KEGG T01056: 100180972

Ciona intestinalis (sea squirt): 100180972

Entry

100180972 CDS T01056

Definition

uncharacterized LOC100180972

Orthology

K09186

histone-lysine N-methyltransferase MLL1 [EC:2.1.1.43]

Organism

cin Ciona intestinalis (sea squirt)

Pathway

cin00310

Lysine degradation

Class

Metabolism; Amino acid metabolism; Lysine degradation [PATH:cin00310]

SSDB

Motif

Pfam:

SET zf-HC5HC2H FYRC zf-HC5HC2H_2 FYRN

Other DBs

NCBI-GI:

459180252

NCBI-GeneID:

100180972

Position

AA seq 2182 aa
MASNFDCEKLCSVEDLTDNLLYFVHSNDANIIRVIATIALRITEPISLRSKLNNEDFQDF
ISYLQNASSDRQTWNLTAQALDNLQNKPDSGFIQKNPADSIKPEADTKPLKCDDTARPRD
LFAVRFAVHNGRYHSVGTFCSHVAAILDSVVDDNDREEVGKAFCKEAGSVFSWFNFETGK
VRDSNDFPDYLLPNATMPPTPEHDYAQWQDKDIVTHPGTPDPSPMKSQCSTTPSKSDTWA
SPLKNNEDLRQCIFCSKYGDDHPMYAGRLLYCSQDEWCHVNCALWSAEVYEQHDGSLQNV
QSAASRGKMMKCELCKLPGATVGCSTRQCPKNYHFMCARKTDCAFQNDKKVFCLRHHSNA
NIELIYDEEFEVLRMVCVDNDEMRPNRRWQRGVLSSNITVTIGSLTVHQLGRLGVASDIR
DCLIPASFRMTRVFWSAFSPTRKTVYTITVSEKKPSFDGNQSKPAADNTNLTISHASEDE
HPAPSSPPSSKSKLHSPPHPCVTNLLDRMDSIPPIGPLSPTRRSSHRNERRPTGSYTIIS
SFNKTLPQMLTPLPTTPKYTTPEPNTPTPIKPTKISPDNPFLRPILSDATPKTLPLTLIP
QNGEKEQICSESVVSYPNMTLNSGTSGLIISTTSSQNQLKPNLTESCEKTITTSNSDNEK
ITPLVSETQNKMDTGTSSVSVQPTTTVHETIPCNSVVNIAINASEENLSPKSLPITVSSE
EKITEVQEELKDVGTSVVKDKDVSKIIVPTSISPPNKNENLGADPGMQVSLLRDAKIARD
VEDTEHQKTSPMEVSGLWWKKQPPVKKSSSSSKIWKTPRSGSNPEDFDPSFKSDEKYWKL
KPGETESKSLSSGGSVGKRKKIIESYHEEDVKMDSESDGEDKFASGESGDAKIENVPKVP
VITSKEESLDESLKNVTSVSNTPNAVPPKEVSHLEANVSDETLTITEESYQKPTTPKLIV
RCQKLKMSEKNEICENDSDHAEDREESPKLPAKSMRKFARKSVDEVNQIKPVISSSPQRH
MLTRQRSKSQDDAFRFNKHFKTKENTCSNENLSDLNSKFINTRSRSRNSSVSISVLPVSH
PESPECNLNSSVANSQTSSAEENEKSLSDNTEHDNLNTPRRYPRRNTYTCLRSFSGLSPN
YALASYSRLLSQAHEEKPDVKVTHTDAVDDGKSKHDPHEPMSPKTEKMPKENADVKVTHT
EAVDGKSKHDLYEPLSPKSEENPEEKETQILTVDSPIVTEEKTDEKRDNDISSYEKCITK
SPDQLTSHIDEAKEMKMHLSAVDDQITSDDLKVSENNISTENLSPETEPANTESKGEVKM
TTDDEELKTSNKIFDDPASDFYNEVKINEEDVECEEQNCPDANLSEKSLDEKDDNESNII
EILSALPEVSPLIPSPPNLNLDDSANFGDDSIEIQRGGSEDLPPGGTIESPHPKISPEKI
SENNLTETLKDVEEIPDVTVESLKDDSSFLVTSECPVLNADEVQTLLESPETITTTPTMD
YNYIRPVHPQTVCQPTILNYPVYSTGRHPQTTRFPNCTPKPRPSFRRHSQESIQPIYNNR
GKVPPAPQAPFQKLVTMTAHPWIRNTPVIVQPSVSPVRIAYPPSQNITPNFHPMPPNMSY
PQQYPPMPGIATTPLSYSLRVTMAMAGSINTDTLSPTTIPRFNFANQPQKPQPASYRQQP
VNQSYPLPNQYTNLPNPAAHNQNTQDLGEQAAALERLIEFYSAKNNLTGEEKKIVRSIIS
AQIQNKQLPMPNAHHTQLTGNQNKAEEKDTKSSGHKRRRSFEAKQEEKKSKIKRKKKERL
NLLSTGLDESLPLYDDDVDDIDTGSILVDIYNKREELLKRKKKPFSRLLAPYNIFIGQNH
SSNKGNRTTPPHTTNKPYMVYEITSEDGYSAQGTDLQDLVSQLLSAVQECRATTKGPSPT
VALHAVMTPFSFLGVSHDAVRFLAEQLPGARYCHRYRAKYHKHKKTTEEVTHINPHGCAR
AEQYKGRSKPDMFSFLASKHRYPPVYDPDRQEDDLQQINRRATSCDLPMAMRFRQLRHLT
RDSVGVYRSTIHGRGLYCKRDFDSGEMIMEYTGQIIRQELTDKREKYYESKSIGCYMFRM
DDFYVVDATVLGSGARFINHSCDPNCYSRIVQFEGKKHIVIFALREIYKGEELTYDYKFP
IEDENHKIACTCGARLCRKFMN

NT seq 6549 nt +upstreamnt +downstreamnt
atggcgtcgaattttgattgtgagaagttatgttctgttgaagaccttactgacaacttg
ctctattttgttcattcaaatgatgccaacattataagagtgattgctacaattgctctc
agaatcacagaacctatctctttaaggtctaaactgaacaatgaagatttccaggatttc
atttcatatttacaaaacgcttcaagtgatcggcaaacatggaatttaacagcgcaagct
ttagataacttgcagaataaaccagattcgggtttcatccagaaaaatccagctgacagc
atcaaaccagaagctgacacgaaaccactcaagtgtgacgacacagctcgacctcgtgac
ctctttgctgtaaggttcgccgtccataacggtcgctaccactcggtggggacattctgc
tcccacgtggcggccatcttggattcggttgtcgacgacaacgacagggaggaggttggg
aaggcgttctgtaaagaagcaggatcggtgttttcgtggtttaatttcgaaacggggaaa
gtgagagactcaaatgacttcccagactacctactacctaacgccactatgccccccacc
cctgaacacgactatgcacaatggcaagataaggacatcgtgacccaccctggcacccct
gacccctcccccatgaagtcccaatgtagtacaacaccttcaaagtccgatacatgggcc
tctcctctcaaaaacaacgaagatttgaggcaatgtatattctgtagcaaatatggggat
gaccatccaatgtatgctggtagattgttatactgtagccaggatgaatggtgtcatgtc
aactgtgcattatggtcagcagaagtatatgaacaacatgatggttccttacagaatgtt
caatctgctgcttcaaggggaaaaatgatgaaatgtgagctatgcaagttacctggtgca
acagttggctgcagtacacgacaatgccccaagaactaccatttcatgtgcgccaggaaa
actgactgcgcttttcaaaacgataaaaaagttttctgtcttcgtcaccatagtaatgct
aacattgagttaatatacgatgaagagttcgaagtcctccggatggtgtgcgtggataac
gacgagatgcgacccaatcgtcgctggcaacgaggagtcctctcatccaacatcacggtg
acgatcggatcacttaccgtgcatcagttgggaagattaggagtggcatccgatataagg
gattgtcttattcctgcttctttcaggatgacacgagtgttctggagtgcgttctcaccc
accaggaaaacagtttacacgatcacggtgtccgagaagaaaccttcgtttgatggaaat
caatcgaaacctgcagcagataacacaaacttaaccatctcacatgcaagtgaagacgaa
caccccgccccatcctctcctccttcttccaagagcaaacttcatagtcccccgcatccc
tgcgttaccaacctccttgatcgtatggactccattccccccattggccctctctcccca
actcgacgaagttcccaccgaaacgagcgtcgtcctacaggctcctacaccataatttca
tccttcaataaaactttaccccaaatgctcacccccctacccacaacccctaaatacaca
actcctgaacccaacacccctacccccatcaaacccacaaaaatctccccagataacccg
tttttacgacccatcttaagcgatgcaactccaaagacattacccctaactttaatcccc
caaaatggagaaaaagaacaaatttgctcagaatccgtcgtcagttaccccaacatgact
ttaaacagtgggacatcaggtttaatcatttctaccacaagctcacaaaaccagttaaaa
ccgaatttaaccgaatcctgtgaaaaaacaatcactacctcaaattcagataatgaaaaa
attacaccactagtttctgaaacacaaaacaaaatggatactggaactagttctgtctcg
gttcaacctactactacagtacacgaaactataccttgcaattcagtagttaacattgct
attaatgcatctgaggaaaatttaagtccaaaatcactgcctataactgtgtctagtgaa
gaaaagattactgaagtccaggaagagctaaaagatgttggtacatcagttgtaaaagat
aaagatgtttcgaagatcattgttccgacgtcaataagtcctccaaataagaatgagaat
ttgggagccgatccagggatgcaggtatctcttcttagggatgcaaagatcgctagagat
gtagaggacacagagcatcagaaaacttctcctatggaggtttcaggactttggtggaaa
aagcaacctccagtgaagaagtcctcctcctcttctaagatctggaagactccaagatcc
gggagcaatccggaggactttgatccttcttttaaatcggatgaaaagtactggaaacta
aaacctggggaaacggaatcaaaatctctctcttctggaggatctgttggtaagaggaag
aagatcattgaatcgtatcatgaggaggatgttaaaatggactctgaatctgatggagaa
gacaaatttgcatcaggagaaagcggagatgcaaaaattgaaaatgttcccaaagttcct
gtaataacaagtaaggaagaaagtttagacgaaagtttgaaaaatgtaacttctgtttca
aacactcctaatgctgttccaccaaaagaagtttctcatctagaagcaaatgtttccgat
gaaactcttacaataacagaggaaagttaccaaaagccaactacacctaaactaatagtt
cggtgtcagaaattaaaaatgagcgaaaaaaatgaaatttgtgaaaacgacagcgatcat
gcagaagatagagaagaatcgccaaaacttccggcaaaatctatgagaaaatttgcgcgg
aaaagtgtggatgaagtaaaccagataaaaccggttatttccagttccccacagcgccat
atgctcaccaggcaaagaagtaagtcccaagatgatgcattcaggtttaataaacatttc
aaaacaaaggaaaatacctgttcaaatgaaaatttgtctgatttaaattcgaaatttata
aacacaagatcacgttccagaaacagcagtgtttccatatcagtgttgccagtcagtcat
cctgaatccccagaatgtaaccttaacagcagtgttgccaattcgcaaacctcaagtgca
gaagaaaatgagaaaagtttatcggacaacactgagcatgacaacctaaatacaccgcgt
agatatccacgcagaaacacttacacgtgtcttagatctttttctggcttatcaccaaat
tatgctcttgcctcttactccagactgctcagccaagcgcatgaagagaagccagatgtt
aaagtcacacatactgatgctgtagatgatggaaaaagtaaacatgacccacatgaacca
atgtcaccaaaaactgaaaaaatgcctaaagaaaatgcagatgttaaagtcacacatact
gaagctgtagatggaaaaagtaaacatgatctttatgaaccattgtcaccgaaaagcgaa
gaaaatcctgaagaaaaagaaactcaaattttgacagtagactctcctatagttactgag
gaaaaaacagatgaaaaaagagataatgatatatcatcatatgaaaaatgtatcaccaag
tcacctgaccaactcacaagtcatatagatgaagcaaaagaaatgaaaatgcatctgtct
gcagttgatgatcaaattacttcagacgatttaaaagtatctgaaaacaatatttcaaca
gaaaatttatctcctgaaactgaacctgcaaacacagaatctaaaggtgaagtaaagatg
acaaccgatgatgaagaattaaaaacctccaacaagatctttgatgatcccgcatccgac
ttttataatgaagtgaagatcaatgaagaagatgttgaatgtgaagagcagaattgtcca
gatgccaacctcagtgaaaaatccttagatgagaaagatgacaacgagagcaacattatt
gagatcctctcagctcttccggaggtctctcctctaatcccaagtcctccaaatctcaat
cttgacgactccgccaactttggtgatgactcgatcgaaatccagcgaggaggatctgaa
gatctaccaccaggaggcactatagagtctccacatccgaaaatctctcccgaaaaaatt
tccgaaaataatcttacagaaactctaaaagacgttgaagaaattcctgatgtaactgtc
gaatcattaaaagatgactcatcgtttctggtgacgagcgaatgcccagtgctaaacgct
gacgaagttcaaacccttcttgaatccccagaaaccatcactaccacccctaccatggat
tacaactacatacgtcccgtccacccccaaacagtatgccagcctactatattaaactac
ccagtgtacagtacaggacgtcacccacaaaccacacgcttcccaaactgcaccccaaaa
ccccgtccctcattccgccgtcacagccaagaatcaatccaacccatctacaacaacaga
gggaaagtccctccagccccccaagccccattccagaagctcgttacaatgacggcccac
ccctggattagaaacacccccgtaatagtccaaccctccgtttccccggtccgaatcgct
tacccaccctcccaaaacatcacccccaactttcaccctatgcccccaaacatgtcatac
ccccaacagtacccccctatgccaggaatcgctacaacccccttatcctactccctaagg
gtaacaatggcaatggcgggctccataaatacagacacattatccccaaccacaatcccg
agatttaattttgcgaaccagccacaaaaaccgcaaccagcttcgtacagacagcaacca
gtgaaccagagttaccccttgccgaaccagtacaccaatttacccaaccctgcagcacat
aatcagaacacccaggacttaggagaacaagctgcagcgttggaacgactgatagaattc
tacagcgcaaagaataatctaactggtgaagaaaagaaaattgttcgttccataattagt
gctcagatacaaaacaagcaactgccgatgcccaatgcacaccatacacaacttactggt
aaccagaacaaagcagaagaaaaagataccaaatcctccggacacaaaaggaggagatca
tttgaagcgaaacaagaagagaaaaaatcaaaaattaaacggaagaaaaaggaaagattg
aatctcctatctacaggacttgatgaatccctcccattatatgatgatgatgttgacgac
atagataccgggtcaattttggtcgatatttataataaacgtgaggaacttcttaaaagg
aagaagaaaccgttttccaggctactagctccgtacaacatattcatcggacaaaaccat
tcctcaaacaaggggaaccgtaccacaccaccccacactactaacaaaccatatatggtg
tatgagataactagtgaagatggatactcagcacaaggcactgatttacaagatctagtc
agccaattgctatcagccgtgcaggaatgcagagcaaccacaaaaggaccgagtcccact
gttgctctgcacgctgttatgacaccattctcatttctgggggtttcccatgacgcagtg
agatttctggcagagcagttgccaggtgcgagatactgtcatcggtacagggccaaatac
cacaagcataagaagacaactgaagaggtcactcacataaatccacacgggtgcgctaga
gcagagcagtacaagggacggtctaaaccggatatgtttagtttcctcgcatccaaacac
aggtatccacctgtttatgaccctgatagacaagaggacgacttgcaacagataaacaga
cgagcgacctcttgtgacctcccgatggcgatgcgattccgtcagctacgtcatctaaca
cgtgactcggtgggcgtgtatagatccaccatacatggaaggggcttgtattgtaagagg
gatttcgatagcggggaaatgatcatggaatacactggacagataattcggcaagagctc
actgacaaacgtgaaaaatactacgagagcaaaagcatcggttgctacatgtttcgtatg
gacgatttctacgtagttgatgcgactgtgcttggatctggagctcgtttcattaaccat
tcatgcgaccccaactgttattcccgtatcgttcaatttgaaggcaagaaacacatcgtt
atcttcgcattgagggaaatatacaaaggtgaagaactgacgtatgattacaagttccct
atcgaagacgaaaaccataagatagcttgtacctgcggcgcacgcctttgccggaaattt
atgaactga

All links

Pathway (1)   
   KEGG PATHWAY (1)   
Chemical substance (6)   
   KEGG COMPOUND (6)   
Chemical reaction (4)   
   KEGG ENZYME (1)   
   KEGG REACTION (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-Gene (1)   
   NCBI-GI (1)   
   UniGene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (3)   
   RefSeq(nuc) (1)   
   GenBank (1)   
   EMBL (1)   
Protein domain (5)   
   Pfam (5)   
All databases (26)   

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