KEGG   Danio rerio (zebrafish): 799498
Entry
799498            CDS       T01004                                 
Symbol
tdrd15
Name
(RefSeq) tudor domain-containing protein 15
  KO
K18405  tudor domain-containing protein 1/4/6/7
Organism
dre  Danio rerio (zebrafish)
Brite
KEGG Orthology (KO) [BR:dre00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:dre03036]
    799498 (tdrd15)
Chromosome and associated proteins [BR:dre03036]
 Eukaryotic type
  Gene silencing
   piRNA pathway
    799498 (tdrd15)
SSDB
Motif
Pfam: TUDOR PUA_4
Other DBs
NCBI-GeneID: 799498
NCBI-ProteinID: NP_001182210
ZFIN: ZDB-GENE-041014-303
Ensembl: ENSDARG00000014039
UniProt: A0A8M1NXB8
Position
20:42537469..42561744
AA seq 1883 aa
MERTKEESKLPAPCVLWPVELKLTHIDCRPENKLVHFQGQYMTICELDYNILQVEIQNAV
KSKVSVQVGDVCLVEDSGSGRWYRGRVQNIEKDKFHIFLLDHGDMMIVGPNCLSSISDTL
LMLPPKIVCGFFANILPIQSQWDSLTNSYFSSLKGSRIKGYIHARLPYHILILEVPEINS
DMIKKRLGRHVDTSTFLLLVEMLIDEPIPQSNESVPDLLIEKQIGQEYCLKSSSLLGFEE
ILSLNGPKLKVGQEVEVVVAAAVNPGLFYCRLSSMGKDLQEMSDKLALACESGSGCLTND
LDENLGLLCAVKGKDEKWHRGFVECLPLNSQVKVVFVDSGYCESVKVENILQLPSEFLSR
PIMAFPCSLSCLEKQDEDIKNQQVDALKTGLLGKVLEIEIDDFRKDQNLYLVTMNIAQKH
SEKQAGVKPHESDNLRSNSNFPYDVLSNVSAGETKVAQTSDSNPNRAIPDDSFFEGYVVH
VQSPKHFWIRTKEHNPNFENMTKEMADYFSKLQLHEEVFEDLVPGALCCAMYENDMQYYR
ALVVDTLDKGAEVFFIDFGNTEKVPGILIKKLPKKFAIHPEFAMECALAHVAPHEDIWTT
TASNYFREVTSDKTLMIHVVHRKNRKYVVDLFERDAENCSIATIMTTAKMALDWRYNPAL
ASVEIERPCKYKGNALSKKKNKKDLRVVTFHKVTSSMSSPNQIEHEWEPQNYLEKHTPSE
TLKPEVVPAKTLKPMHFKPGSEVSVICSHVNTPSDFWCQNVSTKLDLDKLMEEMQLFYQT
YTSGLLMPALCCAVKSPHDNQWHRACMIGQHNEQLLMILVDVGLIIQEKLQNIQTLQPQF
LELPTQAFRCRLNFIEPIGGSSWSSEACNLLRDFLFKCTSSKCRIYSQVYEKGKGLLNIV
SIHTPLQQASTYLVEKGVAAEVQAPDKHTISSAHPWSFVYSSFNISCGSEELVHVTYVCS
PWEIYFQLDRNTEILNRLTERVAEESQLFTSISDNCSSKVCLAKYFCDGSWYRALVHPVQ
SNQHVSVVFVDYGNKEIAEKTNVMAIPTTAVDVLLTPMQALRCSLLNLPEGEHLPEVNKW
LETEILNKSFKAKFVSSDTNGHFVCDLYDGNLHINEKVKELMAAHGVAQSDLAVNKLELD
FPKEEAHASLPNCKRNHKATRRSKAKQNGKQTPRSTNHSKKQLKEPVEMEDQNAPCPLKV
VPSHQSLPKLCDLPAVTMKPGSRGVGFVSHSISAGRFFIQMEDDEPKLLQMIEELNGTNF
KDKRRNVETEIKVGDLVAAEYEEDLALYRAVVTNVLNSDLLAVEFIDYGNTATVDRKNVH
MLTNTFLSQPRLSMPCTLAKPHPFENDDSFTEKAVGKPLLVEFIQSLEGSWKVNIEFDDD
HLQGDLKYDADHSKDVDLASQDKLPKDSQTQSQSDQYNQSIKEVQSFQQKEQFRHQLANN
QTVRTFQQKTTSNTQSICEFRTKPTEVRTIQQKTKSNTQQRKCELTFATKQIKKAAIYVQ
TSVKTRDIWRRKYKKQNFKPKVVVNAEPQCETSIPVAKISEGLQENVQQENKNSESLACV
ALHDVKDSEPVKIYEDLSVVTDHPPSPKTSLRTNLDPPQTLFQAPVKMNFEYEGFAAAVT
TPSEFYIILEDLLLIADTVSSILENLPEVLEPLPEVHFVPGTSCLVKLVENQKWCRAEIV
QCDSTSVLINLVDCGLYSVLSRLDASQLRKLPEELGRLPKVTYHCLLRGVKPNAPDWSDD
AILFFQNSMCHKNLKIRFRQHVSETQWEVDIITGSQNLAKELVDSDHAMYIDKMLGIRFQ
QDQGLNQEPNQQAISSTVNDLSIITEHTSEAKKQVTLSAKKPSEESVGEKDTSDHLNSGG
DDLGQVDRETLGLPSGIKQCMLM
NT seq 5652 nt   +upstreamnt  +downstreamnt
atggagaggacaaaagaggaatcaaagctccctgctccttgcgtattgtggcctgtggag
ctgaagttgactcacattgactgcaggcctgaaaacaaactggtacactttcagggccaa
tacatgacaatctgtgaactggactacaatattcttcaagttgaaattcaaaatgcggtg
aaatcgaaagtttctgttcaagttggagatgtttgtctggtagaagactccgggtctggt
cgctggtacagaggaagagtccagaacattgagaaagataagttccacatatttttgctg
gaccatggagacatgatgattgttggacccaactgtttgtcctcaatatccgacacactg
ctaatgcttccacctaagattgtctgtggtttttttgccaatattctgccaatccagagc
caatgggacagtctgacaaacagttatttctcttcattaaaaggcagccggatcaaagga
tacattcacgctcgtctaccataccatatcctcatacttgaggttccggaaatcaatagt
gacatgataaaaaagaggctagggagacatgtggacaccagtacatttttgctactggtt
gagatgcttattgatgaaccaattccacaaagcaatgaatctgtccccgacctcttgata
gaaaagcaaatagggcaagaatattgcctcaagtcctcaagcctactgggctttgaagaa
attctgtcacttaatggcccaaagttgaaagttggtcaggaagtagaagttgtggtagct
gcagctgtgaatcctggattattctattgtcgactctcatccatgggcaaggacctgcaa
gaaatgtcagacaaattggcactagcatgtgaatcaggcagtggttgcctgaccaatgac
ctagatgaaaaccttggtttgctctgtgcagtaaaagggaaagatgaaaaatggcacagg
ggttttgttgaatgcctcccccttaactctcaggtcaaagttgtgtttgttgacagtggc
tattgtgaatctgtgaaagttgaaaacatccttcagctaccgtcagaatttctctcaagg
ccgatcatggcattcccatgttctctttcatgcttggaaaaacaagatgaggacatcaaa
aatcaacaagtagatgctctcaagactgggttgctagggaaagttttggagatagaaatc
gatgactttcgcaaagatcagaacctctacttggtcacgatgaacattgctcagaagcac
tcagagaagcaagctggagttaaaccacatgaaagtgacaatttaaggagcaattccaac
tttccttatgatgtcctttcaaatgtgtctgctggagagacaaaagtggcccaaacttca
gattcaaatcctaatagagcaatacctgatgattctttttttgagggatatgtggtacat
gtacagagtccaaaacatttctggataagaaccaaagaacacaatcctaattttgaaaac
atgacaaaggaaatggctgattacttcagcaagttacagttgcacgaggaggtttttgaa
gacctagtgccaggtgcactttgttgtgcaatgtacgaaaatgacatgcaatactacaga
gcacttgtagtagatactttggataaaggagcagaggtgtttttcattgacttcgggaac
actgaaaaagtgccaggcattttaattaaaaagctcccaaagaagtttgccattcatcca
gaatttgcaatggaatgtgcattagcccatgtagctccacatgaggacatctggacaacc
acagcatccaattacttcagggaagtcacatcagacaaaaccttgatgattcatgtcgtt
catagaaaaaatagaaagtatgttgttgatctgtttgagagagatgctgaaaattgcagc
atcgcaaccatcatgacaacagctaaaatggccctggactggagatacaacccagcgtta
gcatctgttgaaattgagaggccatgtaaatacaagggaaatgctctgagcaagaaaaaa
aataaaaaggaccttcgtgtggtgacctttcacaaagtcacatcttctatgtccagtcca
aatcaaattgaacatgaatgggaaccacagaattaccttgaaaaacatactcccagtgag
acattgaaaccggaagttgttcctgctaagactttaaaaccaatgcatttcaaacctggt
tctgaagtaagtgtcatttgctcacatgtaaatactccatctgatttttggtgccaaaat
gtgagtacaaaacttgacctggacaaacttatggaagagatgcagttgttttaccaaaca
tatacatctggtcttctgatgcctgcattatgttgtgctgttaagtctccacatgataac
cagtggcacagagcatgcatgataggacaacacaatgagcaactgcttatgatcctagtt
gatgttggcctaattattcaggaaaagttgcaaaacatccaaactcttcagccacagttc
cttgaacttcctacacaagcatttagatgcagattgaacttcattgaacccattggaggg
agttcttggagttcagaagcatgcaatttgctcagggattttctgttcaaatgtacatcc
agcaaatgcaggatttattcccaggtttatgaaaaaggaaaaggtctacttaacattgtc
agcattcatacacctcttcaacaggcctctacataccttgtagagaaaggtgttgcagca
gaagtacaagctccagacaagcatacaatttcatcggctcacccttggtcattcgtttac
tcctctttcaacataagttgtggaagtgaagaactggtgcatgttacttatgtctgtagc
ccttgggaaatctatttccagctcgatagaaatacagagatccttaatagactgacagag
agagttgcagaggaaagtcagctcttcacttcaatttctgacaactgcagcagtaaagtt
tgcttggccaaatatttctgtgacggcagttggtacagggctctggtacaccctgttcaa
tctaatcagcatgtgagtgttgtctttgttgattatggcaataaggagattgcagagaaa
acaaatgtcatggcaattccgacaacagcagttgacgtattgctaacaccaatgcaggct
ctgagatgcagtcttttgaatcttccagagggggaacatttgccggaagtcaacaagtgg
cttgagactgaaatcctcaacaagtctttcaaggccaagtttgtgtcaagcgacaccaat
ggacattttgtttgtgatctttatgatggcaatttgcatatcaatgaaaaagtcaaagag
ctcatggctgctcatggtgtggcacaaagtgacctagctgtcaacaaacttgagttagat
ttccccaaagaagaagcgcatgccagcttaccgaactgtaaacgtaaccacaaagcaacc
agacgcagtaaagccaaacaaaatggaaagcaaactccaagatccacaaaccattccaag
aagcaactcaaggaacctgttgaaatggaagaccagaatgctccctgtccacttaaagta
gtgccatctcatcagagcttgccaaaactttgtgatcttcctgctgtcacaatgaaacca
ggttctagaggtgtgggctttgtctctcatagcatttctgctggaagattttttatccag
atggaagatgatgaaccgaaattactacagatgattgaggaactaaatggtactaacttc
aaggataaaagaagaaatgtggaaaccgaaataaaagtaggggaccttgttgcagcagag
tatgaagaagacttggctttgtacagagctgtcgtcaccaacgtgttaaactctgaccta
ctagctgttgagttcattgattatggcaatactgcaactgtcgacaggaagaatgttcac
atgctaaccaatacgtttttgtctcagcccagattgagcatgccctgcacacttgcaaaa
ccgcacccatttgaaaatgatgactcctttacggagaaagcagttggtaaacccttatta
gttgaattcattcaaagtctggaaggttcatggaaagtgaacatcgagtttgacgacgac
cacttgcaaggggacttgaagtatgatgctgatcatagtaaagatgtagatttggcaagt
caagataaattaccaaaagattcccagacgcaaagccaatctgatcaatacaaccaaagt
attaaagaagttcaaagcttccagcaaaaggagcagttcagacatcaacttgcaaacaat
cagactgttagaaccttccagcaaaagacaacatcaaatacacaaagcatttgtgaattc
agaaccaaaccaacggaagttagaaccatccagcaaaagaccaagtcaaacacacaacaa
cgtaaatgtgaattgacgttcgcaactaagcaaataaagaaagcagccatatatgtacaa
acaagtgtcaaaacaagggacatttggagaagaaagtacaagaaacaaaatttcaagcca
aaagttgtggttaacgcagaaccacaatgtgagaccagtattccagtggctaaaatttca
gaaggactacaagaaaatgtccaacaagaaaataaaaactctgagtcacttgcttgcgtt
gctctgcatgatgtgaaagacagtgagccagtaaaaatttatgaggatttgtctgtcgtg
actgatcatcctccctccccaaagacttctttaaggaccaatttggatccaccacagacc
ctcttccaggcccctgtgaaaatgaacttcgaatatgaaggatttgcagcagcggtcaca
accccatctgaattttatatcattctagaggatctgcttttgatagcagatacagtctca
tccattcttgagaaccttcctgaagtgttggaaccattacctgaagttcattttgttcct
ggtacgagctgtttggtgaaattggtggagaatcaaaaatggtgcagggcagagattgtg
caatgcgattcaacttcagtgcttataaacttggttgactgtggactgtattctgttctg
tctcggctagatgcctcccagctaagaaaacttcctgaggagctcggtagattgcctaaa
gtcacctaccattgtttactaaggggagttaaacccaatgctccagactggtctgatgat
gccatcctgttttttcaaaactccatgtgtcacaagaaccttaagatacgcttcagacaa
catgtttctgagacacaatgggaggttgacattatcaccgggagtcaaaatcttgcaaag
gagttagtagattctgatcatgcaatgtatattgataagatgcttggaatcaggtttcag
caagaccaaggactcaatcaagagcctaatcaacaagccatctccagcactgtgaatgat
ttatcaataataactgagcacacaagcgaagccaagaagcaggtcacgttgagcgcaaaa
aagccatctgaagaatctgttggagaaaaagacacttcagaccatttgaacagcggtggg
gatgatcttggacaagtggacagggaaactcttggtctaccatcaggtatcaaacaatgt
atgctgatgtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (66)   
   KEGG ORTHOLOGY (1)   
   RefGene (60)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   ZFIN (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (8)   
   RefSeq(nuc) (2)   
   GenBank (3)   
   EMBL (3)   
Protein domain (2)   
   Pfam (2)   
All databases (82)   

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