KEGG   Folsomia candida: 110859274
Entry
110859274         CDS       T05043                                 
Name
(RefSeq) putative ATP-dependent RNA helicase TDRD9
  KO
K18408  ATP-dependent RNA helicase TDRD9 [EC:5.6.2.5]
Organism
fcd  Folsomia candida
Brite
KEGG Orthology (KO) [BR:fcd00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:fcd03036]
    110859274
Chromosome and associated proteins [BR:fcd03036]
 Eukaryotic type
  Gene silencing
   piRNA pathway
    110859274
SSDB
Motif
Pfam: TUDOR Helicase_C DEAD HA2_C AAA_22 nSTAND3 AAA_19 Flavi_DEAD AAA_14 ResIII Viral_helicase1 MnmE_helical ATPase VpsT-like_REC
Other DBs
NCBI-GeneID: 110859274
NCBI-ProteinID: XP_021963878
Position
Unknown
AA seq 1544 aa
MDTVRIKEEPIDYDEAASSHTSSKRKRRKRRREEEEEPTSEPTTIKIKKEKDLFEPPEDE
DSSHTVFAETRGDRELTDQAPPSIRVDADELPGPSSSVPNGSSSAASPSASATENSIPEW
LPEPDPVPLTNFFEFSSAPIPTLENTVLENKLKENKLGPEPKIPKVAHYNAHDEVDEKKY
IVENEATNSKLIKDHNRIEAAKDEEDDEADTNYDTYESSLDPNGPPRREKVYVKYNFKDR
HINTSRLAVFTAKEKILKAIENHRVVIVDGFTGCGKTTQVPQFILDQHFANDKVCNIVVT
QPRKIAAISVAKRVCDERNWKLGQVVGYQVGMETKRDRNDTLLTYMTTGVLLQKLIATKS
FQSLTHIIIDEVHERDLESDLLLLVIKKILQDDVEGKHRHVKFVLMSATLNSKKFSRYFP
MRTGESEMEESPVIKIPHSFRHRVDEEFVDNMLASSRDLLDIVESNLNMEKATIPEEMYT
VAVDCIISLDEHDRKLATDPRVRSSKQTSNSRVEKRGSVLVFLPGMEEINRLYRSLTSKN
QIDLEDAVKDDPNFREYDFHQWDVVPLHSTITSDEQQRVFDKPRPFHRKIILSTNIAESS
VTVPDVMYVIDFCLTKSLCIDPYTNFTTLRMVWASISQCIQRKGRTGRVCDGKVFRLVTK
SFFGKLPQDTKPEMLRSNLETVVLQLKKLNLGTPKELLSMALDPPVVSGIERAVANLKEL
GALTILTTRYPGGVQYDTCDGDLTFLGSIMTDLPIPQQCARLIMLGHCFGVMKEAIIIAS
ALSVKNPFSTPFVRSLDAYLSRLSWSKKSCSDLFALYYVYKHWIKQFSDIGDSTDLDDKK
RNRTTYNERQWARGAFVQLSVLREIKSTVELIEERLARHGPHIAPNPFHAETPSGDLGKD
AGIMLKLAIAGAFYPNYFHRRRPDVKTYERDKSREISGLDLYNTVYFKGFPAGHDGKIYA
KFVADYLSFGLNVPSIKFDGQKVLATFDNRGEKIGPINKGIYRAVKRRQIRDMLEISLTS
RDCEKRILEEWDSRLDRRRFMRCVPQVTLPGVDVSKVYVRVTHVENPGQFWINYSSHTKA
LDEMVDRINEGLVHVPIHSSKVVPNAMCIAPYQGRYYRAKIVLVVPYPIDDSLVYFIDYG
NTAWVKNSTLEDFSPSMIEQRYNSVPCLAVECRLSNIKPATIHGAGWHDTAKMEFQMFAE
NAPFVYIDIFSVSKSIISGKLIGHDDRRVEQNLNDRLVNLGFAELTEEATFSQNNHRARQ
RVSLQDADERIAHNKEQIGEQLDFDFVQPNIDLRKCTKTLIKGPWSPLELDFQSLCHSSN
TKQVKIDNNSVNSVVLDTEPTAPISRLLVAGYVGIQDRSGSVVARDTTIMPSVPGLLSLM
AMLFAPKIELRIDVRQTKYTGVLCGLGSAPHEPDLPIYPDHDVEIIFDTVIDDDDIDSIN
RIRYLMNLIMRKDHKKQGGGTVNLSHYQMSVREELLKLLQRRRKAGEEEIWPQEEYMWSR
IAESSLVPPSRNCFVYEPKDIFAPHYKVRLNDDNAENWSWGFAV
NT seq 4635 nt   +upstreamnt  +downstreamnt
atggacactgttcgtataaaagaggaaccaattgattacgatgaggcggcttcgtcacat
acatcgtcaaaaagaaagcgccggaagcggcgtcgtgaggaggaagaagaacctacgtcc
gaaccaactaccattaagataaagaaagaaaaagacttatttgaaccgccggaagatgag
gattcctctcacactgtattcgctgagacccggggggatcgggaactgacagaccaggcc
ccaccctcgatacgggttgacgctgatgaactaccggggccgtcgtcgtcggttccaaat
ggctcaagttcggctgctagtccttctgcttctgccaccgagaactcaattccagagtgg
ttaccagaacccgatccagtcccactcaccaactttttcgaattctcctccgcaccaatt
cccaccttggaaaataccgtgctggagaataaactaaaggaaaataaactgggacctgaa
cccaagattcctaaagttgcacattataatgcacacgacgaagttgatgaaaagaagtac
attgtagagaacgaggctacaaatagcaagctcattaaggaccacaatagaatagaagct
gcaaaagatgaagaagacgatgaagcagataccaattacgacacttatgaaagcagtttg
gaccccaatggtccacccagacgagagaaagtttatgtcaaatataactttaaggatcgt
cacataaatacctctcgacttgccgtatttaccgcaaaagagaagattttaaaagcaatt
gagaatcatcgagtcgtcattgtcgatggatttacaggatgtgggaaaactacacaggtc
ccacaattcatccttgaccaacattttgcaaacgacaaagtttgtaatatagttgtaaca
cagccgagaaaaattgctgcaatttctgttgcaaagcgtgtctgcgatgagcgtaattgg
aagttaggccaggtggttggttatcaggttggaatggagaccaagcgggacagaaatgac
acactgttgacgtacatgaccaccggcgttctccttcaaaaattaattgctacaaaaagt
ttccaaagtttgacgcacattataatcgacgaagttcacgagcgtgacttggaatctgat
cttttgcttctcgtaattaaaaagattttgcaagatgatgtcgagggcaagcatcgacac
gtcaaatttgttctcatgtctgcaactctcaactccaaaaagttctcacggtattttcca
atgcgaacgggtgaatccgaaatggaagagtcccccgttatcaaaattcctcattcattt
cgacatagagtggacgaagagtttgtggacaatatgttggcgtcaagcagagacttgttg
gatatcgtcgagtcaaacttgaacatggagaaggccaccattcctgaagaaatgtacacg
gtggcagtggactgtatcattagtttggacgaacatgatcgaaaactggcaactgatccc
agggtccggtcatccaaacaaacttcaaattctcgagttgagaagagaggatccgttttg
gtatttctgcccggaatggaagaaatcaatcgactctatcgttctttgacttcaaaaaac
caaattgatttagaagatgctgtcaaggacgatcctaactttagagagtacgacttccat
cagtgggacgttgtaccactgcattcaacaattacctcggacgagcagcaaagagtattt
gacaaacctcgtccattccatcggaaaattatattatccactaacattgctgagagctcg
gtgactgttccagacgtcatgtatgtgattgatttctgtcttacaaaatccctttgtatt
gatccctacacgaattttaccacattgagaatggtgtgggcatcaatcagtcagtgtatt
caaaggaaaggacgaacaggtcgagtttgcgacgggaaagtcttccgactggttacaaag
tctttttttgggaaattacctcaagatacgaaaccggaaatgctgagatctaatttggag
accgtggtactccagttgaagaaactaaacttggggacgccgaaagaattgctgtcaatg
gccctcgaccccccggtcgtttctggtattgaacgagccgttgcaaaccttaaagagctt
ggtgcactcacaattctgaccacacgctatcctgggggagttcaatatgacacgtgtgat
ggggatctgactttcttgggctcaatcatgacagacttgccaatccctcagcagtgcgcg
agacttataatgctgggtcattgttttggagtcatgaaggaagcaatcattattgcatcc
gccttgagcgtgaagaatccattcagcactccttttgttcgttcccttgatgcgtatttg
tccagactaagttggtctaaaaagagttgttccgacttgtttgcactttactatgtttat
aagcattggattaagcaattctctgatatcggagactctaccgatcttgacgacaaaaaa
agaaatcgcacaacgtacaacgaaaggcaatgggctcgtggtgcctttgtacaactctct
gtactcagggagatcaaatctactgtggagttgattgaggaaagattggcaagacacggt
ccccatattgcaccaaacccattccatgccgaaactccatcgggtgatttgggaaaggat
gcaggaattatgctgaagttggctattgctggtgcgttttatcctaattatttccatcgc
cgccgacctgacgtgaaaacatacgagcgtgacaagtctagagaaatcagtggactagat
ctgtataacacagtctactttaaaggatttcctgctggacacgatggaaaaatctatgcc
aagttcgttgcagactatttatctttcgggttgaatgtgccttccattaagtttgacggc
cagaaagtgcttgcgacttttgacaaccgtggggaaaaaatcggacccatcaacaaggga
atctatcgggctgtcaagaggaggcaaatccgtgacatgttggaaatatctttaacttca
cgggattgtgaaaagaggattttggaggaatgggattccagattggatagacgaagattt
atgcgatgtgtaccacaggtcaccttacctggcgttgacgtgtccaaagtttatgtccgt
gtcacccacgtggaaaatccaggtcaattctggattaactattcatctcacacaaaagca
ctggatgagatggttgaccgaattaacgaaggattggttcacgtacccattcatagcagc
aaagttgtcccaaatgcgatgtgcattgctccatatcaaggacgttattatcgtgctaag
atcgttcttgttgttccatatccaatagatgattccctggtgtattttattgattatgga
aacactgcttgggtaaagaattccactttggaggatttcagtccttctatgattgaacaa
cggtacaactcggtcccatgtttggctgtggaatgtagactcagtaatatcaaaccagct
acaattcatggcgcaggctggcatgacactgccaagatggagtttcaaatgtttgctgaa
aacgctccattcgtttatattgacattttctccgtttcaaaaagtataatttctggcaaa
ttaattggacatgacgatcgcagggtcgagcaaaacttgaatgacagacttgtgaaccta
gggtttgcagaacttactgaagaagctactttttcacagaataatcatcgagcaagacag
cgtgtcagcttacaagacgcggacgaacgaatagctcacaataaagaacaaataggagag
caacttgactttgattttgttcagccaaacattgatcttcggaaatgtacaaaaactcta
atcaaaggtccttggagtccgttggaattggattttcagtccttgtgtcacagcagtaat
acgaaacaagtcaaaatcgacaacaacagtgtaaattccgtagttttggacactgagcct
acagccccaatttctagattattggtcgccggttatgttggtattcaagacaggagtgga
agtgttgtcgcacgggacacgacgattatgccttcagtacctggccttctgtccttaatg
gctatgctgtttgcccccaagattgagttgcgcatagatgttcgtcagacgaaatacacg
ggggtactttgtgggcttggatcggcaccacatgaacctgatctccccatctaccccgat
catgacgtggaaattatctttgataccgttatagatgatgatgacatcgactctatcaac
cgtattcgctatctcatgaaccttatcatgcgaaaggatcacaaaaagcaagggggtgga
acagttaacttgtcgcactatcagatgtctgtgcgagaagaactgttgaagctcctgcaa
cgtcgacgcaaggctggagaggaggagatttggccgcaagaagagtatatgtggagtcgg
attgcggaaagttcattagttcctccgtcaagaaattgtttcgtgtatgagcccaaagac
atatttgctccccattacaaggttaggctgaatgacgataatgctgaaaattggagctgg
ggatttgcggtgtag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (63)   
   KEGG ORTHOLOGY (1)   
   RefGene (59)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (4)   
   RefSeq(nuc) (2)   
   GenBank (1)   
   EMBL (1)   
Protein domain (14)   
   Pfam (14)   
All databases (87)   

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