KEGG   Nothobranchius furzeri (turquoise killifish): 107374727
Entry
107374727         CDS       T05163                                 
Symbol
dhx29
Name
(RefSeq) ATP-dependent RNA helicase DHX29
  KO
K18995  ATP-dependent RNA helicase DHX29 [EC:5.6.2.6]
Organism
nfu  Nothobranchius furzeri (turquoise killifish)
Brite
KEGG Orthology (KO) [BR:nfu00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03012 Translation factors [BR:nfu03012]
    107374727 (dhx29)
Translation factors [BR:nfu03012]
 Eukaryotic type
  Initiation factors
   Initiation associated factors
    107374727 (dhx29)
SSDB
Motif
Pfam: OB_NTP_bind Helicase_C DEAD HA2_C HA2_N AAA_22 nSTAND3 nSTAND1 T2SSE AAA_16 FtsK_SpoIIIE
Other DBs
NCBI-GeneID: 107374727
NCBI-ProteinID: XP_015798435
UniProt: A0A1A7ZZG6
Position
sgr02:61273297..61288688
AA seq 1375 aa
MGGKKKKSAAQAAPLAACGSGSAVAGNGAVENSKKQTAAASSKTTKAAKDSKSKAPKTYS
FANTAQVDTGALSDKSILKVFIQADLEKKIIKLINDFRQENGDKGPISGRLTSKKLLDLY
TALQKFNFKREHIEEAMKSSVLYGGDLHSALDWLCLNLKDEELPDGFSQQLQEESQKSRP
KFQPPSQQKPAAQTPKASNSTVKENTKVTEKDEAAAMKDWILRYAEQSSDDEEEEEGGEQ
TRNPELDEKFDPNDRYLILTAQLYDAKEMAADAKTKGDKMGQRSAQERIRVTQQEMKRLE
SHPVFNPAIKVVDVPHKDKKTLPVTEDKDGLSFSLFEQAETNPPTEKVVKKNEPKDIRNF
DYTARSWTGKSPKQFLIDWVRKNLPKSPPPTFQKVAAGRYWKCKVRVQRADDVLEVCPTI
LTEDSMQAQHLAATLALYSLVKGQSVHQLLPPTYRDVWLEWRDNEQQQQEASRTAANKPR
DQFISRLLTRLKQQQNQDLQPACAGQRRVSGSNEEETEDTWENLAGLDIGGRGEEVEEKN
EKKGGRRGAGAALGEARELLQKLRRSPLALRLKAEREQLPVFQHRHRVLEALRRHPVVVV
AGETGSGKSTQIPQFLLEELLTGGKTAQPCNIVVTQPRRISAMSLACRVSQELGSDEGPG
SKSSLCGYQIRMENQSGEWTRLLYCTTGVLLRKLQHDRHLSSLTHIIVDEVHERSVQSDF
LLTILKDVVMKRSDLQLILMSATVDCEKFSNYFNRCPVISIPGRTFPVEVSHLEDIVEQT
GYVLEKDSEYCQKILEEEEEVSISVTQKGGKTLQHQEVILRDSSSGWDLGPDLDHFSSRT
RQVLQYMNPNKINMDLLVDLLDYLDKSPQFADVDGAVLVFLPGLAHIQQLYDLLSSDKRF
RNKNRYKIVALHSTLSSKDQAAAFTVPPAGVRKIVLSTNIAETGVTIPDVVFVIDTGKTK
ENKYHESSQMSSLVETFVSKASALQRQGRAGRVRNGFCFRLYPKFRFDAFMDYSVPEILR
VPLEELCLHIMKCQYGSPEDFLSRALDAPQPQSVSNAVNLLRKIGACDPNDHVLTPLGHH
LASLPVNVKIGKMLIYSAILGCLEPIATIAAAITEKSPFSTPMNRKEEANLAKAALALAN
SDHLTIYNAYLGWKRSQTEGLGAEMSYCRKHFLNRTALITIEDVKHELMKMMEQAGFWSS
RPSSSLKRQVSSLSKQQVSVLNAALTAGLYDSVARLLCSPPVDGLEQVACTVETPQGRAQ
VHPSSVNRNLQTHGWLLYQEKVKYTKIYLRDTTLISPFPMMLFGGDIDIQHREKLITLDG
WIHFQAPIRIGVIFKHLRKLMDSLLEKKLQNPRMSLEDDTTIQLILDVIKSEHTM
NT seq 4128 nt   +upstreamnt  +downstreamnt
atgggtgggaagaagaagaaatccgcggctcaagctgctccgctagcagcgtgcggctct
ggttcggctgtggctggaaacggtgcggtggagaattcaaagaaacaaacagcagcagcc
agcagcaaaacgaccaaagcagctaaagacagcaagtctaaagctccaaagacatacagt
tttgccaacacagcccaggtagacacaggtgcgctctcagacaagtccattcttaaagtg
tttatccaagctgacctagagaagaagatcatcaaactgataaatgacttccgacaggag
aatggagacaaagggcccatatctggcagacttacaagcaagaagttgctggacctgtac
acggccctacagaagtttaattttaagagggaacacattgaagaggcgatgaagagcagc
gttctgtacggaggagatcttcactctgctctagactggctttgtcttaacctgaaagat
gaggagttaccagatggcttcagccagcagctgcaggaggagagccagaagagtcggccc
aaattccagcctccttctcaacagaaacctgcagctcagaccccaaaagcctccaacagc
accgtcaaagagaacaccaaggttactgagaaggatgaagctgcagccatgaaggactgg
atattgaggtacgcagagcaaagcagcgatgatgaggaggaggaggaaggaggggaacag
acgcgtaatcctgagcttgatgaaaagtttgatcctaatgacaggtatttgatccttact
gctcaactgtatgacgctaaagaaatggcagctgatgccaaaaccaaaggagacaagatg
ggccaaaggtcggcacaggagcgaatccgggtcacacagcaagaaatgaaacggctggag
tcccaccctgtgttcaatcctgccataaaagtggtggatgtccctcacaaagacaagaag
acacttcctgtcactgaagacaaagacggtctcagcttcagcctgtttgaacaagcagaa
acaaaccctcctacagagaaagttgtgaagaaaaatgagccaaaggacattcgtaacttt
gactacacggctcgcagttggacaggaaagtctcccaaacagtttcttatcgactgggtg
agaaagaacctccccaaaagtcccccgccgacttttcagaaggttgctgctggcagatac
tggaaatgcaaggtgcgggtgcagagagctgatgatgtcctggaagtttgtccaaccatc
ttgaccgaggatagcatgcaggctcagcatctggcggccacactggctctctacagcctg
gttaaggggcagtcggtgcaccagctcctccctcccacctacagagacgtgtggctggag
tggagagacaacgagcagcagcaacaggaggcgagccgcactgctgctaacaaacccaga
gaccagttcatttcccggctcctgactagactcaaacagcaacagaaccaggacctgcag
cctgcatgtgcagggcagcggagggtcagcggctctaatgaggaggagacagaggacacc
tgggagaacctggctggtctcgacattggtggaagaggagaagaagtggaagaaaagaat
gagaagaaaggagggaggagaggagcgggagcagctctgggagaagcccgagagctcctg
caaaagctgaggaggtctccacttgcactcaggctgaaggcagagcgagagcagcttcca
gtcttccagcacagacatcgggttctggaggcgctgcggcgccacccggtggtggtggtg
gctggtgagacgggcagtgggaagagcactcagatccctcagttcctcctggaggagctg
ctgaccggaggtaaaacagcacagccctgcaacatcgtggtgactcagccgcgcaggata
tcagccatgagcctcgcgtgccgagtcagccaggagctgggcagcgacgaagggccaggg
tcgaagtcgtcgttgtgtggataccagatcaggatggagaaccagtctggagaatggacc
cgtctgctgtactgcacgaccggagttctgctgaggaagctgcagcacgaccgacacctc
agttcactgacccacatcattgtagacgaggtccacgaacgcagcgtccagtccgacttc
ctgttaaccatcctaaaagacgtcgtaatgaagagatctgacctgcagctgattctcatg
agcgccactgtcgactgcgaaaagttttccaactatttcaaccgctgcccggtgatcagc
atcccaggcaggacgttcccagtggaggtgtctcatttggaagatattgtggagcagact
ggatatgttctggaaaaggattctgagtactgtcaaaaaatcttagaagaagaagaagaa
gtctccatctctgtcacacaaaaaggtggcaagacattgcagcatcaggaggtcatcctg
agggactcctcttctggctgggatctgggtcctgacctggatcacttcagcagcagaacc
cggcaggtgctgcagtacatgaaccctaataagatcaacatggacctgctcgtggacctc
ctggactacctagacaaatccccccagtttgcagacgtggacggcgctgttctggtgttc
ctcccgggtctggctcatatccagcagctctacgatctgctctcttcagacaagaggttt
cggaacaaaaatcgatacaagatcgttgcccttcactccacgctgtcgtccaaggaccag
gcggctgccttcacagttccgcctgctggagtcagaaagatcgtgctgtcgactaacatc
gcagagacgggcgtgacgattcctgacgtcgtgtttgttatcgacactggcaagaccaaa
gaaaataaataccatgagagcagccagatgagctctctggtggagacctttgtttccaaa
gccagcgccctccagaggcaggggagagcaggacgtgtccgaaacggcttctgcttcaga
ctttaccccaaattcaggtttgatgccttcatggattactccgtcccggagatcctacgg
gtccctctggaggaactttgtcttcacatcatgaaatgtcagtacggctcaccggaggac
tttctgagtcgggcccttgatgctcctcagcctcagtcggtcagcaacgcggtcaacctg
ctgaggaagatcggagcgtgcgacccgaacgatcatgtcctcaccccgctgggacaccac
ctggcaagtctgccggtcaacgtgaagatcggcaagatgctcatctacagcgccatcctc
ggctgcctggagcccatcgcaaccattgcagctgcaatcacagagaagtctcctttttcc
acaccgatgaacagaaaggaggaggctaacctggctaaagctgctctggcattggctaac
tcggatcacctcaccatatacaacgcttatctagggtggaaaaggtctcagactgaagga
ctgggagcagaaatgtcgtactgcaggaaacacttcctcaatcgaacagctctcatcaca
atagaggatgtgaagcacgagctgatgaagatgatggagcaagcggggttctggtcgtct
cgcccttcctcttctctgaagcgccaggtgtcctcactgtccaagcagcaggtgtccgtt
ctgaacgcggcgctgacggctgggctctatgacagcgtggcccggctgctgtgcagcccc
cctgtggatgggctggagcaagtggcctgcaccgtggagacgcctcaaggcagagctcag
gtccacccgtcgtctgtgaaccgcaacctgcaaacgcacggctggctgctgtaccaggag
aaggtcaaatacacaaagatctacctgcgagacaccaccctgatatccccgttccccatg
atgctgtttggaggcgacatcgatattcaacacagagagaagctcatcactttagatgga
tggatccacttccaggccccaataaggatcggtgtgatcttcaaacatctgaggaaactg
atggactctttgcttgaaaagaagctgcagaaccccagaatgagtctagaagacgacaca
accatccagctgatcctggatgtgattaagtcggagcacaccatgtga

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Ontology (2)   
   KEGG BRITE (2)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (20)   
   KEGG ORTHOLOGY (1)   
   RefGene (16)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (11)   
   Pfam (11)   
All databases (42)   

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