KEGG   Oryctolagus cuniculus (rabbit): 100354541
Entry
100354541         CDS       T03373                                 
Name
(RefSeq) histone-lysine N-methyltransferase ASH1L isoform X6
  KO
K06101  [histone H3]-lysine4 N-trimethyltransferase ASH1L [EC:2.1.1.354]
Organism
ocu  Oryctolagus cuniculus (rabbit)
Pathway
ocu00310  Lysine degradation
ocu01100  Metabolic pathways
Brite
KEGG Orthology (KO) [BR:ocu00001]
 09100 Metabolism
  09105 Amino acid metabolism
   00310 Lysine degradation
    100354541
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:ocu03036]
    100354541
Enzymes [BR:ocu01000]
 2. Transferases
  2.1  Transferring one-carbon groups
   2.1.1  Methyltransferases
    2.1.1.354  [histone H3]-lysine4 N-trimethyltransferase
     100354541
Chromosome and associated proteins [BR:ocu03036]
 Eukaryotic type
  Histone modification proteins
   HMTs (histone methyltransferases)
    HKMTs (histone lysine methyltransferases)
     100354541
SSDB
Motif
Pfam: SET BAH AWS Bromodomain PHD_5 PHD PHD_2
Other DBs
NCBI-GeneID: 100354541
NCBI-ProteinID: XP_002715465
Ensembl: ENSOCUG00000014986
Position
13:37422635..37663028
AA seq 2961 aa
MDPRNTAMLGLGSDSEGFLRKSPSAIHTGTLVSKKEVELENNTKEEEDLRKRNRERSVEA
GKEDGLTDEQQQFSVKETNFSEGNLKLKIGLQAKRTKKPPKNLENYVCRPAIKTTIRHPR
KTLKSGKMTDEKNEHCPSKRDPSKLYKKAGDVAAIECQSEESIHLHSQGESTPLSKKLSP
VHSEMADFVNASPSTLVGSRDPDLKDRALLNGGTSVTEKLAQLIATCPPSKSSKTKPKKL
GTGTTAGLVSKDLIRKAGIGSVAGIIHKDLIKKPTISTAVGLVTKDAGKKPMFNPAVGLV
NKDSVKKLGTGTTAVFINKDLGKKPGTITTVGLLSKDSGKKLGIGIVPGLMNKESGKKLG
LGTVVGLVNKDLGRKLSSTVGLVAKDCAKKIVASSAMGLVNKDIGKKLVTCPVAGLVSKD
AINLKAEALLPTQDPLKASCSANISNHESEELSESLKDSATSRTFEKNVIRQNKESALEK
FSARKEIINLEKEIFNEGSCIQQDSFSSSERGSYETSKHEKQPPVYCTSPDFQMGGGSDA
STAKSPFSAVGESNLPSPSPTVSVNPLTRSPPETSSPLAPNPLLLSPTTELMEEISESVG
KNQFNSESTHLNVGHRSMGHSISIECKGIDKELNDSKTTHIDIPRISSSLGKKPNFTSES
SIHTITPSVVNFTSLFSNKPFLKLGAVSAPDKHCQVAESLSTSLQSKPLKKRKGRKPRWT
KVVARSTCRSPKGLELERSELFKNVSCGSLSNSSSESAKFMKNIGSTSFVDHDFLKRRLP
KLSKSTSPSLALLTDGEKPSHKSFATHKLSSSMCVSSDLLSDIYKPKRGRPKSKEMPQLE
GPPKRTLKIPASKVFSLQSKEEQEPPILQPEIEIPSFKQSLSVSPFPKKRGRPKRQMRSP
VKMKPPVLSVAPFVATESPSKLESESENHRSSSDFFESEDQLQDPDDLDDSHRPSVCSMS
DLEMEPDKKITKRNNGQLMKTIIRKINKMKTLKRKKLLNQILSSSVESSNKGKVQSKLHN
TVSSLAATFGSKLGQQINVSKKGTIYIGKRRGRKPKTVLNGILSGSPTSLAVLEQTAQQA
AGSALGQILPPLLPSSASSSEILPSPICSQSSGTSGGQSPVSSDAGFVEPSSVPYLHLHS
RQGMIQTLAMKKASKGRRRLSPPTLLPNSPSHLSELTSLKEATPSPISESHSDETIPSDS
GIGTDNNSTSDRAEKFCGQKKRRHSFEHVSLIPPESSTVLSGLKEKHKHKCKRRNHDYLS
YDKMKRQKRKRKKKYPQLRNRQDPDFIAELEELISRLSEIRITHRSHHFIPRDLLPTIFR
INFNSFYTHPSFPLDPLHYIRKPDLKKKRGRPPKMREAMAEMPFMHSLSFPLSSTGFYPS
YGMPYSPSPLTAAPIGLGYYGRYPPTLYPPPPSPSFTTPLPPPSYMHAGHLLLNPTKYHK
KKHKLLRQEAFLTTSRTPLLSMSTYPSVPPEMAYGWMVEHKHRHRHKHREHRSEQPQVSM
DAGSSRSVLESLKRYRFGKDTLGERYKHKEKHRCHMSCPHLSPSKSLINREEQWVHREPS
ESSSLALGLQTPLQIDCSESSPGLSLGGFTPNSEPASSDEHTNLFTSAIGSCRVSNPNSS
GRKKLTDSPGLFAQDTTLNRPHRKEPLPSSERAVHTLTGSQSTSDKPSQRSSESTNCSPA
RKRSSSESTSSTVNGVPSRSPRLVASGDDSVDSLLQRMVQNEDQEPMEKNIDAVIATASA
APSSSPGRSHSKERTLGKPDSLLVPAVPIDPCSNSISLLSEKLTSSCSPHHIKRSVMEAM
QRQARKMCNYDKILATKKNLDHVNKILKAKKLQRQARTGNNFVKRRPGRPRKCPLQAVVS
MQAFQAAQFVNPELNEGEEAAALHLNPDTVTDVIEAVVQSVNLNPEHKKGLKRKSWLLNE
QARKKQKSLPEEEEQENNKSFTEAPVEIPSPSDTPAKPPEPESNLQPVLSLIPREKKAPR
PPKKKYQKAGLYSDVYKTTDPKSRLIQLKKEKLEYTPGEHEYGLFPAPIHVGKYLRQKRI
DFQLPYDILWQWKHNQLYKKPDVPLYKKIRSNVYVDVKPLSGYEATTCNCKKPDDDTRKG
CVDDCLNRMIFAECSPNTCPCGDQCCNQRIQRHEWVQCLERFRAEEKGWGIRTKEPLKAG
QFIIEYLGEVVSEQEFRNRMIEQYHNHSDHYCLNLDSGMVIDSYRMGNEARFINHSCDPN
CEMQKWSVNGVYRIGLYALKDMPAGTELTYDYNFHSFNVEKQQLCKCGFEKCRGIIGGKS
QRMNGLASGKSNQPITTHKKSGRSKEKRKSKHKLKKRKGHFSEETNENINTPTRLTPQLQ
MKPMSNRERNFVLKHHVFLVRNWEKIRQKQEEVKHTSDNIHSASLYTRWNGICRDDGNIK
SDVFMTQFSALQTARSVRTRRLAAAEENIEVARAARLAQIFKEICDGIISYKDSSRQALA
APLLNLPPKKKNADYYEKISDPLDLITIEKQILTGYYKTVEAFDADMLKVFRNAEKYYGR
KSPIGRDVCRLRKAYYNARHEASAQIDEIVGETASEADSSETSVSEKENGHEKDDDVIRC
ICGLYKDEGLMIQCDKCMVWQHCDCMGVNSDVEHYLCEQCDPRPVDREVPMIPRPHYAQP
GCVYFICLLRDDLLLRQGDCVYLMRDSRRTPDGHPVRQSYRLLSHINRDKLDIFRIEKLW
KNEKDERFAFGHHYFRPHETHHSPSRRFYHNELFRVPLYEIIPLEAVVGTCCVLDLYTYC
KGRPKGVKEQDVYICDYRLDKSAHLFYKIHRNRYPVCTKPYAFDHFPKKLTPKRDFSPHY
VPDNYKRNGGRSSWKSERSKPPLKDLGQEDDALPLIEEVLASQEQAANEMHSMEEPEQEG
ATAQVSEGEKNTEESSQEPQPACTPEERRHNQRERLNQILLNLLEKIPGKNAIDVTYLLE
EGSGRKLRRRTLFIPENSFRK
NT seq 8886 nt   +upstreamnt  +downstreamnt
atggaccctagaaatactgctatgttaggattgggttctgattccgaaggttttttgcga
aagagtccttctgccatccatactggcacgctggtcagtaagaaagaagtggagctagag
aataacacaaaggaggaagaggaccttcgcaaacggaatcgggaaagaagcgttgaagca
gggaaagaggatggtttgactgatgaacagcagcagttttcagtgaaagaaacaaacttt
tcagagggtaatttaaaactgaaaattggccttcaggctaagagaactaaaaaacctcca
aagaacttggagaattatgtgtgtcgacctgccataaaaacaactatcaggcatccaagg
aaaacactgaaaagtggaaagatgacagatgaaaagaatgaacactgtccttcgaaacgg
gacccttccaagttgtacaagaaagcaggtgatgttgcagccattgaatgccaatctgaa
gaaagcatccatcttcattcacagggagaaagcactcctttgtccaagaagctttctcca
gtacactcagaaatggcagattttgttaatgcatcaccatctactcttgttggtagtcgg
gatcctgatttaaaggacagagcattacttaatggaggaactagcgtaacagaaaagttg
gcacagctcattgctacttgtcctccctccaagtcttccaagacaaaaccgaagaagtta
ggaacaggcactacagcaggattggttagcaaggatttgatcaggaaagcaggcattggc
tctgtggctggaataatacataaggatttaataaaaaaaccaactattagcacagcagtt
ggattggtaactaaagatgctgggaaaaagccaatgtttaacccagcagtaggactggtc
aataaagactctgtgaaaaaactgggaactggcactacagccgtattcattaataaagac
ttgggcaaaaagccagggactatcactacagttggactgctgagcaaggattcaggaaag
aagctaggaattggtattgttccgggtttaatgaataaggagtctggcaagaagttagga
cttggcactgtggttggactggttaataaagacttgggaaggaaattgagttctactgtt
ggcctagtggccaaggactgtgcaaagaagattgtagcaagttcagcaatgggattggtt
aataaagacattggaaagaaactagtgacctgtcctgtggcaggactggtcagtaaagat
gccataaaccttaaagcggaagcactgctccctactcaggatccacttaaggcttcttgt
agtgcaaacatcagtaaccacgaaagtgaagaactttctgaatccctgaaagacagtgcc
accagcagaacttttgagaagaatgtcattcggcagaacaaagaaagtgcactagaaaag
ttctcagctcgaaaagaaatcattaatttggagaaagaaatatttaatgaaggatcatgc
attcagcaagacagtttctcatccagtgaaaggggatcttatgaaacctcaaagcatgaa
aagcaacctcctgtatattgcacttctccagactttcagatgggaggtggttctgatgca
tctacagctaaatccccttttagtgcagtaggagaaagcaatctcccttccccatcacct
actgtatctgttaatcctttaactagaagtccacctgaaacttcttcaccgttggctcct
aatccgttacttcttagtcctaccacagaactaatggaagaaatttctgagtctgttgga
aagaatcagtttaattctgaaagtacccatttgaatgttggtcataggtccatgggtcat
agcataagtattgagtgtaaagggattgataaagaactaaatgattcaaaaactacccat
atagatattccaagaataagctcttccctgggaaaaaagccaaatttcacttctgaatcc
agtattcatacaattactccctcagttgttaacttcactagtttatttagtaacaaacct
tttctaaaacttggtgcggtaagtgcaccagacaaacactgccaagttgctgaaagtcta
agcactagtttgcagtccaaaccattaaaaaaaagaaaaggaagaaagcctcggtggact
aaagtggtagcaagaagcacatgccggtctccaaaagggctagaattagaaaggtcagag
ctttttaaaaatgtttcctgtggctcactatcaaatagtagttccgagtcagccaagttt
atgaaaaacattggatcaacttcgtttgtagatcatgacttccttaaacgccgattgcca
aagttgagcaaatccacatctccatctcttgctctcttaactgatggtgaaaaaccgtct
cataagtcttttgctactcataaactatcctctagtatgtgtgtctctagtgaccttttg
tcggatatttacaagcccaaaagaggaagacctaaatcaaaagagatgcctcaactagaa
ggtccacctaaaaggactttaaaaatccctgcctctaaagtattttctctgcagtctaaa
gaagaacaagaacccccaattttacagccagaaattgaaattccttccttcaaacaaagt
ttgtctgtgtctccttttccaaaaaagagaggcaggcctaagaggcaaatgagatcacca
gtcaagatgaagccacctgtgctatcagtagctccatttgttgccactgaaagtccaagc
aagctagagtcagaaagtgaaaaccatagaagcagcagtgatttctttgagagtgaggat
cagcttcaggatccagacgatttagatgacagtcacaggccaagtgtttgtagtatgagt
gaccttgaaatggaaccagataaaaaaattacgaagagaaacaatggacaattaatgaaa
acaattatacgcaaaataaataaaatgaagactttaaagagaaagaaactgttgaatcag
attctttcaagctctgtagaatcaagtaataaagggaaagtgcaatccaagctccataat
acagtatcaagtcttgctgccacatttggttctaaattgggccaacagataaacgtcagc
aagaaaggaaccatttacataggaaagaggaggggtcgcaagccaaaaactgtcttaaat
ggcattctttctggtagccctaccagccttgctgtccttgagcaaacagcgcagcaggca
gctgggtcagcgttaggacagattctcccccctttgctgccttcatctgctagtagttct
gagattcttccgtcacctatttgttctcagtcttctgggactagtggaggtcagagccct
gtaagtagtgatgcaggctttgttgaacccagttcagtgccatatttgcatttgcactcc
agacagggcatgattcagactcttgcaatgaagaaggcctcaaaggggaggaggcggtta
tctcctcctactttgttgccaaattctccttcccacttgagtgaactcacatctctgaaa
gaagctactccttccccaattagtgagtctcatagtgatgagaccatccccagtgatagt
ggaattggaacagataataacagcacatcagatagagcagagaaattttgtggacaaaaa
aagagaaggcattcttttgagcatgtttctctgattccccctgaatcttctacagtctta
agcggtcttaaagaaaagcataaacacaaatgtaagcgcaggaatcatgattatctcagc
tacgacaagatgaaaaggcagaaacgaaaacggaaaaagaaatatccccaactccgaaac
agacaggatccagactttattgcagagctggaggaactaataagtcgtctaagtgaaatt
cggatcacccatcgaagtcatcattttatcccccgggaccttctgccaactatttttcga
atcaactttaatagtttctatacacatccttcttttcccttagatcctttgcactacatt
cgaaaacctgacttaaaaaagaaaagggggaggccccctaagatgagggaggcaatggct
gaaatgccttttatgcacagccttagttttcctctttctagtactggtttctatccatca
tatggcatgccttattctccttcacctcttacagctgctcctataggattaggttactat
gggaggtatcctcccactctttatcctccacctccatctccttctttcaccactccactt
ccacctccttcctacatgcatgctggtcatttacttctcaatcccaccaaataccacaag
aaaaaacataagctacttcgacaggaggcctttcttacaaccagtaggactcctctcctt
tccatgagtacctatcccagtgtccctccggagatggcctacggttggatggttgagcac
aaacacaggcaccgtcacaaacacagagaacaccgttctgaacagccccaggtttccatg
gacgctggctcttccagatctgtcctggagtcattgaagcgctatcgctttggaaaggat
actcttggagagcgatataagcataaagaaaagcaccgttgtcacatgtcctgccctcat
ctctctccttcaaaaagcttaataaacagagaagagcagtgggtccaccgagagccttca
gaatctagttcattggccttgggattgcagacacctttacagattgactgttcagaaagt
tctccaggtttatcccttggaggatttactccaaactctgagccagccagcagtgatgaa
cacacaaaccttttcacaagtgcaataggcagctgcagagtttcaaaccctaactccagt
ggccggaagaaattaactgacagccctggactctttgcacaggacactacactaaatcgg
cctcacagaaaggagccactgccttccagtgaaagggcagtacacactttaacaggttcc
cagtcaacttcagataaaccctcccagcgatcatcagaaagcacaaactgtagccctgcc
cgaaagaggtcttcatctgagagtacttcttcaacagtaaatggagttccctctcgaagc
ccaagattggttgcttctggagatgactctgtggatagcctgctgcagcggatggtacaa
aatgaagaccaagagcccatggagaaaaacattgatgctgtgattgcaactgcctctgca
gctccttcctccagtccaggacgtagccacagcaaggagcggacgctaggaaaaccagac
agccttctagtgcctgcagtccccattgacccttgcagtaatagcatctcactcctttct
gaaaaattgacaagcagctgttcccctcatcatatcaaaagaagtgtaatggaagctatg
cagcgccaagctcggaaaatgtgcaattatgacaaaattttggccactaagaaaaactta
gaccacgtcaataaaattttaaaagccaaaaaacttcaaaggcaggccaggacaggaaat
aacttcgtaaaacgcagaccaggtcgacctcggaaatgtcctctccaggccgtagtatca
atgcaggcattccaggctgcccagtttgtcaacccagaattgaatgaaggtgaagaggca
gcagcactgcacctcaatcctgatacagttacagatgtaattgaagctgttgttcagagt
gtaaacctgaacccagaacataagaagggtttgaaaaggaaaagctggctcttgaatgaa
caggccaggaaaaagcagaagtcattacccgaggaagaagaacaagagaataataaaagc
tttactgaagcaccagttgagattcccagtccttctgacaccccagccaaacctcccgaa
cctgaaagtaacttgcagcctgtgctctctctcatcccaagggaaaagaaggccccacgt
cccccaaagaagaagtatcagaaagcagggctgtattctgatgtttacaaaactacagat
ccaaagagccgattgatccagttaaagaaagagaagctggagtatactccaggagagcat
gaatatggattattcccagcccccattcatgttggaaagtatctaagacaaaagagaatt
gacttccagcttccctatgacatcctctggcagtggaaacacaatcagctatacaaaaag
ccagatgtcccactatataaaaaaattcgttcaaatgtctacgttgatgtcaaacccctt
tctggttacgaggctaccacctgtaactgtaagaagccagatgatgacaccaggaagggc
tgtgtggatgactgcctcaatagaatgatctttgctgagtgttcccccaacacttgcccc
tgtggtgatcagtgctgtaaccagaggatacaaaggcatgagtgggtgcaatgtctagaa
cgatttcgagctgaagaaaaaggctggggaatccgaaccaaagaacccttaaaagctgga
caattcatcattgaatatctaggggaggttgtcagcgaacaggagttcagaaacaggatg
attgagcaataccataatcacagtgaccactactgtctgaacttggatagcggtatggtg
attgacagttaccgcatgggaaatgaggcccgattcatcaatcacagctgtgacccaaat
tgtgaaatgcagaaatggtctgttaatggagtataccggattggactgtatgctcttaaa
gacatgccagctggtactgaactcacttatgattacaacttccattccttcaatgttgaa
aaacagcaactttgtaaatgtggctttgagaaatgtcgcggaatcatcggaggcaagagt
caacgcatgaatggactcgccagcggcaaaagtaaccagcctataaccacacataaaaag
tctggacggtcgaaagagaagagaaagtctaagcacaagctgaagaaaaggaaaggtcat
ttctctgaggaaaccaatgaaaacatcaacactccaacaagattgaccccccaattacag
atgaagccaatgtccaatcgagagaggaactttgtattgaagcatcatgtgttcttggtc
cgaaactgggagaaaattcgtcagaaacaggaggaagtaaagcacaccagtgataatatt
cactctgcatcattatatacccgctggaatggcatctgtcgagatgatgggaatatcaag
tctgatgttttcatgacccagttctctgccctgcagacagctcggtctgttcgaacaaga
cggttggcagctgcagaagaaaacattgaagtggctcgggcagcccgcctggcccagatc
ttcaaagagatctgtgatggtatcatctcttataaagattcttcccgacaagccctggca
gctccacttttgaacctccccccaaagaaaaagaatgctgattattatgagaagatctct
gatcctctagatctcatcaccatagaaaagcagatccttactggctattataaaacagta
gaagcgtttgatgctgacatgctcaaggtctttcggaatgctgagaagtactacgggcgt
aaatccccaattgggagagacgtttgccgcctacgaaaggcctattacaatgcccggcac
gaggcatcagcccaaattgatgagattgtgggagagacagcaagtgaagcagacagcagt
gaaacctcagtctcggagaaggagaatgggcatgagaaggacgatgacgtgatccgctgt
atctgtggcctctacaaggatgagggcctcatgatccagtgtgacaagtgcatggtgtgg
cagcactgtgactgtatgggagtgaactcagatgtggaacattacctttgtgagcagtgt
gacccaaggccagtggacagggaggtgcccatgatccctcggccccactatgctcaacca
ggctgtgtctacttcatatgtttgctccgagatgacttgctgcttcgccaaggtgactgt
gtgtatctgatgagggatagtcggcgcaccccagatggccacccagttcgtcagtcctat
aggctgttatctcacattaaccgagataaacttgacatcttccgcattgagaagctttgg
aagaatgagaaagatgagcgatttgcctttggtcaccattatttccgtccccatgaaacc
caccattctccatcccgtcggttctaccacaatgaactgtttcgtgtgccactttatgag
atcattcccttggaggccgttgtggggacctgctgtgtgttggacctttatacatattgt
aaagggagacccaaaggagtgaaggagcaagatgtctacatctgtgattatcggcttgac
aagtcagcacaccttttctacaagatccaccggaaccgctatcctgtctgcaccaaaccg
tatgcctttgatcacttccccaagaagcttactcccaaaagagatttctcacctcattat
gtcccggacaactacaagaggaacggaggtcggtcatcctggaagtctgagcgctcaaag
ccaccgttaaaagacctgggccaggaggatgatgctctgcccttgattgaagaggttcta
gccagtcaggagcaagcggccaatgagatgcacagcatggaggaaccagaacaggaggga
gcaacagcccaagttagtgagggtgaaaaaaacacagaggaaagtagtcaagagccccag
ccagcctgtacccctgaggagcgacggcataaccagcgggagcggctcaaccagatcctg
cttaatctgcttgaaaaaatccctgggaaaaatgccattgatgtgacctacttgctggag
gaaggatcgggcagaaagctgcgaaggcgtactttgtttattccagaaaacagctttcgg
aagtga

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Ontology (3)   
   KEGG BRITE (3)   
Pathway (2)   
   KEGG PATHWAY (2)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (37)   
   KEGG ORTHOLOGY (1)   
   RefGene (32)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
Protein sequence (11)   
   RefSeq(pep) (11)   
DNA sequence (17)   
   RefSeq(nuc) (11)   
   GenBank (3)   
   EMBL (3)   
Protein domain (7)   
   Pfam (7)   
All databases (88)   

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