Sinocyclocheilus anshuiensis: 107685579
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Entry
107685579 CDS
T04917
Name
(RefSeq) histone-lysine N-methyltransferase ASH1L-like isoform X1
KO
K06101
[histone H3]-lysine4 N-trimethyltransferase ASH1L [EC:
2.1.1.354
]
Organism
sanh
Sinocyclocheilus anshuiensis
Pathway
sanh00310
Lysine degradation
sanh01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
sanh00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
107685579
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
sanh03036
]
107685579
Enzymes [BR:
sanh01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.354 [histone H3]-lysine4 N-trimethyltransferase
107685579
Chromosome and associated proteins [BR:
sanh03036
]
Eukaryotic type
Histone modification proteins
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
107685579
BRITE hierarchy
SSDB
Ortholog
Paralog
GFIT
Motif
Pfam:
Bromodomain
Motif
Other DBs
NCBI-GeneID:
107685579
NCBI-ProteinID:
XP_016337704
LinkDB
All DBs
Position
Unknown
AA seq
1919 aa
AA seq
DB search
MDKKRQKTTPRLEKEEQNERTEDRTRMRKTKGAEPEASSKSITSAVKQQQQPSPGELTDT
KSDQSDGNLRMKIGVGAKRTKKPPKSLENFICRPTIRISQRLAHGDGHSSCGGEVSSSEI
RVAKQSHREIQKKDRNDCISPKASTRLPTSSKKADSTPDITASTKAPSKHLRKTDSKSLL
TSDGPSYAVQPQTDSKVPLSDRITSSTLLKQTYSPPAAPSPPSLLQQNSSPQDSTQVLNA
QKEKGEDLPTGESMTSSLSSHGSNDMNAQTSQQYSSNIENDSESTSLPISCSENLVKQAP
CPPKKTRIRESNAYKVLNAKEKEDGDSACSKNMSNAITNSRSKEKGLLHKQSPSIKTPLL
LTASDKSAESATPENSTCTPELLDSRGRNKKYTESEVIDDTRKMTVEPAQAVAVQPKDGS
RVGHIIDKNKKRSKHSANQDEDVQCSSQPPGCADSQFNSSVPSDEPPSHPKQNIMSQKKQ
KAVQMTMENPGKKMELLNTANVSSTACKKIPQKSNLKKIPSIKSSKALSTQQGKSRQVGQ
PSKSKQLQNSSPRSETFSFEPPPKKRGRPKMARLEETPQESKSQKSSTKFPILEHANVPD
PENGLKLPKPAPKTIGQPKCSTSVQKKRSKSLDSASGKRGAVGKLKPSLSKARDAQISRK
RNRLIMKTVITNINRMRVKKKDKVLTQFLSGQSQSNKSDFAQKDNEGDADCSVSDGTHSL
SSLVTSFGGKLGPQINISKRGTIYIGKRRGRKPKAQRETSDQDSEQVLGQKSQQVLTESS
NQLNSWSTSGEHSHSFDGQSPLCSSPYSFKHLESPSPTLSSFRRKLHLGNREYDQHSAPK
VTSSQKVKAMHEEKSKPPSSSQSAPRPSATSQLGSVRIQDRRTTHLGRSVLMEKERLKYK
CHRKGHNCLSHDKIRGHKHKCKKKYLQLRAKRQDPAFLAEIEELVVRFSEIRIVHHISSR
GCGDEAKSGRKSGKGKAHPHVLQCLPQNLHHPTMFQINFSGYYSPQSEFSRDSLHYVGMA
DFKRNNGCPSQPGEHIVTHCPVVHKLGFPLSGGSCYHPPYKMPLSNNSFGFGLYRGYPPS
ATIYPSSPFLPSYVHPYSKNPILSPSKFHKKKHKFLRHDSLLCGGKPQEMYANVTSHSPS
DWFSRNSWQREDNREQARDKRFVDDRLREREGIEGLRGQSKLRKDHFRRDTPSNPPCCSS
TPSKQADKHKTSPLSYIGPSNLRPVSKVRWAEHQQPWRWRESTQVEPGNRVLNQGAGSAY
QEDDDEGDEDLPSPPLADRAIHHHSFLRNPNLASSAYSGMTAQRRIGEVQSASRNLMRPG
SSLMNDCSAGGIRTSESFQPGGSLFSEHFSASPSLNERQERGEREKRPNISKTHFQSNDI
RPFSSCTTSKISLSHLNNSKNTTPNKRKLKHVKKPLKKKTPRGQEVTGSEVKRRGRGRPR
KNPAPCFSPPLPATPLHHEATESPAKRKKGERDDYTVLNAIESMAQHEKKKRRKERDATR
SSEVQVDEVEDTGLSQEPSQSHINTSSPSQDPSVSVNSQSEKRSEKKYEWAGLYSDVYKS
ENPTSLSSPVHTDCLDYDSEEHEHGLLPAPIHVGKYLRLKRIDFQLPYDIYRLCAKEKHP
KKSRKTPLKMAPSNGSVDVMSRTQTEDGSCKHQKLSVTHDCVSDSLNSNVSPRPNTEEIG
KEISETDIENNLPNQPDPPKQQENGNDAENIPSPLLMMPLSCEERSFVLEHGIFLVRNYE
KMRDRQALLLREEVTELEEENKEDRGNSQKGDQKGDLEDTSTKSDQCLAHSSPQSENREG
DEEGRSVESKNLTQTLQGIYDVIVSHKGSSGQTLAAPLLNLCSRKRSGSAPVDLSTLLRQ
LLSGHYESLDSFHSDMLKVFHCAEKYYGCESSVGRNVRQLREVYHSAHQEALTQNGSFL
NT seq
5760 nt
NT seq
+upstream
nt +downstream
nt
atggataagaaaaggcaaaagacaacacctagactggagaaagaagaacaaaatgagagg
acagaagacaggacgagaatgagaaaaaccaaaggggctgaaccagaagcttcctcaaag
agtattaccagtgcagttaagcagcagcagcagcctagtccgggggagttaacagataca
aagtctgaccagtcagatggaaatttgagaatgaaaataggggttggagcgaaacggaca
aagaagcccccaaagagccttgagaacttcatatgcaggcccacaatcagaatctctcag
aggcttgcacatggagatggtcatagttcatgtggaggtgaagtctccagttctgagatc
agagtagccaagcagtcacatcgtgagattcagaaaaaagataggaacgattgcatttct
ccaaaagcatccacaaggcttcccacttcatccaaaaaagctgactctacaccagacatt
acagcctctacaaaggctccatcaaagcatttgaggaagactgactcaaagtcattatta
acatcagatggaccttcgtatgcagttcaaccacagacagatagcaaagtaccactttca
gatagaataacgtcctctaccttgctgaagcagacatattcacctccagctgccccttct
ccaccttccttattacaacagaactccagtccacaagacagcacccaagttttaaatgct
caaaaagaaaagggtgaagatctcccaactggagaatcaatgacctcctccctcagttca
catggttcaaatgatatgaatgctcagacatctcagcagtactcttccaatattgaaaat
gacagtgaaagcacatcacttccaatatcatgtagtgagaatttagtaaagcaagctccc
tgccctccaaaaaaaactagaatcagagaaagtaatgcttacaaggttttaaatgcaaaa
gagaaagaagatggagattctgcatgttccaaaaacatgagtaacgccataactaacagt
aggagtaaggaaaagggtttattgcataagcaaagtccctctatcaagacaccattactc
cttactgcttcagataaatctgccgaatcagcaactcctgagaacagcacttgtacgcca
gagttactggacagcagaggaaggaataagaagtatactgaaagtgaagttatagatgac
accagaaagatgactgtggaacctgctcaagctgttgctgtccagccaaaagatggcagc
agggtggggcatatcattgacaagaataagaaaagatctaagcatagtgcaaaccaggat
gaagatgtgcagtgctcctctcaaccccctgggtgtgcagattctcagtttaacagttcc
gttccaagtgatgagccaccttcacatcccaaacaaaacatcatgtcacagaagaaacaa
aaagctgttcagatgactatggaaaatccgggcaagaagatggagctgttgaatactgct
aatgttagttccacagcctgtaaaaagattccacaaaaatcaaaccttaaaaaaattcct
tccattaagtcatcaaaggcattgtcaacacagcagggtaaatcaagacaagttggacaa
ccttctaaatctaaacaactgcaaaattcatcacctagatcagaaaccttttcctttgag
ccccctcctaagaaaaggggtcgtccaaaaatggccaggttggaagagactcctcaggaa
agtaagtctcaaaagtcctctactaaattccccatacttgaacatgcaaatgtccctgat
ccagagaatggcctgaaactcccaaagccagctcccaaaacaataggtcaacccaaatgt
tccacctctgtccagaaaaagagatctaaatcactggactcagcatcagggaagagggga
gctgtaggaaaactcaaaccctccttgtctaaagctagagatgctcagatcagccgcaaa
cgaaacaggttgataatgaagacagtaatcacaaatatcaataggatgagggtgaagaag
aaggataaggtactcacacagttcctttcagggcaaagccaaagtaacaaatcagatttt
gctcagaaagacaatgaaggtgatgctgattgttcagtttcagatggaacacactcttta
tcctcacttgttacctcttttgggggaaaacttggtccacaaattaatatcagcaaacgt
gggactatctacataggaaaaaggagaggtcgtaaacctaaagctcaaagagaaacttct
gatcaagactctgaacaagttctgggtcaaaagtctcagcaagtcttgacagagtcttct
aatcagttgaactcttggtccacctctggtgaacatagtcattcatttgatggccagtct
cctttgtgcagctctccctattcatttaaacatcttgagtccccttcgcccactcttagt
tctttccgaagaaagcttcatcttggcaaccgtgaatatgatcaacattctgctccaaag
gtaaccagttcccaaaaggttaaagcaatgcacgaagagaaatcgaaacctccttcctcc
tcgcaatctgcaccacgcccttcagccacatcccagttaggctctgtaaggattcaagac
cgcagaactacacaccttggacgatcagtattgatggagaaagaaagactcaaatacaag
tgccatagaaaaggtcataattgcctaagccatgataagattaggggacataaacacaaa
tgtaagaagaagtatcttcaactcagggctaaaaggcaagacccagccttcctggcagaa
attgaggagttagtggtcagatttagtgagattcgtattgtgcatcatatctcatcacga
gggtgtggggatgaagcaaaatctggaaggaagagtgggaaagggaaagctcatcctcac
gttcttcagtgtctaccacaaaaccttcatcatccaaccatgtttcaaatcaacttcagt
ggttactactcccctcagtcagaattttctcgtgactctctgcattatgtcggaatggca
gattttaagaggaacaatgggtgtccctctcaaccaggtgaacatattgtcacacattgc
ccggtagtgcacaaacttggctttccactgtcaggaggcagttgttaccatccaccatac
aaaatgccactctctaacaattcatttggttttggactttataggggataccctccatct
gcaactatatacccttcgtcgccctttttaccctcttatgtgcacccctactccaaaaat
cccattttaagcccatcaaagttccataaaaagaagcacaagtttctgagacatgactct
ctactttgtggcgggaagccacaggagatgtacgctaatgtaacatctcattcccctagt
gactggttcagtagaaatagctggcaaagagaagacaacagagagcaggctagagataaa
aggtttgtggatgataggcttagagaaagagaaggaatagagggtttacgagggcaaagt
aagctcagaaaagaccatttcagaagggatacgccctcaaatcccccctgctgttcctca
acaccctcaaaacaagcagacaaacacaaaacttcaccactttcttatataggaccttca
aatctgagaccggtatcaaaagttaggtgggcagagcatcagcagccatggaggtggaga
gagagcactcaggtagagccggggaacagggttttaaaccaaggagctgggtcggcgtac
caggaggacgatgatgaaggtgatgaagacctaccatcacctcccctagcagacagagcc
atccaccatcattctttcctgaggaaccccaatcttgctagtagcgcgtacagtggaatg
acagctcaaaggaggattggtgaagttcagtctgcttcaaggaacttaatgagacctgga
agctcattgatgaacgattgctcagctggaggcataagaacatcagagagcttccagcct
ggcggttcactcttctctgagcacttctctgccagtccctctcttaatgaacgtcaagag
agaggagaaagagagaaaagacccaacatcagcaaaacacactttcagagcaatgatatc
aggcctttttcctcgtgtaccacctccaaaatcagcctttctcatttaaataattctaaa
aatacgacgccgaacaaacgtaaactgaaacatgtcaaaaagcctctcaagaaaaagact
cccagaggtcaagaggtcacaggaagtgaggtgaagagaagaggacgaggtcgaccaaga
aaaaaccctgcaccatgcttttctccacctttacctgctacacctttacatcatgaagcc
acagagtctcctgcgaaacgtaaaaaaggggaaagagatgactacacagtactcaatgcg
attgagtccatggctcaacatgagaaaaagaaaagaaggaaagaaagagatgcaacgagg
agcagtgaagtgcaggtagatgaagtagaagacacaggtctgagccaagagccctcacag
tcgcacatcaacacatcctcaccttcccaggatccatcagtgtctgtaaacagccaatca
gagaagaggtctgaaaagaaatatgagtgggcggggctttactctgatgtgtataaaagc
gagaaccccacgagtctgtcctctccagtacacacagactgccttgactatgattctgaa
gaacatgagcacggtctacttcctgcacctatacacgtaggaaagtatctgaggctgaaa
cggattgactttcagttgccctatgacatatatcgactctgtgcaaaggaaaagcatcct
aaaaagtcacgaaagaccccactaaagatggccccatccaatggatctgttgatgtaatg
tctcgcactcagaccgaagacggttcctgtaaacatcagaagctcagtgtgactcatgac
tgcgtttctgacagccttaatagtaatgtcagccctagacctaatacagaagagattgga
aaagaaattagtgaaacagacattgaaaataatcttcccaatcaacctgaccctcccaaa
cagcaggagaacggcaatgatgctgaaaatatcccctcccctctcctgatgatgccctta
tcttgtgaggagaggagcttcgtcttggaacatggcatttttctggtgagaaactatgag
aaaatgagggacagacaggcattgctcctgagggaggaggtgacagagctagaggaagaa
aacaaagaagatagagggaacagccagaagggggatcagaaaggcgatctcgaagacacc
agcactaagtcagaccagtgcctggctcactcgagcccacagtctgaaaacagagaggga
gacgaggaggggagaagtgtagagagcaaaaacctcacgcaaacactccaggggatctat
gacgtcattgtcagtcacaaggggtcatctggacaaaccctcgccgctcctctgctgaac
ctgtgctccagaaagagatcaggctcggctcctgtcgatctcagtacgctgctgaggcag
ctcctctcaggccactatgagagtctggacagctttcattcagacatgctgaaggtgttc
cactgcgccgagaaatactacggttgtgagtcgtcggtgggtcgtaacgtgaggcagctg
agggaagtgtaccacagtgctcatcaggaggccttaactcagaacggcagtttcctgtga
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integrated database retrieval system
