KEGG   Daphnia pulex (common water flea): DAPPUDRAFT_316598
Entry
DAPPUDRAFT_316598 CDS       T04347                                 
Name
(GenBank) hypothetical protein
  KO
K18408  ATP-dependent RNA helicase TDRD9 [EC:5.6.2.5]
Organism
dpx  Daphnia pulex (common water flea)
Brite
KEGG Orthology (KO) [BR:dpx00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:dpx03036]
    DAPPUDRAFT_316598
Chromosome and associated proteins [BR:dpx03036]
 Eukaryotic type
  Gene silencing
   piRNA pathway
    DAPPUDRAFT_316598
SSDB
Motif
Pfam: TUDOR Helicase_C DEAD HA2_C AAA_19 nSTAND3 ResIII AAA_14 ATPase AAA_11
Other DBs
NCBI-ProteinID: EFX82068
JGI: Dappu1_316598
UniProt: E9GDE6
Position
Unknown
AA seq 1340 aa
MTCHTIKIYLWKAKQLSIWDRPKSNLMCLESRNFRKRLKERTAILDMLKKENAIIIKGFT
GCGKTTQVPQFILDECYANKTPCNIVVTQPRRIAAISIAKRVCFERNWTLGTVVGYRVGM
ERQVSESTLLTYVTTGCLLETLVATKTLEGYTHIIVDEVHERDEDTDFLLLVINRFLRKT
KTPTKIILMSATADAGKFSQYFKTPELGDFPKGERPWRNAPIINVDPAEPFNINVYYMDS
LQKLGFLTATIDPNDETPRIDKLQYELVSRLISAFDSKREINRYGRHSEYENISSVRSAV
LIFLPGIGEIEAMHKALIDFETNAVHKNYWHILPLHSRITSEEQSRVFQPISSLPPNFRH
FRKIILSTNIAESSITVPDITYIIDFCLTKQLTTDTETNFCSLKLEWAAKSNCMQRRGRV
GRVTEGVVYRMVFKRFYDEKLPDDVTPEILRCPLEQTVLRTKLLDLDPPEKMLALVIDPP
KYGNIARTILTLKEMGALFTTVNGVVSSFDGDLSYLGRVVSRLPIDVHLGKLVMLGYVFN
ILEECIIMAAGLSSKNIFTSPYQKKLLAYQVKMQWAEGSFSDPITILNAYQVYKNSEHQE
HFKRSGESERMREKNWAHTNFIQLKALKEMDILVKEIKFRLHSIGIEEAIGPNVRPLTGS
QKALLLRVVLYGAFYPNYFTRDAVSGQIDEREAVKSLCGLDPFKTVKLTNFPPNQPGKAY
VRQIKNSMSEIFSMLKEDTWNAKITFDSQRVFIQFHQEGNPSQNRRVPGRICLPVYLAIK
QRLLGIPYHVRLFDKRDAEQYRSRVEESARRLLNISDMESVVSGLSNRSEVPYVLQIPAP
RLPELHENELLVSVCHVEEPNHFWCHRLDERSKRDYNHINKMIGLHGCGLERWDIKVPVV
KGNLVMGPFKVNNDVEYYRAKVLSTQQGVPIHEQRVRIYFIDFGNAAEAHVKDLRVVPDG
LLKFPPLAIECYLTGVGPSFINDPKGKWTKSGKEWFEMLTVDQTLTARVFSVVNGITSMD
LIGAGGSWENSIALQMLELHYAVKVDESFMNKQDNEQRQSAQEAKPNSHMAKHRQRELEE
QRSVAAEYLAMELEVDEPRHYSRNETSVVKLVGPSNPLEMKMYGKVQSLLGSMVKIEDDS
VNSVILEDQPGDHHERVLVAAHIGSQQNGRHVQARSTTLLPNIPGLPAILTLLFAPRAEF
RADEKIKRLTGAICGLGYDQVKQQSFYPEHDMELAFDSEIGLTDVLLINKIRFWLNSVMG
APSFSQHHAAPSQERMREVSQKTLGFLFELITKPRGDVEFLPSTSFKWNLIKPENLLQSD
VAESQLDTLIPLHDCIKLNP
NT seq 4023 nt   +upstreamnt  +downstreamnt
atgacttgccatacaatcaagatctatctgtggaaagctaaacaattatcaatctgggat
cgaccaaaatcgaatttgatgtgtctagaaagtagaaactttcgaaagcggcttaaagag
agaacagccattcttgatatgctgaagaaagaaaatgcaatcatcattaagggtttcact
ggctgtggtaaaacaacccaagtgcctcaattcatcctggatgaatgctatgcaaacaaa
acaccttgcaacattgttgtcacccagccaaggcgtattgcagccatcagtattgctaaa
agagtctgctttgaaaggaactggactcttggaactgttgttggatacagagttggaatg
gaacggcaagtgagtgagtctaccctgctcacttatgtaaccactggatgtcttttggag
acactagtcgccaccaaaactcttgaaggctacacccacattattgtcgatgaagttcac
gagagagatgaagacaccgatttcttgctgttggttataaacagattcctccgcaaaaca
aagacgccaaccaaaattattttgatgtcagccacagccgatgctggaaagttttctcag
tatttcaaaacccctgaattgggcgactttccgaaaggggaaagaccttggcgcaacgct
cctataattaatgtggaccccgccgagccttttaacatcaacgtttactacatggattcc
cttcaaaaactagggtttcttacggcaacgatagatccaaacgatgagactcctcgaatc
gataaactccagtatgaacttgtaagtcggctgatctctgctttcgacagcaaacgggaa
atcaatcgctacgggcgtcattccgagtatgaaaatatttcgagcgttcggagtgcagtc
ctgatattcttgcccggcattggcgaaatcgaggccatgcacaaagctctgatagacttc
gagaccaatgcggtccacaagaactattggcacatcctgccgctgcattcacgcatcact
agcgaagagcaaagtcgagttttccagcccatttcaagtttgcctccaaacttcaggcac
ttccgcaaaatcattctctccaccaatatcgccgagagctcaatcactgttccggacatt
acgtacatcattgatttctgcctgacaaagcagcttaccaccgatacggaaacgaacttt
tgctccctcaagttggagtgggctgccaagagcaactgtatgcagcgcagaggacgtgtt
ggtcgtgtcaccgagggtgttgtttaccgaatggttttcaaacgcttctacgacgagaaa
ttgcctgatgacgtgactcccgagatccttcgctgtcccctggagcagaccgtcttgcgt
accaagttgttggatttggatccacccgagaaaatgttggcactcgtcatcgaccctccc
aaatatggtaacatcgccaggacaatcctgacactcaaagaaatgggagctctattcaca
acagtcaacggagttgtcagctcattcgatggtgacttaagttacctcggccgagtcgtc
tctcgcctccccatagacgtccacttgggcaagctagttatgctcggatacgtgttcaac
atcctggaagagtgcatcattatggcagccgggctcagttcaaagaacatttttacttct
ccttatcaaaagaagctgctggcctaccaagtcaaaatgcaatgggcagaaggctccttc
agcgaccccatcacaatccttaatgcataccaagtgtacaagaactcggagcaccaagag
cactttaagaggagcggagagtcggaaagaatgcgggagaagaattgggcgcataccaat
ttcatccaactcaaagcgctcaaggagatggatatcttggtgaaagaaatcaaattccgt
ctacattccatcggtatagaagaagccatcggaccgaacgtcagaccgcttacgggaagc
caaaaggcgctcctgcttcgtgttgtgctctacggcgccttttatccgaattatttcact
cgtgacgccgtcagcgggcagatcgatgaacgcgaggccgtcaaatctctttgcggattg
gatccattcaaaacggttaaacttaccaattttccaccaaatcaacccggcaaagcctat
gtccgacaaattaagaacagcatgtcggaaatctttagtatgctgaaggaggatacatgg
aatgccaagatcacgtttgattcgcagagggttttcattcaatttcatcaagagggaaat
ccttcccaaaataggagagttcccggaaggatctgcttgcccgtttacttggccatcaaa
cagagactactcggtattccctatcacgtgcggttgtttgacaagagggatgccgaacaa
taccgttctcgagtggaagagtcggctagacgtttgttaaacatcagtgacatggaatcg
gtggtgtcaggtctgagcaatcgcagtgaagtaccgtacgtccttcagattccggcacca
cgcctgcccgaactccacgaaaacgagttactcgtcagcgtgtgtcacgtggaggagccc
aatcatttctggtgccaccgcttggatgaacgctccaaacgagattacaatcatatcaac
aaaatgatcgggctacatgggtgcggcttggagaggtgggatattaaagttcccgtcgtc
aagggcaatctggtgatgggtccgttcaaagtcaacaatgacgtggagtactatcgagcc
aaggtgctcagcacgcagcagggcgtgccgattcatgagcaacgcgtccgcatttatttc
atcgatttcggaaacgcagccgaggcccacgtcaaggatttgcgagtggtgcctgatgga
ctgctcaaatttccgcctttggccattgaatgctatctgacaggagtgggtccatcattt
atcaacgatcccaaaggaaagtggaccaagtccggcaaagaatggtttgagatgctgacg
gtggatcaaacacttacagctagggtgttttcggtcgtcaatggaatcacatctatggat
ctgattggagcaggtggcagttgggagaattcaatcgctcttcagatgttggaactccac
tacgccgtcaaagtggatgaatcttttatgaacaaacaagataatgaacagcgtcaatcc
gcacaagaagccaagccaaattctcacatggctaaacaccgacaacgagagttggaggaa
cagagatctgtggctgccgagtatttggcaatggaacttgaagttgacgagccaagacat
tacagtcgcaatgaaacttctgttgtcaaactcgttggcccttctaatccgttggagatg
aagatgtacggcaaagtgcagtcgcttttgggtagcatggtcaagatagaagatgattcc
gtcaactcagttatactggaagatcaacctggagatcatcacgagcgcgttctcgttgct
gctcacatcggatctcaacaaaacggccgccatgtccaggctcgcagcaccactttactt
ccaaatatccccggtttaccggctattctgacacttctttttgccccgagagctgaattc
cgggcggatgagaaaattaaacgccttacgggtgccatttgtgggttgggttacgatcaa
gtgaagcagcaatccttctatcctgaacatgatatggaacttgcctttgactcggagatt
ggtcttacggatgtgcttctcatcaacaaaattagattttggttgaattccgttatgggt
gcaccgtcattcagtcaacaccacgcagcgccatcccaggagcgcatgagagaagtcagt
cagaaaacgcttggatttttgtttgaactcatcactaaaccgcgtggtgacgtcgagttt
cttccctcgactagttttaaatggaatctcatcaaacccgaaaaccttctgcagtcggat
gtcgctgaaagtcaactggatactttgattccactccacgactgtatcaagctcaacccc
tga

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Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (122)   
   KEGG ORTHOLOGY (1)   
   RefGene (118)   
   NCBI-PROTEINID (1)   
   JGI (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (10)   
   Pfam (10)   
All databases (137)   

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