Cyprinus carpio (common carp): 109054756
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Entry
109054756 CDS
T05134
Name
(RefSeq) LOW QUALITY PROTEIN: histone-lysine N-methyltransferase NSD2-like
KO
K15588
[histone H3]-lysine36 N-dimethyltransferase NSD1 [EC:
2.1.1.357
]
Organism
ccar
Cyprinus carpio (common carp)
Pathway
ccar00310
Lysine degradation
ccar01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
ccar00001
]
09100 Metabolism
09105 Amino acid metabolism
00310 Lysine degradation
109054756
09180 Brite Hierarchies
09182 Protein families: genetic information processing
03036 Chromosome and associated proteins [BR:
ccar03036
]
109054756
Enzymes [BR:
ccar01000
]
2. Transferases
2.1 Transferring one-carbon groups
2.1.1 Methyltransferases
2.1.1.357 [histone H3]-lysine36 N-dimethyltransferase
109054756
Chromosome and associated proteins [BR:
ccar03036
]
Eukaryotic type
Histone modification proteins
HMTs (histone methyltransferases)
HKMTs (histone lysine methyltransferases)
109054756
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
PWWP
PHD-1st_NSD
SET
C5HCH
AWS
PHD_NSD
PHD
PHDvar_NSD
Motif
Other DBs
NCBI-GeneID:
109054756
NCBI-ProteinID:
XP_042626445
Ensembl:
ENSCCRG00000004731
UniProt:
A0A9Q9YU48
LinkDB
All DBs
Position
A14:30156106..30173501
Genome browser
AA seq
2103 aa
AA seq
DB search
MNQSYKVVGRDGSECRGDPQETKALDSRINSCGHQSTKRQGDQGYFLNSEYKLSALPFVY
NQRESTSNYSPLRRLQDLTTMVNHADMSLQDKDFHGRSKLLMHNPVGRGEFGIGLYHTSN
SQGNTDRTTTQDLDKNGFSPVSSDSLEHFPSIPNGILHFESTLFDSGDSKDNEEEEHDRG
NAVALFKDTSKKCQKRNLAITKAPSSHKLDPSTNKHGSCNLVSKNTVKSNPPGSPSDLPV
EVMMEDFDSMDDYSDSDCDLPSTENSASIFNSGLSKRPNSPSDSHSNPLFFSLTGSNSPK
KKQLPGIKYSVEDVVWAKFNRRPWWPCHVTTDPQIEVHTKMKDPSRRPCRLYFVRMFGEI
MDQAWVPAKATFPFEGGHQFEKLPVLRRRGRQKDKDYKYTVPKRLMPSWKASVLEAEAAL
TKQLNSEPPLTLIRDVHMPITEDKAPKSPACPTSSTQSTLSSSLLSNGLDASVKNKGKPG
TGSKKKATKKNSSTVKSLVKVTENSLSSKPLSITSSDSYKPSTAAERHKPDPLDSLYSDI
DSVPRILCPKRSQQLPQEEAVKELSTKHKKVQPSKKMKKANVDKPVKKTEAGSKCTTNSK
LKKSTPKEKTLRATNSRQKESSSPGSSDGSFAMHSFYFPASTGLISRALAASEETKEKDL
SQEPKSRSPCAGDEQSEIYNKCSSPTAHSELSKQQWQVKTKASKDSMDASISHTPPNPTL
IKFTRIQNEKKDVQNGPRHKSSKSDVTESSLDSVKIKNESMISDTSSSSFPSPSISPMDA
FQDIKELSFRSLVKEEHSSGEPSLRADSNYKFSTFLMLLKDLHDSREKEGKPLTLPPTSP
SSLIREEPSLIPPGEETTNEAIADQNRRQGKTSTPNSSKQSKAKPKSSVKKETQKHDGGN
NLVSPLKKQNLSAGLDALEKSLPLLGELSSSHHDAVPDVCGKGTISKVAPKKRWQTFESG
IGKSTKPKSDPVGLNPDVVKESTELNGVFKDGLEETAHSDFPDKKDASENKRLRKPSKRL
IECSEEYEQIFSTKKKVKKTPESCKTGSLIANTNTEQPAPEQIAPEALSSSPEKPSEQAT
PEEEKEPADGPVSPSTPLSPSCGGPSLNRESCEKKSASSDRKRPRKTVHKIDCTVEGDSV
KVPKKEESKQQQDTSPDESDLKDLQKQEEPGPRPSSPCAASAPQSEDEIRTSSPIQPDTP
SVCQIQLEEDQCSPSKPQANGEDSLISEVFGAGLNDSAFSSRDSLSGDLSGLSTNRKSGE
KGGGASLKENVCQVCEKTGELLLCEGQCCGAFHLQCIGLTETPKGRFICQECQTGVHTCF
VCKKLDKEVRRCMIPVCGKFYHMECILKYSPTVPQNRGFRCSLHVCLACFITNPANPGIS
KGRLTRCVRCPVAYHASDYCMAAGSVPLANNSFLCPKHFTPRKGCKNHEHINVSWCFVCS
EGMHLLCCESCPAAFHRECLNIDMPQGSWFCNDCRAGKKPHYKDILWVKVGRYRWWPAEV
TQPKNVPDNIYRMRHEVGEFPVHFFGSKDYVWTYQARCFPYMEGDASNKEKMGKGADAVY
KKALNEAAERFRELQAEKEMRQLQENRKNDKKPPPYKHIKVNRPIGKVQIITADLSEIPR
CNRKAEDENPCGIDSECINRMLMYECHPQVCPAADRCQNQSFTKRQYTEVEIFRTLSRGW
GLRGVSDIKKVGWLRFVNEYVGEVIDEEECRARIKHAQENNICNFYMLTLDKDRIIDAGP
KGNQSRFMNHSCQPNCETQKWTVNGDTRVGLFALEDIPTGVELTFNYNLECLGNGMTECK
CGASNCSGFLGVRPKNQPSSDDKVRKLKKKVAVKRKSQLEVTKEREDECFFCGDGGQIVS
CKKPGCPKVYHADCLNLSKRPAGRWECPWHQCNVCRREAASYCEMCPNSYCKQHREGMLF
ISKLDGKLSCSDHDPCGPDPLEPGEIREYVPGTPILSPTPNVSVSGRIPLPALPPAAPLF
IPAPNRPAFQAQRDLYADEVVDNVVLPSSSPSKDIKEEDMSDEGEVMEGVIGDEGEDEGL
EVVDDDEEMDYGEMGFEDEEEEKEEEDWGDEYVNDDFEDTEDLGEVEGDDQESSWDEFVE
GEK
NT seq
6312 nt
NT seq
+upstream
nt +downstream
nt
atgaatcagtcctacaaagtggttggcagggatggctcggagtgtcgtggtgatccacag
gagaccaaggcacttgatagccgcatcaactcctgtggacaccagagcacaaagcgacag
ggggaccaggggtatttcttaaactctgagtacaaactctcagcattgccgtttgtgtac
aatcagagagaatccacctccaactacagtccgctgaggagactccaggatctgaccact
atggtgaaccatgccgacatgagtttgcaggacaaggactttcacggacgaagtaaattg
ctcatgcacaatcctgtcggccgaggagagttcggaataggcctttatcacacgtccaat
tcgcaaggaaacactgacaggactactactcaggatctggacaaaaatggtttctcacca
gtaagctctgatagcttggaacattttccatccatcccaaatggaattttgcatttcgag
tcaaccctgtttgatagtggggacagcaaggataatgaggaggaggagcatgataggggt
aatgcggtggcactgtttaaagacacgtcaaagaaatgccagaaaagaaatctggcaatt
acaaaggctcctagcagccacaagctggacccaagtacaaacaaacatggaagttgtaac
cttgtttctaaaaatacagtgaagtctaaccctcctggtagtccctcagatttgcccgtc
gaggtcatgatggaggattttgacagtatggatgattattcagacagtgactgtgatcta
cccagcacggagaacagtgcttcaatattcaactctggtctctctaaaagaccaaattca
cccagtgactcccattcgaatccattgtttttttctctaacaggttccaacagcccaaag
aagaagcagctcccaggtataaagtactctgttgaagatgttgtgtgggccaaattcaac
cgcagaccctggtggccctgtcatgtaaccacagacccacagattgaagtccacaccaaa
atgaaagatcccagccgtcggccatgtcgtctctattttgtcaggatgtttggggagatc
atggaccaagcttgggtcccggcaaaagccacttttccttttgaaggaggccatcagttt
gaaaaactgcctgtacttagacgaagaggaagacagaaggacaaagattacaaatacacg
gttcccaaacgtctgatgccatcatggaaagctagtgtcttggaggcagaggcagcactg
accaaacagttaaatagcgaacctccattgactttaattcgggatgtgcacatgcctatt
acagaagacaaggcaccaaaaagtcctgcttgcccgacatcatctactcagtccacatta
tcaagctcacttttgtccaatggactagatgcatccgttaagaacaaaggaaaacctggc
actggaagcaaaaagaaggcaactaagaagaacagctcaactgtaaaatctcttgttaaa
gtaactgaaaactctttatcatcgaaaccattatctatcacttcatcggacagctacaaa
ccttccacagcagccgaacggcacaagccagaccctctagatagtctgtattcagatatt
gactctgtcccgaggatcctgtgtcccaaacgttcacagcaattgccacaggaagaggcg
gtgaaagaactgagcactaaacataagaaagtacagccaagtaaaaagatgaaaaaagcc
aacgtggataagccggtgaagaagacagaggctggttcaaaatgcacaaccaacagtaag
ctaaagaagtcaacacccaaagaaaaaacacttagggctacgaactccagacagaaggaa
agcagttccccagggtcctcagatgggtcttttgccatgcactctttctattttcctgcc
agcactggcttaatctcaagagcacttgccgccagtgaagaaaccaaggagaaagattta
agtcaggagccaaaatctcgctccccatgtgctggcgatgaacaatcagagatttacaac
aagtgctcatcccccactgcccattctgagttgtcaaaacaacaatggcaggtaaaaaca
aaggccagcaaagattccatggatgcctcaatctctcacacaccgccaaacccaactctt
attaagtttacaagaatccaaaatgagaaaaaagatgttcagaatggacctcgacataaa
agttccaagtcagatgtgactgaatcctccctcgattccgttaaaatcaaaaacgagagc
atgatctcagacacttcgtcttcgtccttcccgtctccctccatctctcccatggatgct
ttccaagatataaaggagctttctttcaggtctcttgtcaaagaggaacacagctcagga
gaaccttcgctccgtgcggattcgaactacaaattcagcactttcctaatgctcctgaag
gatctgcacgacagccgggagaaggaagggaaacctttaacccttcctcccacatctcca
tcctctctcatcagggaagaaccttctcttatcccacctggagaagaaacaacaaatgag
gcgattgcagatcagaaccgtcggcagggaaagacatcaacgccaaacagctcaaaacag
agcaaggctaagccaaaatcatcggtgaaaaaggagacgcaaaaacacgatggtgggaac
aatttagtttctccactgaaaaagcagaacttatcagcaggtttggatgcacttgaaaag
agtttgcctttgttaggggaactttccagctctcaccatgatgccgttcctgatgtctgt
ggcaaaggcaccatttccaaggttgctcctaaaaagcgatggcaaacatttgagtctggc
attgggaaaagcactaagccaaagagcgatccggttggtttgaatccagatgtagtgaag
gagtccacggagctaaatggagttttcaaagacggtcttgaagaaacggctcattctgac
ttccctgataaaaaagatgcttcagaaaacaaaaggctcagaaaaccaagcaagaggctg
attgaatgcagtgaagaatatgaacaaatattttccacaaagaaaaaagtaaagaaaact
cctgagtcctgtaaaacgggatctttgatcgccaacactaatactgagcagccggcacct
gagcagatcgcacctgaagctttaagctcttcacctgaaaaaccctctgagcaggccaca
ccagaggaggagaaagaaccagcagatggtcccgtgtcaccttcaacaccgttatcgcca
tcctgtggaggcccatcgctaaacagagagtcatgtgagaagaaatctgcatcctcagat
agaaagagaccacgtaagactgtgcataaaatagactgcaccgttgagggggattctgta
aaggtcccaaagaaagaggagagtaaacaacaacaagataccagcccagatgaatcagat
ctcaaggatttgcagaaacaggaagagcctggacctagaccgtcaagcccctgtgctgca
tcagcaccacaaagtgaggatgaaataagaacatcgtccccaatccagccggacacaccc
agtgtctgccagatccagcttgaagaagatcagtgcagcccatcaaaacctcaggcaaat
ggggaggactccctgatctctgaggtttttggtgcaggactgaatgatagtgctttttca
agcagagattctttatcaggtgacttatcagggctctcaaccaatagaaaatcaggggag
aaaggtggaggtgcgtcgttgaaggagaatgtttgccaggtatgtgagaaaacaggtgag
ctgctcctctgtgaggggcagtgctgtggtgccttccatctgcagtgcattggcctcact
gagacccctaaaggccggtttatctgccaagagtgtcagacgggtgtgcacacatgtttt
gtgtgtaaaaagcttgacaaggaggtcaggaggtgtatgatcccagtgtgtgggaagttt
tatcacatggaatgcatactgaaatattcccccacggtccctcagaaccgcggcttccgc
tgctccctccacgtctgtctagcttgcttcatcaccaaccctgccaaccctggtatctcc
aaaggtcgcttgacccgctgcgtccgctgccctgtggcctatcacgccagtgactactgt
atggctgccggcagcgtcccattggccaataacagcttcctgtgccccaaacacttcact
ccacgcaaagggtgcaaaaaccatgaacacatcaacgttagctggtgttttgtgtgttct
gaaggtatgcatctgctctgctgtgaatcttgccctgctgcctttcaccgtgagtgtctg
aacattgacatgccccagggaagctggttctgtaatgactgtcgggcgggaaagaaaccc
cactacaaggacattctgtgggtcaaagtgggccgctacaggtggtggcccgctgaagtg
actcaaccaaaaaacgttcctgacaacatctaccgcatgcggcatgaggtgggggagttt
cccgtgcacttctttggctccaaagactacgtgtggacatatcaggctcgctgttttccc
tacatggaaggggatgccagcaataaggaaaaaatgggaaagggtgcagatgctgtctat
aagaaagctttaaacgaagcagccgaaagattcagggaattgcaggcagagaaggagatg
agacagcttcaagaaaacaggaagaatgacaagaaacctccgccatacaaacacattaag
gttaacagaccgatagggaaagtgcaaatcatcactgcagatctgtctgagatcccacgc
tgcaaccgcaaagccgaagacgagaacccgtgtggcattgactcggagtgcatcaaccgc
atgctaatgtacgagtgtcatcctcaagtgtgtccagcagcggatcgctgccagaaccaa
agcttcaccaaacgccagtacaccgaggtggagatcttcaggacgctgtcacgtggttgg
ggtttacgcggtgtgtctgacatcaagaaggtgggctggctgcgtttcgtgaacgagtat
gttggagaagtcattgacgaagaggagtgtcgagccaggatcaaacatgcacaggagaac
aacatctgcaacttctacatgctgacactggataaggatcggatcatagacgccgggccg
aaaggaaaccagtcccgctttatgaaccacagctgccagccgaactgtgagacgcagaag
tggacagtgaatggagacaccagagtcgggctgtttgcactggaggacattcctacaggt
gttgaactcacttttaactataacttggagtgtcttggtaatgggatgacggagtgtaaa
tgtggagcgtccaactgcagcggattccttggtgtcagaccaaagaatcaaccctcatct
gatgacaaggtgcggaaactgaaaaagaaggttgctgtgaagcgcaagagccagttggag
gtcaccaaggagcgagaggatgaatgtttcttctgtggtgatggcgggcagattgtgtct
tgtaagaagcctggctgccccaaggtctatcatgccgactgtctgaatctgtccaagaga
cctgcaggccgctgggagtgtccatggcatcagtgtaatgtgtgtagaagggaggcggcg
tcctactgcgagatgtgtcccaactcctactgcaaacagcaccgtgagggaatgctgttc
atatccaaactggacggcaagctgtcctgcagcgatcatgacccatgcggccccgatcct
ctggaaccgggtgaaattcgagagtatgtgcccggtacacctatcctatcccctacgccc
aatgtttcagtgtcgggcaggatacccctgcctgccctaccgcctgctgctccactcttc
atccccgcccccaacagacctgcgttccaagcccaaagagacctgtatgcagacgaggta
gtggacaatgtggttttgccatcctcttctccttctaaagacatcaaggaggaagatatg
agcgatgaaggcgaggtgatggaaggggtgattggggatgaaggggaagatgaaggcctt
gaggtcgtggatgatgatgaagaaatggactacggagaaatgggatttgaagacgaggag
gaggaaaaggaagaggaggactggggagatgaatatgtgaatgatgacttcgaagatact
gaggacttgggggaagtggagggggacgaccaggaatcatcatgggatgagtttgtcgaa
ggagaaaagtga
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integrated database retrieval system
