Solea senegalensis (Senegalese sole): 122774591
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Entry
122774591 CDS
T07721
Name
(RefSeq) histone-lysine N-methyltransferase ASH1L-like isoform X1
KO
K06101
[histone H3]-lysine4 N-trimethyltransferase ASH1L [EC:
2.1.1.354
]
Organism
ssen
Solea senegalensis (Senegalese sole)
Pathway
ssen00310
Lysine degradation
ssen01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
ssen00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
122774591
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
ssen03036
]
122774591
Enzymes [BR:
ssen01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.354 [histone H3]-lysine4 N-trimethyltransferase
122774591
Chromosome and associated proteins [BR:
ssen03036
]
Eukaryotic type
Histone modification proteins
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
122774591
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Other DBs
NCBI-GeneID:
122774591
NCBI-ProteinID:
XP_043889944
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Position
LG9:complement(19684577..19703250)
Genome browser
AA seq
1993 aa
AA seq
DB search
MDQRVKGGTPPATNSTLSPTAALEDSEQDQVADKKRRCDGENTDVGKKELEKKGTGRKRE
GDKGAVLELLIEGRCGSSGQEQLQISGKETSCPEGNVRLRVGIQAKRTKKPPKILESYVC
KPTIRTYQRQGRGGLLRGDTEGLGQQSKSSSIPDETTREQHSGLDVISSLSSSSSSQQLP
LPSTPASVPTIANQGSKSAKQVPVKLADKTEVNSNGSSERAKKERLPSINGQPVPAGHKS
CSPTTDQAASTTPSTTCIQSASETRNERNTTKKHNGLVRTARQKGLSNGKVCANNLGTSS
KIKVGKNSSSSSISSMDSSSRPPVSTSSHRELSLSNKSNPDSPSSPSATPKPQSAPSVDL
SAQSQDQNPSEQTSLEKKREKERKAKKEKRKDKKSKRDRLEAERAKSGDEEGKKKKKENG
KDGKPRHGKQKAERQRTDDRWRDNLKTERGKAERKRDKLSPDRQRTEDNNQKCGETFDCG
KLDKTCKVLDPGRPEEKNETVDSCGSVKLAEPITTGETSKSKEQDSSRHSAVPLSHPSCS
APPTLPTLSARAPVSPPSFPQEQDSRPLKKRKARRPSWTKLVHRAHRAENHENPSDSQHN
PLLSFPQNPKISLPAKASFQHTDDTHTVTSALSSNLSALSSATKPPSPKQPMSDPSPPVS
RCPITPTRKRGRPQSHSSSLNEPPPRLSANAVPAEEPLLGCNDIQKAPVLEPKPVLAAQS
KSSPKKRGRPPKRPLPEDQSEDALNHADNTDRSKDFHTSDKGNRQLKIRRIINEMKKRKK
RRLHKVMLSSYVGKEGRGVEAADGETTLRMCKSIESTTVQTLSALSSSFGSKLGPQINVS
KRGTIYMGKRRGRKPKVQTANVNSNAQSSTQSSLFTNPTETSLFSSTQPQPPPPSHPFPS
PSLTHSSGAQSPYSEGSVTEPTSNLHFPHHFSLPSPSSSCTSPRPPSSCSISPFVKKCCP
CQGRHHFPFHQSSCKLSFPTTPLHHTPGSPGHIKDATPSPRSESHSEETLPSDSGIGTDN
NSVSERGEMRRARGILTLGQGSGVMLGSQRHPSLVDRPSPVSSPPSHIPRHTNLISNSSN
VERHRDRHRHRRRDYDCSSPCTCLCPCPGHNKCTHSDFYPCLGHNALKRQKNKHKKKHQQ
LHTQDPDFLAELEDLIVQFSEVHIGRRSWMRTELGQGFDGSGSAAGGRRHHPSSHPLRSN
IFRINLNGFYSPHPSSYPTNPSFSPQPFYPCQPVHCNRKPDRRQCGCPSKFQESIENMGF
YSSYPPATALYHHLPSSYSLPSPHQFGPHQLHHAHFLLNPARFHRRRSRLLREGALGGEV
DGDVGGGSGGGPHLSSGFTSSLSCGCGRSEHKHKHKHRHRHCDRDMDDDEELHGDEEEDS
MERERLTSSKHRPGFILGQGDEGRKGTRGMGNMLSKESPWLRENENNSFSAAAAATSSSS
SLSTAERHKHMSLTSLGLGSSHLSSFGGGWGGLDQSRMKFGSLGGLAFGNPNPSWRGFTG
EQHTGRLVASDLEDEDGDDAEESHLYRTSPSPTHTNLFTSAAMATGGRGPRSGLSRRISG
NEDRSWRRDEPAWRERRDSGLQGDSRSRGQQKSVPAPDSVTVKSKRRPGRPRKNPLPFTA
SSPTHLSTAPSMSSLDLVSGQNHNTDAREVGGRKEERALERDGGGVTVQQVTELELQARK
KRGRKRKHGDSPCHQSVAVDLPECDTLPECFGQPDVDQAPSQPVTIQEEERADSHPKKRF
LRAGLYSDDYKTTDPPSKAKQKCRESLEYTPGEHEYTLLPAPIHVGKYLRLKRIHFQLPY
DVMWLWQHNQLQRQPAVPLKRKRRYCRLKERTISPHQTTEESSSDITSLFPHLDMDPLTS
SERSFVVKHHVFLVRNWELMRDRQIRLRIQRDRERDAEGEERDSIAPSCDGANGDDSHIK
SDQQVGVEVTVISSDPLHQSQDTSSLHTASPFPTRTQSREEERENEKPGEEEACSREQRR
RRLNDLLLTLQHS
NT seq
5982 nt
NT seq
+upstream
nt +downstream
nt
atggaccagagagtgaagggggggacccctccggccacaaactccactctgagccccaca
gctgcactggaggactcagaacaggatcaagtggcagataagaagagacggtgtgatggg
gagaacacagatgtggggaaaaaggagctggagaaaaaaggaacaggaaggaagagagaa
ggagacaagggggcagtactggagttgctcatagaggggcgctgtggaagctcagggcag
gaacagcttcagatctctggcaaagagaccagttgccctgagggcaatgtacgactccgg
gtgggaattcaagcaaaacgcaccaagaagccacccaagatcttggagagctatgtctgc
aagcccaccattaggacctatcagaggcagggcaggggagggctgctgaggggggacact
gaaggattggggcagcagagtaaaagcagctctattccagatgagacaaccagagagcaa
cactcaggcttggatgttatttcatcactatcatcttcgtcgtcatcacagcaactgcca
ttaccatccactccagcctcagtccccaccatagccaaccaagggtcaaagtctgccaaa
caggttcctgtcaagctggccgataaaacagaggtgaattcaaatggttcatctgagaga
gcgaagaaagagaggcttcctagtatcaatggtcagcccgttcctgcaggacacaaatcc
tgctcacccacaacagaccaggctgcctcaactactccttccacaacatgcatccagtct
gcatctgagaccagaaatgaaagaaacaccaccaagaaacataacggtttggtacggaca
gcgagacagaagggactatcaaatggaaaagtctgtgccaacaatcttggcacctcctcg
aaaatcaaagttggaaaaaacagcagttcttcctctatttcttccatggactcctcatca
agacctccagtctccaccagctcccatagagaacttagcctgtccaataagagtaatcca
gactcaccttcctctccctcagccacccctaaaccacagtctgccccctctgtggatctc
tctgcccaatctcaagatcagaatccctctgaacagacctcactggagaaaaagagagag
aaagagaggaaggcaaagaaagagaaacggaaagacaaaaaatctaaacgagataggttg
gaagctgaaagagcaaagagtggtgacgaggagggcaagaagaagaaaaaggagaacggg
aaagatggaaaaccaaggcatggtaaacaaaaagctgaaagacaaaggactgacgatagg
tggagagataatctgaagactgaaagaggaaaggctgagagaaagagggacaaacttagt
ccagacagacaaagaacagaagacaataatcagaaatgtggtgaaacatttgattgtggt
aaactagataaaacctgtaaagtactggatccaggcagaccagaagagaagaatgagaca
gttgacagttgcgggtcagttaaactagctgagccaataacaacaggtgaaactagtaaa
tcaaaagaacaagacagctcaagacattcagctgtgcctctaagccatccctcttgttct
gctcctcccactctgccaactctgtctgcccgtgccccagtttctcccccctctttcccc
caagagcaagacagccgcccactaaagaaacgtaaagcgagacggcccagctggaccaag
ctggtgcaccgcgctcatagagcagaaaatcatgaaaacccttcagattcccaacataat
cctttactaagttttccccagaaccccaagatttctcttcctgccaaggccagttttcag
catacagacgacacacatacggtaactagcgcattaagcagcaacttatccgcactctcc
tctgcaaccaaacctccatccccaaagcaacccatgtcagaccctagtccccctgtgtcc
agatgccccataactcctactcgaaaaaggggccgccctcaatcccacagttctagttta
aatgagcctccacctagactttcagcaaatgctgttccagctgaggagcctcttcttggg
tgtaacgacattcagaaagcccctgtgctggagccaaagccggtacttgcagctcagtct
aaatccagccccaagaagcgtggccgtcctcccaagcgacccctcccagaggaccagagt
gaagatgcactgaatcatgctgataatacagacaggagtaaagattttcatacttctgac
aaggggaacaggcagcttaagatcaggaggattattaacgagatgaagaaaagaaagaag
aggagacttcacaaagtaatgctgtccagttatgtgggaaaggagggaaggggtgttgag
gcagcagatggtgagaccactttaagaatgtgtaaatcaatagagtctacaacagtacag
acactctcagccctgtcctcctcttttgggagtaagctgggcccacagatcaatgtgagc
aagagagggaccatctacatgggcaagaggcgaggacgcaagcctaaagtccaaacagcg
aatgtaaattccaatgcccagagctccactcagtcgtctctgtttaccaatcccactgaa
acatctctcttctcatctacccaacctcagcctcctcctccctctcacccttttccgtcc
ccatctcttacacactccagtggggctcagagtccttacagtgagggaagcgtcaccgaa
ccaacatctaacctacattttcctcaccacttctccctcccttccccatcatcatcctgc
acctccccgcgtcctccctcctcctgttctatctctccatttgtgaagaagtgttgtcca
tgccagggaaggcaccacttcccctttcaccagtcatcatgtaagctctcctttcctacc
actccactacaccacacacctggctctcctggccacatcaaagatgccaccccctcccca
aggagtgaatcacatagtgaggaaacactgcctagtgatagcggaattggaacagataac
aacagtgtgtctgagcgaggggagatgaggagagcacgaggcattctcacactgggccag
gggtcaggagtgatgcttgggagtcagagacacccctctcttgttgaccgtccctctcca
gtttcctcacctccctctcatatccccaggcacacaaacctaatcagtaactcaagtaat
gtggagcggcacagagacagacatcggcacaggaggagggattacgactgttcctctcct
tgtacttgcttgtgcccctgcccaggacacaataagtgcactcattcagacttttatcct
tgccttgggcacaatgcactgaagagacagaaaaacaaacataaaaagaagcaccagcag
ctacacacacaggatccagactttctggctgaacttgaagatctgattgttcagttcagt
gaggtccatattggaagacgaagttggatgaggacagaattgggacaaggttttgatggg
agtgggtctgcagctggaggaaggcgccatcatccctcctctcatccgctccgctccaac
atcttcaggatcaatctgaatggtttctactcacctcatccttcatcttaccctacgaat
ccttccttctccccacagcctttctacccctgccagccggttcattgtaacagaaagcca
gaccgcaggcagtgtggctgcccctcaaagttccaggagtccattgaaaatatgggcttt
tacagcagctatcccccagccactgcactttaccatcacctccccagctcctactcactt
ccatctccccaccagtttggcccccatcagctccatcatgcccatttcctcctcaacccc
gccagattccacagacgcaggagcaggttgctgagagagggagcattgggcggagaggtt
gatggagatgtaggaggaggcagtggaggaggcccacatctcagctcagggttcacatcc
agcctttcctgtggctgtgggaggagcgaacacaaacacaaacataaacaccgtcaccgg
cactgcgaccgagacatggatgatgatgaggagttgcatggggacgaggaggaagacagc
atggagagggagagattgaccagctcaaagcacaggcctgggttcattttggggcaagga
gatgaaggaaggaaagggacaagaggaatggggaacatgctgtccaaagaatcgccttgg
ttacgtgagaatgaaaataattctttctctgctgctgctgctgccacgtcatcatcatca
tcactgtccactgctgagaggcacaaacacatgtctctcacctcactggggctgggttcc
tctcacctgtcttcatttggaggaggctggggtgggctggaccagagccggatgaaattt
ggcagcctggggggcttggcgtttggaaacccaaaccccagctggagaggcttcactggg
gagcaacacacaggcagactggttgcatcagacttagaggacgaagatggcgacgatgct
gaagagtcgcacctgtacaggacatcaccgtccccaacacatactaacctgttcacatct
gctgccatggcaacaggagggaggggtccaaggagtggattgtccaggagaatttcagga
aatgaagataggtcatggaggagagatgagccagcttggagagagaggagagattcaggt
ttacaaggtgactcaagaagccgggggcagcagaaaagtgtgccagcgcctgacagtgtg
acggtgaaaagcaaaagaaggccaggacggcccaggaagaacccactgcccttcactgca
tcctcccccacacacttatccacagctccctccatgtcatcgctcgacctcgtgtcggga
caaaaccacaacacagacgcaagagaggtgggcgggagaaaagaggaaagagcgttagag
agagatggaggaggtgtcacggtgcagcaggtgacagagttggagctgcaggccaggaag
aagagagggaggaaaagaaaacatggtgactctccctgtcatcagagtgttgctgtggat
ttgcccgagtgtgacaccctccctgaatgttttggccaaccggatgtggatcaggctccg
tcccaaccagtaaccatccaagaagaggagagagctgacagtcatcccaagaagaggttt
ttgagagctggtctttattccgatgattacaagaccacagaccctccctctaaagccaag
cagaagtgcagagagagtttggagtatacaccaggggagcacgagtacacacttttacct
gctcccatacatgttgggaaatacctgaggctgaagcggattcatttccaattaccttat
gatgttatgtggctgtggcagcacaaccagcttcagagacagcccgctgttccactgaag
aggaagcgtcgttactgccgactgaaggaaaggaccatatctcctcaccagacaacagag
gagagttccagtgacattaccagcctgttccctcatcttgacatggatcctctgaccagc
agcgagaggagctttgtggtgaagcaccacgtgttcctcgtgaggaactgggagctcatg
agagacagacagatccgactgaggatacagagggacagagagagagacgcagagggggag
gagagggactcaatagctccgtcctgtgatggagccaatggggacgacagccacatcaag
tcagatcagcaagtgggggtggaggtgacggttatcagcagtgaccccctccatcagagt
caggacacctccagcttgcacactgccagcccctttcccaccagaacccagagcagagag
gaggagagagagaatgaaaaaccaggggaagaagaggcctgcagcagagaacagaggagg
aggcggcttaatgatttacttttgaccctgcagcactcataa
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integrated database retrieval system
