATTATGAAAAGCAATACGGCGATAAAATGACAGATTACCAACTAGGCAATCTCA
AAGAAGACATCAAAGTAGAACACCTAAACGGCACTTATGAAGTTTCTATTAGAAGCAATGAATTAAACGAGCTTTATGGC
ATCAGGCATAAAGACAAGCCGCATTCTTATAAAGCGCCTTTTGAAAGCCTTTTAAACAAAGTCTTAAACAACAAGGATTT
GAGCGTTAAATACGCCCAAGTTGATCCTAATGACCCTAAAAAAGAAATCTTTATCACTGATGAAGAGCAAAGCAATCTCG
CCAGACAAAAAGCAGAAGAATTGAAAGAAGCTTTTAAAGACTGGATTTACAAGGATTATGCAAGAAGAACCCATTTAGAG
CAAATCTATAATGACACTTTCAATAATTCTGTTTTAAAAACCTATGATGGCTCGCAATTAGAGCTAGAGGGCTTTAACCA
CCATATCAGCTTGCGACCCCACCAAAAGAACGCTATTTTTAGAACCATCCAAGACAGGGCGGTGTGTTTAGACCATCAAG
TTGGAGCAGGCAAGACTTTGTGCGCTATAGCCAGTTGCATGGAACAAAAACGCATGGGATTAGTGAATAAAACGCTCATT
GCCGTGCCTAACCATTTAACCAAGCAATGGGGCGATGAATTTTATAAGGCTTACCCTAACGCTAATGTGTTGGTTGTTGA
TAGCAAGGACATCACTGAAAAAGAAAGAGAACTTTTATACAATCAAATCGCTAACAACAATTATGACGCTGTGATTATCG
CGCACACCCATTTGGAATTGTTGTCTAACCCTAGAGAAATCATAGAAGGATTGAAAGAAGAAAAGCTAGTGAATGCCGAA
AAAAACTTTGAAAGGCAAGAATTAGCTTATAAAAATAACCCTAGAGAAACTAAAAAACCCAATGAAAGAGCCTTCAAAAA
CAAGCTGGATAAAATCCGCGCTCAATACGATGCGATTTTAGAAAAACAAGGTTCTCATATTGATATTAGTCAAATGGGGA
TTGACAATTTGATTGTGGATGAAGCCCATTTATTCAAAAATCTAGCCTTTGAAACTTCTATGGAAAAAATTGCAGGGCTT
GGTAACCAACAAGGCTCTAATCGCGCTAGAGATTTGTTTATTAAAACGCGCTACTTGCATCAAAACGATAAGAAAATCAT
GTTTTTAACCGGCACGCCTATAGCTAATTCCTTGAGTGAAATGTATCACTTGCAACGCTATTTAACCCCTGATGTGTTAA
AAGAAAGAGGGTTAGAATTCTTTGATGATTGGGCTAAGACTTATGGGGAAGTGGTGAATGATTTTGAATTAGACACTTCC
GCTCAAAGTTATAAAATGGTTAATCGCTTTTCTAAATTTAGCGATGTGCAAGGCTTAAGCACCATGTATAGAGCTTTTGC
AGATATTGTCTGTAATGATGATATTTTAAAGCATAACCCCCACTTTGTGCCTAAAGTGTACGGGGATAAACCTATCAATG
TGGTGGTGAAAAGAAGCGAAGAAGTGGCTCAATTTATTGGCGTGGCGGATGAAAATGGCAAATATAATGAAGGCTCTATC
ATTGATAGGATGCAAAAATGCGAGGGCAAGAAAAGCAAAAAAGGGCAAGACAATATCCTTTCTTGCACCACAGACGCTAG
AAAAGTGGCTTTGGATTACCGCTTGATTGACCCTAACGCTAAAGTAGAAAAAGAATTTTCTAAAAGCTATGCTATGGCAA
AAAATATCTATGAGAATTATTTAGAAACTAATGCCACTAAAGGCACACAACTTGGTTTCATAGGGCTATCCACACCCAAA
ACCCATAGTCAAAAAGTCAGTTTAGAAGCGCTAGATAACGCTCACGAAACCGAAAACAAAAATCCCCTAGATGAAGCTCA
AGAACTTTTAGAGAGTTTGTCTAGCTATGATGAAAATGGCAATCTTATCGCTCCTAGCAAGAAAGAATTAGAGAACGAAC
TCAAAGAGAAAGAGGCTAGAAGCGTCAATTTAGATGAAGAGATAGCTAAAGGCTGTTCGTTTGATGTTTATAGCGATGTT
TTAAGGTATTTAGTCCAAATGGGTATCCCACAAAATGAAATCGCTTTCATCCATGACGCTAAAACCGAAGAACAAAAGCA
GGATTTGTTTAAAAAGCTCAATCGTGGCGAAGTGAGAGTTTTACTAGGCAGTCCTGCTAAAATGGGCGTAGGCACTAATG
TGCAAGAAAGATTAGTCGCTATGCATGAATTAGATTGCCCATGGAGGTCTGATGAATTGTTGCAAATGGAAGGGCGTGGG
ATAAGACAAGGCAATATTTTGCACCAAAACGATCCTGAGAATTTTAGAATGAAAATCTATCGCTACGCCACTGAAAAAAC
TTATGATAGCCGTATGTGGCAAATCATAGAGACTAAATCTAAAGGCATAGAGCAATTTAGAAATGCGCACAAATTAGGCT
TGAATGAATTAGAAGATTTTAATATGGGGAGTTCTAATGCGAGCGAGATGAAAGCAGAAGCCACAGGCAATTCCTTAATT
ATTGAAGAAGTCAAATTGAGGGCTGAAATCAAAAACGAAGAAGCAAAATACAAAGCTTTCAATAAAGAAAATTATTTCAA
TGAAGAGAATTTGAAAAACAACTCTTCTCAATGGGATTATCTCAAACAGGAATTGAAAGATTTAGAAACGCTTCAAAGCT
CTGTAATAATCCCCACTCACACAGAGATCAAGCTCTATGATTTGAAAAATGAAGAGAGTAAGGATTATGAGCTTATCAAA
GTTAAAGAGATAGAACCTTTAAAAGAAAACGCCTCTATGAGTGAAGAATTAACGCGCAAAAAACTCAAAGAACAAAACAA
GCAAATAACCGAACAAAATAAAGAAAAACTAGACGCTATTAAAAAGCAATTTGCAAACAATTTGAACGACTTGTTTTTCA
ATGAGGAAAGAGATTGTAAGCTTTTAGAATACAAGGGCTTTATGGTGAATGCTTATAAAACTAAGTATCAAGTGGAGTTT
AGTTTAAGCCCTAAAGACAATCCAAATGTTGCCTATAGCCCTAGCAATATGGTTTATAAAAACGATACTGCCAACATGTT
TAGCTCTTATAATTTCTGCGGTGAGATCAAATTTGATGGGTTTTTAAAGAGACTGGATAACGCTATCACTAAACTCCCTG
AAAAAATCAAGGAATTAGAAAACTCCATTGAAACCACTAAAGAAAATATCGCTAAATACACCAGATTAGTGGAGCAAAAA
CCTTCTTACCCACGACTAGAATACCTGCAAGCTTTAAAATGGGATCATAAAACTCTAATAGATGATTTAGCTAAAATGAG
CAAAGACAGAGATTATAAGCCTGTGTTCAACCCTAAATCTAAAGAAGTCTTAGAGAAAATGAACGCTGAAAAAAGAGCGA
GTTTAGTGGATGAGAGTGTAACAGAAGAAGTAAAAGAACAAGCCAACCAAGAAGCGCATAGACCAATGAAAAAAGCGGCT
AATGATGATTATGACATGGGGGTGTGA

Upstream 100 bases:

>100_bases
AACAATACGGGTTTTTTAAAGATTTTTATTCTAAAAATCCGTATGTTTTAGTTACTAAACTTATGTCCTAATTGTAAAAA
CCTACTCTAAAGGATTACAC

Downstream 100 bases:

>100_bases
GTTCCACTAATACTTTCAATAACATGTTTTTAAATAATGTTATTGAATTTGGCGTAATGCCTTTTAATATTCTTTTTCTC
TAAACTTTTCCCTTTTTAAA

Product: adenine specific DNA methyltransferase

Products: NA

Alternate protein names: NA

Number of amino acids: NA

Protein sequence:

>2808_residues
MQKKKAKNPQPNLFSILDNGDIATNNPTEESDKINEIQDPLPYVVKTQINKASMISRDPIEWAKYLSFEKRVYKDNSKED
VNFFANGEIKESSRVYEANKEGFERRITKRYDLIDTIRNREFFPREIEILTYTNSLEELKEQGLEIQLTHYNETHKKTLE
NGNEIAKEYDYLKDIYQEVERTKDGELVREIIPSISSAECFKLYNKLPFESINNENTKLNTNANEEVKKLEFELAKEVHT
LILEQQLLSATNYYPWIDKDDYANFAWKMHRLINENKLKENHLSADNANKIEQFFFNNGSILGWTKEEQSAMQENRDYSL
RSALLSLEEIAQAKIELQKYYESVYVNGDGNQREIRPFKEILRDINNFEKAYQQRYDKLVSLNAAIIQAKEGGNERQNSN
AKNNNNINNTIETNTSNNIIQNNDNNHPNLSVADLELEQQNLGEPNGKERTNRTDEPNGTRAGIPQEIHRRSEPRGQQEG
MERSRDEELLHQDPSLFIEPREQGGTRGVHRSSDQQAVSEKPHRERDRIHEHVSRGDGVSARAEARANSNGASSPASRME
NGTRSEEKGDNPSNERGIPQPPQSPSHQQNSSRDLGLSLSREQPGQTGRLRLFDHGQMGSLFPTDHENQRSQNNRELDKS
SDRANENGDKSPRQNGSANQEGARSERYGIAPRSSNQSVLPLAQSRLHLAGLGAPNGFRDLEQNRDQKRGLLSNLDHLES
LLNAIRNNTIASEPDFRSRLLEAIQNNEPLKDSLVGAQLLKDPTTKIFYDKFQLKISPKKVLEILENRLKKSIETANETL
NAFNALDSQTIDLNAISNSVGLNPTQEIKITDNSVELNNAQEQTVQEQDTQENAPTTIKQETKEQETPTAPAIPLNPKID
FKPSKEVLIKGAKTRYKANIKAIELLKELQAKQEILKGDYYATLKEQEILAQFSGWGGLESYFKKAQHPEEFKELNALLT
KDEFRRAYLSARDAYYTPKLVIDSIYRALDQLGFNNDNHQKEIFEPSLGTGKFIAHAPSDKNYRFMGTELDPTSASISQF
LYPNQVIQNTALENHPFHQDYDAFVGNPPYGNHKIYSSNDAELSNESVHNYFLGKAIKELKDNGIGAFVVSSWFMDAKNP
KMREHIAKNATFLGAIRLPNSVFKATGAEVTSDIVFFKKGVDKATNQSFTKAMPYYDKILNSLDDDTLFALQNNRFDSFI
PSDQLKIVNAIASHFGFKQEKLQRWYEEIDTANFGYKEQDYEIIKDFMDKVGENNINLNEQTLNEYFIHHPENILGRLSL
EKTRYSFETNGEQIYKYELQALEDKSLDLSQALNQAIEKLPKDVYQYHKTTLKTDALIIDANNERYQEVQKLIKNLERGE
LVKWDDLYFQLEQNNEMGIFLKPTKINSKVQDSRLKAYFKIKDALNDLTSAELNPLSSDLELESKRAKLNLVYDGFVKKF
GYLNENKNRKDIKQDLYGAKVLGLEKDFEKEITPRSAKMQNIEPRQAQAKKAQIFFERTLNPKKELIITNAKEALIASIN
QKGGLDLHFIRDHFTTQSLETTIKELLEQKLIYKDHKDDGGYILANDYLSGNVKRKLKEVKEAINQGVEGLEANLKDLEL
IIPKDLKATEIMANINSPWIPTQYLEEFLIELSANHYEKQYGDKMTDYQLGNLKEDIKVEHLNGTYEVSIRSNELNELYG
IRHKDKPHSYKAPFESLLNKVLNNKDLSVKYAQVDPNDPKKEIFITDEEQSNLARQKAEELKEAFKDWIYKDYARRTHLE
QIYNDTFNNSVLKTYDGSQLELEGFNHHISLRPHQKNAIFRTIQDRAVCLDHQVGAGKTLCAIASCMEQKRMGLVNKTLI
AVPNHLTKQWGDEFYKAYPNANVLVVDSKDITEKERELLYNQIANNNYDAVIIAHTHLELLSNPREIIEGLKEEKLVNAE
KNFERQELAYKNNPRETKKPNERAFKNKLDKIRAQYDAILEKQGSHIDISQMGIDNLIVDEAHLFKNLAFETSMEKIAGL
GNQQGSNRARDLFIKTRYLHQNDKKIMFLTGTPIANSLSEMYHLQRYLTPDVLKERGLEFFDDWAKTYGEVVNDFELDTS
AQSYKMVNRFSKFSDVQGLSTMYRAFADIVCNDDILKHNPHFVPKVYGDKPINVVVKRSEEVAQFIGVADENGKYNEGSI
IDRMQKCEGKKSKKGQDNILSCTTDARKVALDYRLIDPNAKVEKEFSKSYAMAKNIYENYLETNATKGTQLGFIGLSTPK
THSQKVSLEALDNAHETENKNPLDEAQELLESLSSYDENGNLIAPSKKELENELKEKEARSVNLDEEIAKGCSFDVYSDV
LRYLVQMGIPQNEIAFIHDAKTEEQKQDLFKKLNRGEVRVLLGSPAKMGVGTNVQERLVAMHELDCPWRSDELLQMEGRG
IRQGNILHQNDPENFRMKIYRYATEKTYDSRMWQIIETKSKGIEQFRNAHKLGLNELEDFNMGSSNASEMKAEATGNSLI
IEEVKLRAEIKNEEAKYKAFNKENYFNEENLKNNSSQWDYLKQELKDLETLQSSVIIPTHTEIKLYDLKNEESKDYELIK
VKEIEPLKENASMSEELTRKKLKEQNKQITEQNKEKLDAIKKQFANNLNDLFFNEERDCKLLEYKGFMVNAYKTKYQVEF
SLSPKDNPNVAYSPSNMVYKNDTANMFSSYNFCGEIKFDGFLKRLDNAITKLPEKIKELENSIETTKENIAKYTRLVEQK
PSYPRLEYLQALKWDHKTLIDDLAKMSKDRDYKPVFNPKSKEVLEKMNAEKRASLVDESVTEEVKEQANQEAHRPMKKAA
NDDYDMGV

Sequences:
NA

Specific function: NA

COG id: COG4646

COG function: function code KL; DNA methylase

Gene ontology:

Cell location: NA

Metaboloic importance: NA

Operon status: NA

Operon components: NA

Similarity: NA

Homologues:

NA

Paralogues:

NA

Copy number: NA

Swissprot (AC and ID): NA

Other databases:

NA

Pfam domain/function: NA

EC number: NA

Molecular weight: NA

Theoretical pI: NA

Prosite motif: NA

Important sites: NA

Signals:

NA

Transmembrane regions:

NA

Cys/Met content:

NA

Secondary structure: NA

PDB accession: NA

Resolution: NA

Structure class: NA

Cofactors: NA

Metal ions: NA

Kcat value (1/min): NA

Specific activity: NA

Km value (mM): NA

Substrates: NA

Specific reaction: NA

General reaction: NA

Inhibitor: NA

Structure determination priority: NA

TargetDB status: NA

Availability: NA

References: NA