KEGG   Drosophila melanogaster (fruit fly): Dmel_CG9450
Entry
Dmel_CG9450       CDS       T00030                                 
Symbol
tud
Name
(RefSeq) tudor, isoform A
  KO
K18405  tudor domain-containing protein 1/4/6/7
Organism
dme  Drosophila melanogaster (fruit fly)
Brite
KEGG Orthology (KO) [BR:dme00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:dme03036]
    Dmel_CG9450 (tud)
Chromosome and associated proteins [BR:dme03036]
 Eukaryotic type
  Gene silencing
   piRNA pathway
    Dmel_CG9450 (tud)
SSDB
Motif
Pfam: TUDOR SMN_Tudor DUF4537 SGF29_Tudor DUF4290
Other DBs
NCBI-GeneID: 37417
NCBI-ProteinID: NP_476773
FlyBase: FBgn0003891
UniProt: P25823
Structure
Position
2R
AA seq 2515 aa
MNGQARIALPSKVDLYITHVDHVGPYLKVYGHVNRDAASLISERIRNLLPTCFAIEPSWS
VERQQALLIPGTFCIFKNINGPAPGDVEYRRIRVVSADLEGQSMRAEIDFVDFGYKRTVD
SHDLMFPKQPKLLQNIPLHCFQYIVLGICSEWDQTDLAEVRRLVVNQIVKITVEPTQICD
QKFASLRWKDFELNEFLVQQKQIGVSVDKQLMMDHCKKLWKDNPQSPVTEYNNNSIHNSK
TPMEIAREQLAVRQSLAARLDAQRSVQVTPSRPLNADAPDYTPKHLPLVNVTNVQVQMPG
LNNTQKPVFVSTNPYNRANYQPAVPAAQPYVPKANPRSQYTYYNVRMNKPINAMPPPAGP
HVPIQHFNQQANNVSLSYVPARFTPPPTPSIAQHQIPIPAFRTTSLTVGLTYDVVISYVE
NGPYLFWVHLKSSDHDLSTMMGQIERTKLKALAQAPELGTACVARFSEDGHLYRAMVCAV
YAQRYRVVYVDYGNSELLSASDLFQIPPELLEIKPFAFRFALAGTKEIEPIDDSMKRIFK
KSAIYRNFELTVQAPESVGSMQTCHLNQNGTNMLELLRQLKNSRQSYKKAEQLENDDAVE
IRFIDSPSNFYVQKVANIGKFEQLMDEMFSYYNANQRVPDQLILGAPCIVKCDQEWYRAE
ILRVDDSVIVRHVDFGYEQNVKRHLIGHIAEKHLEMPRQAIKCCLKGFENSELSEDKITD
QFEMLAEESNIRRRTFSVRIFRIEPDGLNVVNLLAKNLNVMKKLYKLSMPFEQYLSLEKG
QFNANNTRAESVISSELNKSHILNSTSIGETENRLQEQEKEQQQKKVDVRQQQLAVEIPQ
AVKSVSGSKNSTDWDKRSSTSAGSKDSKRQQQQQIQRIDRHLDFSCETQSTGSYSSGMSS
PRKGNRQQNGRTPIQSPRHNEKQEAKKNARFSNSESPRRSRDGQQGNQRSQNAPQGYAQK
PQRQKSTLDGNISSKRSSGVGSDIASSSSESVAAAKPEKYVSLDKPYALQEMKTPSKEAA
SLSWWLSPFQFYIVPKSVSAKYDNIMRDMREFYRQKQHQPLQLKVGSTVVVRQRKDNAIL
RATVTACNHMMRKYRVFCVDTGSLITVTSEDIWQLEQRFADPPCMAHRCSFHSVVTNYDP
LYIVDRMETFVPVNAKVDCEFVSKEKSNQGSNTSSTCSYTVNIFVNGASLRDMLVKAEFL
TEVAPEIRVNLLAGQQIRGKFTSIRDMTSFKVQFDYGNNVNFLCTYDDAKFVKSNPNLAR
RFKEFYEGKSFALNVKNVCENNIVHLRPVMPLFMEDRRSFICPYPVVLSSFQALVVYTAK
PYRVYVQPQAIVPSMQTLLDNMYEHYKAKGDSLKKFDVGQICAVRSSDGNWYRARISGKD
SNAACFEVFYIDYGNTEEIKRDDIKALDAKFYEHASGFAVEINLPIGRPSNDTKLKARIS
EILEEKVVTIKSIEVRRSHLIADVILENNQSVIDLLKAEKLVPGKDLDYMRKQMEKGKSR
TYEYIETVDLTLDEEEDKGRKETVSKSGSANASPKKKQHNDKDREPKKSKPAEPARTVAP
QPVALKTPSPVPAEPAPVPKPATPVPEVVEVPEINPTVREAAAESKQAPAQEDPYKDLDC
VVLSHCDNPAQFYVHPIDQLSKLNQLHENLQIVSPSLPQLMNVVNGADCVSMYSVDKCWY
RAKIIDAELMVLLFIDYGNTDCVSDATDIKESMWSHIEPFCLPCALPIRPKGTADWVDAA
NGIFNESYSKVPRLEYLTQGDHYTTSYVNMYIDGEDVAKKLIADGFARPLEYLASGCSCY
ISHVNGICDFFIQLERDSKALELIELYLRKKDTLKPLEGFEKGLIVAALFEDDELWYRAQ
LQKELPDSRYEVLFIDYGNTSTTSKCLMLSEEIASLPSLSKKCSLQLPDAYISWSPEAEA
KFAELTGEGELVFTTQLLKPGQDHVTIDLLLDGENIIDRLLPLCQRKEPKEASKESLAVT
TKAIITHVENTSRIYLQFSEKDSLMDIICEKLNGSKLQPKTEKAAVDDMCVVQFADDLEF
YRSRILEVLEDDQYKVILIDYGNTTVVDKLYELPQEFTLIKPVAEICSMEPSAIFEKNKA
LTLTTFDALLDSCKGVVAVEFVNKSASPPVVRLTTKDKRSLKIYEHLQKLVQAELKLIQK
RNENSECIISYGNSPKSFYVQMKHNSADLDLIVKTLQSLKKEKLKKLIDPTTNSNGVCYS
QEDACYYRCSIKSVLDPSQGFEVFLLDYGNTLVVPEVWQLPQEIEPIPSLALHCQLSKIP
MDVSDEKLEEAFAALLEQHFGELYEITTQPNEDETKPLIAELRINYKDFVQELVSTVTGV
QKPLEAELHNCVVVQFDGPMSFYVQMESDVPALEQMTDKLLDAEQDLPAFSDLKEGALCV
AQFPEDEVFYRAQIRKVLDDGKCEVHFIDFGNNAVTQQFRQLPEELAKPARYSRHCELDA
STISKCDAALLQSFIDTRFSETFQVEILATKGTGTHVVRLFYQSKNISEKLQECQ
NT seq 7548 nt   +upstreamnt  +downstreamnt
atgaatggacaggcgcgcattgctcttccctccaaagtggacctgtacatcactcatgtg
gatcacgtgggtccgtatctgaaggtctacggccacgttaaccgagacgccgcctccctg
atcagcgaacgaatcaggaatctgttgcccacatgctttgccattgagcccagttggtcc
gtggagcgccaacaggctctcctcatacccggcacgttttgcatattcaagaatatcaat
ggcccggctcctggtgatgtggagtacaggcggatacgtgtggtcagtgcagacctggag
ggtcagtcgatgcgggcggagatcgatttcgtggactttggctataagcgtactgtagat
agtcatgatttaatgttccccaagcagcccaagctgcttcagaacattcccctgcactgc
ttccagtacattgtgctgggaatctgctccgagtgggatcagaccgatctggctgaggtt
cggcggctggttgtcaaccagatcgttaaaatcactgtggaacctacacaaatctgtgac
caaaagtttgccagtctgcgctggaaggattttgagctcaacgagttcttagtgcaacaa
aaacaaatcggagtttcggtcgacaagcaactcatgatggaccactgcaagaagctgtgg
aaggataatccgcagtcgccggtcaccgaatacaacaacaatagtatacacaactcaaag
acgcccatggagattgcccgtgagcaactagcggtgcgacaatccttagctgctcgcttg
gatgcacagcgatcggtccaagtgacaccgtcaaggccgctaaacgccgatgcccctgac
tatacgcctaaacatctgccgctggtcaatgtgacaaatgtacaggtacaaatgccaggc
ctaaacaatactcagaaaccggtatttgtatcgacaaatccttataatcgtgccaactat
cagcccgctgtgccggctgctcaaccatatgtgcccaaggcgaacccccgatcgcaatac
acctattacaatgttcgcatgaacaaaccgattaacgccatgccgccgccggccggtcca
catgtgcccattcagcactttaatcaacaggctaacaacgtgtcactgagctatgttcct
gcacggttcactccacctccaacgccatcgattgcgcaacatcaaatccccattcctgcc
ttcagaaccaccagcttaacggtgggcctcacctacgacgtggttataagctatgtggag
aacggtccgtacctattttgggtgcacctgaaaagcagcgatcatgatctgagcaccatg
atgggtcaaattgaacggacgaagctcaaggcactcgcgcaggctcctgagcttggaact
gcctgtgtggcccgtttctcagaagatggtcatctgtatcgcgctatggtgtgcgctgtt
tacgcccaacgttaccgcgttgtttacgtggactacggaaactctgagttgttgtccgca
agtgatctgtttcaaatacccccagaactgttggaaattaaaccgtttgctttccgattt
gctttggccggaaccaaggaaattgagcccattgacgacagcatgaagcggattttcaag
aaatcagccatttatcgtaactttgaactgactgtccaggcgccagagagtgtgggctcc
atgcaaacctgccatctcaaccagaatggcaccaatatgctggagcttcttaggcagcta
aagaactcacgtcagtcctacaaaaaggcggagcaacttgaaaacgacgacgccgtggag
attcgttttattgattcgcccagcaacttctatgtgcagaaagtggccaacataggaaag
ttcgagcagctcatggacgagatgttctcctactacaatgcaaaccagagagttcccgat
cagttgatcttgggcgcaccctgcattgttaaatgcgatcaggaatggtaccgtgcagag
attctgcgcgttgatgactctgtgattgtgcggcatgtagattttggttatgaacagaat
gtgaagcggcatttgattggccatattgctgagaagcatctggaaatgcctcgccaggca
attaagtgctgcttgaaaggattcgagaacagtgaacttagcgaggacaagattaccgat
cagtttgaaatgttagctgaggaatccaatatccgaaggcgcacatttagtgtgcgtatc
tttcgcattgaacccgatggtctgaacgtagtaaacctgctggccaagaacctgaatgtg
atgaagaagctctacaagctttctatgccttttgaacaatatctgtccctggaaaagggt
cagtttaatgcaaacaacacccgtgccgagtctgtgatctcttctgagttgaataagagc
catattttgaactctacaagcattggcgagaccgaaaatcgtttgcaagaacaggaaaaa
gagcagcaacagaaaaaggtcgatgttaggcagcagcaactagcagttgaaattccgcaa
gcagtaaagtccgttagcggaagcaaaaactcgacagactgggacaaacgtagctccacc
tcggcaggctcaaaggacagtaagcgtcagcagcagcaacaaatacagcgaatcgatcgc
catttagacttcagctgtgagacacagagcaccggtagttacagcagtggcatgagttcg
ccgcgcaagggtaaccgacaacagaacggtcgcacaccgatccaatcaccacgccataat
gaaaagcaggaagcgaaaaaaaatgcgcgctttagcaacagcgagtcaccccgcaggagt
cgagatggccagcaggggaaccaacgctcccaaaatgcgccacagggctatgctcaaaag
ccacagcgtcaaaaatccacgttagacggaaatatcagctcaaagcgttccagcggagtg
gggagtgatattgcctcatccagctccgaatcggtggctgccgccaagccggagaaatac
gtttccttggataaaccgtatgcgctgcaggagatgaaaacacctagcaaggaggcagct
agtttgtcttggtggctctcgccattccagttctacatcgtgcccaagtctgtctctgca
aagtacgataatataatgcgtgatatgcgagagttctaccgccagaagcaacaccagcca
cttcaattaaaggttggatccaccgtagttgtgcgccagcgaaaggacaatgccattctg
cgggctactgtgaccgcatgcaatcacatgatgcgcaagtatcgcgttttttgcgtggac
acaggcagcttaataacggtcacctcggaggatatttggcaattggagcagcgctttgca
gatccgccctgtatggcacatcgctgcagctttcacagcgtcgttaccaactatgatcca
ttgtacattgtggatcgcatggaaacattcgttccagttaatgccaaagtcgattgcgag
ttcgtgtccaaagagaagagcaaccaaggctcaaataccagcagcacttgctcctacaca
gttaatatttttgtaaacggagcatccctacgagatatgctcgtcaaagcggaattcctt
accgaagtggcgcctgagattcgcgttaaccttttagctggtcagcagattagaggaaaa
ttcacttctattcgtgacatgacaagctttaaggttcagtttgattatggtaacaatgtg
aacttcctttgcacctatgacgatgctaaatttgttaagtccaatccgaatttggccagg
cgatttaaggagttttacgagggtaaatcgtttgccttgaatgtcaagaatgtctgcgaa
aacaatatcgttcatctgagacctgtaatgccgttgttcatggaggatcgcaggtcattc
atctgcccctatcccgtggtgctgagctcattccaagcactcgttgtgtacaccgctaaa
ccttaccgcgtgtatgttcaaccgcaggccatagtaccatctatgcagaccctattggat
aatatgtatgaacactacaaggccaagggcgactctttgaaaaaatttgatgtgggacag
atctgtgctgtacgaagctccgatggcaattggtacagagccagaatctcaggaaaggat
tcgaatgcagcgtgcttcgaggtgttttacatcgattacggcaacacggaggaaataaag
cgtgacgatatcaaggcattggatgcaaagttttatgagcacgcaagcggctttgcagtg
gagattaatttgccgattggccgacccagcaacgatacaaagctaaaggcgcgtatatcc
gagattcttgaggagaaggttgtcactatcaaatcgattgaggtgcggcgcagtcaccta
attgccgatgtcattttggaaaacaatcagagtgtgatagacctgctaaaggctgagaag
cttgtacccggcaaagatttggattacatgcgcaagcaaatggagaaaggaaagtctcgc
acttacgagtacattgaaacagtagacctaactttggacgaagaggaggataagggtcgc
aaggaaactgtcagcaagtcgggttcggcaaatgcctccccaaagaaaaaacaacataat
gacaaggatcgcgagcccaaaaagagtaagccagcagagcctgctcgtactgttgctcca
caacctgttgcattgaaaactccttcaccagttccggcggagccagcaccagtgccaaaa
ccagccactccagttccagaggttgttgaagtaccagaaattaatccaactgtcagagaa
gctgctgccgagtcaaagcaagctcctgcacaagaggatccttacaaagatttggactgc
gttgtactgagccattgcgacaatcctgcacagttctatgtccacccgatcgatcagcta
tcgaaactaaatcagctgcatgagaaccttcagattgtgtctccctctttgccccagttg
atgaacgtggtaaacggtgcagactgtgtatcgatgtattcggtggacaaatgctggtat
cgcgccaaaatcattgatgccgagctaatggtactacttttcatagactatggcaacaca
gattgcgtttcggatgccactgacatcaaagaaagcatgtggtcgcatatcgaacccttc
tgcttgccatgcgcactcccgattcgacccaagggtactgcggattgggtggatgcagcg
aatggcatctttaacgaatcgtactcgaaggtcccgcgtctggagtaccttacccaagga
gatcactacacgaccagctatgttaacatgtatattgatggcgaggatgtggctaagaaa
ttaattgccgatggttttgctaggccgttagagtatttggccagcggatgcagttgctac
atttcgcacgtgaatggaatttgtgatttctttattcaacttgaacgtgattcaaaggcg
ctagaactaattgagttgtatttgcgcaagaaggacacattaaagcccctcgaaggattt
gaaaagggtttgattgtggctgctctatttgaggacgatgagctgtggtaccgagcccag
ttgcagaaggagttgcccgattcccgatacgaagtactctttatcgactacggtaacacc
tccaccacatcgaagtgtctaatgctgtccgaagagattgctagcctacccagcttatcc
aagaaatgttcgctgcagttgccagatgcctacatctcatggtcaccagaagcggaggcc
aaattcgccgaactgacaggcgagggtgagctagtgtttaccacacagcttctgaagcca
ggacaggatcatgtcaccattgatcttctcctggatggagagaacatcatcgaccgcctg
ttaccgttgtgccagcgaaaggaacccaaggaagccagtaaggagtccttagctgttacc
actaaagccatcattacgcacgtggagaatacatcccgtatatatctacagtttagcgag
aaggattcattaatggatattatatgcgagaagctaaatggaagcaagctgcagcctaag
acggaaaaggctgcagtagatgatatgtgcgtagttcaattcgccgacgacttggagttc
tatcgctcacgtattctggaagtgctcgaagatgaccaatacaaagtcattttgattgat
tacggcaatacgactgtggttgataagctttatgagttacctcaagagttcacgctcatt
aaacctgtggccgaaatatgcagcatggaacccagcgccatatttgagaaaaataaagct
ctaaccctgacaacatttgacgcactgctggacagctgcaagggtgttgtggcggtggaa
tttgtaaacaagtctgccagtcctcctgtggtcagattgactactaaagataagaggagc
ctgaagatctatgaacaccttcagaagttggttcaagccgagctgaaactaatccaaaag
cgaaacgagaactctgaatgcattatctcatatggaaactcacccaagagtttttatgtg
caaatgaagcacaattcagcggatttggacttgattgtgaagacactgcagtccttaaaa
aaggagaaactgaagaaattaatcgatcctactacaaattcaaatggtgtttgctactcc
caagaggatgcctgttactatcgctgtagtatcaagtcggtattggatcctagccaggga
tttgaagtctttttgctagattatggaaacaccctggtcgttccagaggtctggcagcta
ccccaagagatagagccgattccatcgttggctctacactgtcagctgagtaagattcca
atggatgtgtctgacgaaaagctagaagaagcctttgctgctttgctagagcagcacttc
ggagaactatacgaaataactactcagccgaacgaggatgagacaaaacctctgattgct
gaactccgaatcaactacaaggatttcgtccaggagctggtcagtacggtgaccggcgta
cagaaaccgctcgaagcggagctgcacaactgtgttgtggtgcagttcgatggccccatg
tccttctacgtccagatggagagcgatgtgccagcactagagcaaatgactgataaactg
ctcgatgcagaacaggacctacccgcctttagcgacctcaaagagggagctttgtgtgtg
gctcagttcccggaggacgaggtcttctatcgcgcccaaattcgcaaggttttggatgac
ggaaagtgcgaggtgcattttattgactttggcaacaatgccgtgacgcagcagttccgc
cagctgcctgaggagttggccaagccggcgcgatacagcaggcattgcgagctggatgcg
tcgaccatatccaagtgcgacgcggccctgctccagtcgttcatcgacactcgcttctct
gaaacattccaggtagagattctggccaccaagggaactggcacccatgtcgtacgactc
ttctaccagagcaagaacatcagcgagaagcttcaggaatgtcagtga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (106)   
   KEGG ORTHOLOGY (1)   
   RefGene (101)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   FLYBASE (1)   
   OC (1)   
Protein sequence (4)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
3D Structure (5)   
   PDB (5)   
Protein domain (5)   
   Pfam (5)   
All databases (125)   

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