KEGG   Chelonia mydas (green sea turtle): 102942618
Entry
102942618         CDS       T02989                                 
Symbol
DHX57
Name
(RefSeq) putative ATP-dependent RNA helicase DHX57
  KO
K13026  ATP-dependent RNA helicase DHX57 [EC:5.6.2.6]
Organism
cmy  Chelonia mydas (green sea turtle)
Brite
KEGG Orthology (KO) [BR:cmy00001]
 09190 Not Included in Pathway or Brite
  09191 Unclassified: metabolism
   99980 Enzymes with EC numbers
    102942618 (DHX57)
SSDB
Motif
Pfam: OB_NTP_bind Helicase_C DEAD RWD HA2_C HA2_N zf-CCCH_4 Torus zf-CCCH zf_CCCH_4 nSTAND3 AAA_22 T2SSE AAA_19 AAA_14 zf-CCCH_2 NB-ARC Viral_helicase1 FtsK_SpoIIIE UBA
Other DBs
NCBI-GeneID: 102942618
NCBI-ProteinID: XP_037752183
Position
3:200328192..200361280
AA seq 1368 aa
MSSAGKRRGRPNRGGGRGRGRSGGGRGRGQCNKSHAGGNKKGSSKAWDDGDDFCCFEELP
VASRTSCVIRRGGQSKQRPETRMPLQTIHMTSENQQRVKELLRELQGQELSAGSEMAASD
DDDKPDYFDDVPCWSADEEISEVTPRVVSEPDEHKMVESEVSSFAVHKLSRYGFDNERCR
TILRSCNGNIGASLEHLLLQCFSEKYGERMQISEAVVQASVEECLEQRQEEAFALHSIYG
ENFVERIKNRVWIFGLELEHLTNKVSKSKQRDSAAKDVEKQTLNKVCKFYLQGGCKFGSR
CKFQHETPPKHLPRTLQNSVDDAHLRSNGDISPLYELEIRFPEDNKYPYQAPIVAFYSTN
ENLPLAYRLHIAEFLYGKALMSAEANEPVVYSLITCLEDESEITELLTNTYHKYSVPPMS
LLDIPSTRTHTDGHKQAFPDNSPVSNRMSEVTEESEPENDDEEEEEEPETVIVENESYVN
LKKKLSRKYDMQAKSVYNENVKICKQFRIKQSSRHFQSMLQERQNLPAWEERETILDLLT
KHQVLVVSGMTGCGKTTQIPQFILDASLRGPPNRVANIVCTQPRRISAISVAERVSKERK
ERVGITVGYQIRLESVKSLATRLLYCTTGVLLRRLEGDMTLQGITHVVVDEVHERTEESD
FLLLVLKDIMFQRPDLRIILMSATLNAELFSQYFNSCPVINIPGRTFPVDQFFLEDVIAV
TRYVLEDGSPYMNNTKRGPEEKLKARRKRTALEEVEEDLRCAHLLEDDTTVKDSVPDQQL
TFKQLLIRYKGISKSVLKTMAAMDLDKVNLELIESLLEWIVSGKHSYPPGAVLIFLPGLA
EIKMLYEQLQSNALFNNRHSKRCVVYPLHSSLSSEDQQSVFLKPPVGVTKIIISTNIAET
SITIDDVVFVIDSGKMKEKRYDPSKGMESLEDTFVSKANALQRKGRAGRVASGVCFHLFS
SHHYNHQLIKQQLPEIQRVPLEQLCLRIKILDMFSAHGLQSVLSRLIEPPRIESLRASKL
RLQDLGALTPDEKLTPLGYHLASLPVDVRIGKLMLFGTIFRCLDPALTIAASLAFKSPFV
SPWDKREEANKKKLEFAIGNSDYLALLQAYKGWHLSTKESSRASYSYCRENFLSGRVLQE
MASLKRQFTELLSDIGFVKEGLRARDMEKRWSRGDGVLDATGEEANSNAENIKLISAILC
AALYPNVVQVKTPEGKYQYTSAGAVKLHPKAEELKFVTKNDGYVHIHPSSVNYQTRHFDS
PYLVYHEKIKTSRVFIRDCSMVSVYPLVLFGGGQVHVQLQRGEFVISLDDGWIRFAAASH
QVAELVKELRCELDQLLQDKIKNPSMDLCTCPRGSRIISMIVKLVTTQ
NT seq 4107 nt   +upstreamnt  +downstreamnt
atgagttcagcggggaagagaagaggaaggccgaatagaggcggaggaagaggacgaggc
agaagcggaggaggaagaggcagaggacaatgtaacaaatctcatgctggtggaaataag
aaagggtcaagcaaagcttgggatgacggggatgacttttgctgctttgaggaactgcca
gttgcatccagaacaagctgcgttatcagaagaggagggcaaagcaaacagagacctgaa
acgaggatgcctctgcagaccatacatatgacatctgagaatcagcaaagggtgaaggaa
ctcctccgagaactgcagggacaagagctgtctgctggttccgaaatggctgcatcagat
gatgatgataaacctgattattttgatgacgtgccttgctggtcagcagacgaagagatt
tctgaagtaactccaagggtggtttctgaaccagatgaacacaaaatggtggaaagtgag
gtgtcttcatttgctgtgcataaactttccaggtatggctttgataatgagcgctgtcgg
acaattctaagatcctgcaatggtaacattggggcatccttggaacacttgctgttgcag
tgcttttcagaaaaatacggagagaggatgcaaatctcagaagcagttgttcaggccagt
gtagaagaatgcttggaacaaaggcaagaagaggcttttgctctccattcaatctatgga
gaaaactttgtagaaagaattaaaaacagagtttggatatttggattggaactggagcac
ctaacaaataaagtcagcaaatccaaacaaagggatagtgctgccaaagatgtggaaaaa
cagactttaaataaagtctgtaaattttaccttcaagggggctgcaagtttggctcaaga
tgcaaattccaacatgagactcctccaaagcacctgccaagaacgttacagaattctgtg
gatgacgctcacctcagatctaatggcgatatctctcctttgtacgaacttgaaatcaga
tttcctgaggataacaaatacccatatcaggcacccattgtggcattttattccaccaat
gagaatctacctctggcttatcgtttacacattgctgaattcctctatggaaaggccttg
atgtctgcagaggctaatgaaccagttgtgtattctttaataacctgtttagaggatgaa
tcggaaataactgagttacttactaatacttaccacaagtatagtgtccctcctatgtcc
ctgctggacataccctcaacaagaacccatacagacggtcataaacaagcgtttccagat
aattcacctgtttcaaatcgcatgtcagaagtcacagaagagtctgagcctgagaatgat
gatgaggaggaggaagaggagcctgaaacagttattgtggagaatgagagttatgtgaac
ctcaagaagaagctttccagaaagtatgacatgcaggcaaagtctgtgtataatgaaaat
gttaaaatctgcaagcaattccgaataaagcagtcttctaggcacttccagtccatgttg
caagaaagacagaatctccctgcgtgggaagaaagagaaaccattcttgatttgctgact
aagcatcaggtgcttgttgtgagtggcatgactggctgtgggaaaaccactcagattcct
cagtttattttggatgcttcactgaggggtcctcccaatagggtagccaatatcgtatgc
actcagcctcgcaggatctctgccatttctgtagctgaacgcgtatccaaggagagaaaa
gaaagagttgggattactgtgggataccagatccgcttagaaagtgtaaagtcactagct
accagattgttgtactgcactactggagtgctgctgagaagactagaaggagacatgact
ttacagggaatcacccatgttgttgttgatgaagttcatgaaagaacagaagagagtgac
ttcttgctgctggttttgaaggatattatgtttcagaggccagacctgcgtattatacta
atgagtgccaccttgaatgcagagcttttctctcagtactttaactcctgtccagttatt
aacataccaggtcggacattccctgtggatcagttttttctggaagatgtaattgcagtc
acaaggtatgtcttagaggatggtagtccgtacatgaacaacacgaagcgaggtccagaa
gaaaaacttaaagcaagacgcaagagaactgcattagaagaagtagaggaagatctaaga
tgtgctcacctcctagaggatgacactactgtcaaggattcagtcccagaccagcaatta
acttttaaacaactcctgatacgatacaaagggattagtaaatcggtgctaaaaacgatg
gctgccatggacttagacaaagttaatctggaattaatagagtccctgctggagtggata
gtcagtgggaaacactcatacccaccaggtgctgtactgatatttttgcctggtcttgca
gaaattaagatgctttatgaacagctacagtctaatgcccttttcaataatagacacagt
aaacgctgtgttgtttatccactccattcctcactgtccagtgaagaccagcagtctgtg
ttcctgaagcctcctgtaggagttaccaagatcatcatatctacgaacattgcagaaaca
tccatcaccattgacgatgtggtctttgtgattgattctgggaaaatgaaagagaaaaga
tacgaccccagcaaaggaatggaaagtctggaagacacatttgtgtccaaagctaatgcg
ttgcaaaggaaagggcgggcagggcgcgtagcctctggagtctgctttcatcttttcagt
agccatcactacaatcaccagcttataaagcagcagttacccgaaatacaaagagtgcct
ttggaacagctctgtctcagaattaagattttggatatgttttctgcacacggccttcaa
tctgtcttatcccgcctgattgagccgccaagaattgaatctctgcgtgcatcgaaactg
cgactgcaggacttgggcgctttaactccagatgaaaaactcacccccttggggtatcac
ttggcctccttgcctgtcgatgtgcggattggaaaactaatgctgttcggcaccattttc
cgttgcctggaccctgccctaactatagcagcaagtctggccttcaagtccccttttgtg
tctccatgggataaaagggaggaagcgaacaaaaaaaagctggaatttgcaataggaaac
agtgattacctggctcttctccaggcttataagggatggcacttaagtaccaaagagagt
tctcgtgcaagctacagctattgcagggagaacttcttatcaggaagagttcttcaagaa
atggcgagcctaaaaaggcaattcacagaactgctgtctgatattggatttgtgaaggag
gggttaagagccagggacatggagaagaggtggtctcgaggagatggtgttttggatgct
acaggagaagaggcaaactctaatgcagagaacatcaagttgatatcagcaatattatgt
gctgctctgtatcccaatgttgtccaggtgaaaaccccagaggggaaataccagtatacc
agtgcaggagcagttaaattacacccaaaggcagaggagttgaagttcgttacaaaaaac
gacggttatgttcacattcatccttcctcagtgaattatcaaaccaggcactttgacagc
ccctacttggtgtatcacgagaagatcaaaaccagccgtgtgttcatccgggactgcagt
atggtgtcggtgtacccgctggtcttgtttggaggagggcaggtccacgtgcagctgcaa
cggggggagtttgtcatttcgcttgatgatggatggattcgattcgcagcagcctcccac
caggtggcagagttggtgaaagaactccgctgtgaactagaccagttactccaggataag
atcaagaatcccagcatggatttatgcacgtgcccgcgaggatcccgtatcattagcatg
attgtaaagcttgtgaccacccagtaa

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Ontology (1)   
   KEGG BRITE (1)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (38)   
   KEGG ORTHOLOGY (1)   
   RefGene (34)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   RefSeq(pep) (5)   
DNA sequence (8)   
   RefSeq(nuc) (8)   
Protein domain (20)   
   Pfam (20)   
All databases (74)   

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