KEGG   Sinocyclocheilus rhinocerous: 107751429
Entry
107751429         CDS       T04916                                 
Name
(RefSeq) SWI/SNF-related matrix-associated actin-dependent regulator of chromatin subfamily A containing DEAD/H box 1A
  KO
K14439  SWI/SNF-related matrix-associated actin-dependent regulator of chromatin subfamily A containing DEAD/H box 1 [EC:5.6.2.-]
Organism
srx  Sinocyclocheilus rhinocerous
Brite
KEGG Orthology (KO) [BR:srx00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:srx03036]
    107751429
Chromosome and associated proteins [BR:srx03036]
 Eukaryotic type
  Chromatin remodeling factors
   Other chromatin remodeling factors
    107751429
SSDB
Motif
Pfam: SNF2-rel_dom Helicase_C ResIII HDA2-3 DEAD CUE ERCC3_RAD25_C HBS1_N HHH_3 T2SSK
Other DBs
NCBI-GeneID: 107751429
NCBI-ProteinID: XP_016422642
UniProt: A0A673JTP4
Position
Unknown
AA seq 978 aa
MSFFNLDRFRFQRDNAADSHCKSSDGSNSDKENKRAHQRKTDGRCASGKASRHALEDVSA
DDKVVRMGKDTTSESKNQISKDMEDKIIKLMELFPQKSKKDLLEVVESTSTLEGAIAHCL
VINGDDDSGRRKGKAGHGEDDDNDQPKKRRKIVHSESEEEEEEEEEEDSDDEEESQEPSR
ERQEALLKKLKKKLPEIEKEVLRDVLREHDWDYENALGSLLVFSSTDSCSPEDQRKQKSK
SSHSREKKDKSSQKPDSSSSLSRWLTAVPSPVPKVSSVSTPKTQKSAVSKSMTKNTSFKR
KRGDESPLNYVSASEDEEEIDSDVESISDDLDSEDEDSISGNLQDKIIQFLQEASLDELA
LISGCSIKKAQKIISLRPFNTWKDVKEQFFKDNGLSIDLVHGCKVVLKERQVVRDLMGRC
EKIAQKMTKDVTQVIEAGMGSIKQPKVLNSNFKLQPYQLIGLKWLILLHQHNLSGILADE
MGLGKTIQAISFLAHLYEKGIKGPHLITVPSSTLDNWVRELGLWCPSLKVLIYYGSVEDR
RYLRQDILSGLVEFNIIVSTYNLTIGNVYDRSLFRKLRLKYAVFDEGHMLKNMNSLRYRH
LMAINAEHRLLLTGTPLQNNLLELMSLLNFIMPSMFSSSTSQISKMFSTRSSEEESRFHK
DRIAQAKLIMKPFILRRVKSEVLKQLPPKVQNIEMCPMSDAQQKLYDKLFKRLKKAPNGD
KRELCNVMMQLRKMANHPLLHRQYYTSDKLTAMSKAMLKEPTHFDADPVLIQEDMEVMSD
FELHNLCKQYSSISSFQLEKELLLDSGKFALLTKVLARLKEKGDRVVLFSQFTMMLDIVE
ILLKHLDHQFVRLDGSTPMAERIGLIDKYNTNREIFVFLLSTRAGGQGINLASANTVILH
DIDCNPFNDKQAEDRCHRMGQTRTVQVIKLISRDSIEACMLRVGQEKLKLEQDMTTDGEE
DGAITEQMAELLKVSLGL
NT seq 2937 nt   +upstreamnt  +downstreamnt
atgagctttttcaatctagaccggttccgtttccaaagggacaacgcagcggacagtcac
tgtaaatcgtcggacggatccaactcggataaagagaataaacgggcccaccaaagaaag
acagatggtcgatgtgcatcaggcaaggcatcaagacatgcattagaggatgtttccgca
gatgacaaagttgtcaggatgggcaaagatacaacatcagagtccaagaaccagataagc
aaggatatggaggacaaaatcatcaaactaatggaactattccctcagaagagcaagaaa
gatctactggaggtggttgaaagcaccagcacgctggagggagctatagcacattgcttg
gtgattaatggagatgacgattcaggcagacggaaaggcaaagcagggcatggtgaagac
gatgataacgatcagccaaagaagaggagaaaaattgtgcattcagaatctgaagaggag
gaggaggaggaggaggaggaagattctgatgatgaggaggagagtcaggagccaagcaga
gagagacaagaggctctgttgaagaagctgaaaaagaaactgcctgaaatagaaaaagag
gtgctgagggatgtcctgagagagcatgactgggattatgagaatgctttgggttcactg
cttgtgttttcatcaactgattcatgttcaccagaagatcagagaaaacaaaagtcaaaa
tcatctcactccagggaaaaaaaggacaagagctctcaaaagcctgacagctcgtctagc
ctgtcaagatggctgacggctgtaccgtctcccgtgccaaaagtctctagtgtgtctact
ccaaaaacacaaaaatcagcagtcagcaaaagcatgaccaaaaacacatcctttaaacgg
aagaggggtgatgaatcgccattaaattatgtcagtgcctctgaggatgaagaggagatt
gacagtgatgttgagagtatctctgatgatctggactcggaggatgaggacagcatctcg
ggcaatctccaggacaagatcattcagtttctccaagaagcttccctagatgagcttgct
ctaatatctggctgctcaatcaaaaaagcccagaagatcatttcgctgaggcctttcaac
acttggaaagatgtgaaagagcagttcttcaaggataatggcctgtctatagatctggta
catggctgcaaggttgtgcttaaggagaggcaggtggttagagaccttatgggaagatgt
gagaagattgcacagaaaatgactaaagatgttacccaggtcatagaagcaggcatgggc
tccatcaagcaacccaaagtcctgaacagcaatttcaaactccagccatatcagctgatt
ggcttgaagtggctgattcttctgcaccagcacaacctgagtggcatcctggcagatgaa
atggggctgggtaaaactattcaggctatctctttcctggctcatttgtatgaaaaagga
atcaagggccctcatcttattaccgtaccctcgtccacactggataactgggttcgtgag
ctgggtctttggtgtcccagtcttaaagttcttatttactatgggtctgtggaagaccgc
agatacttgcgacaagacatcctcagtggcttagttgaattcaacatcatagtatccact
tacaatctcacaatagggaatgtctatgaccgcagtctgttccgcaagctgaggctgaag
tatgctgtgtttgatgagggccacatgctgaaaaatatgaactctctacgctaccgccac
ctcatggccatcaatgctgagcacagattgttgctgacaggaacacctttacagaacaac
ctgctggagctcatgtcactcctgaacttcatcatgccctccatgttctccagcagcacc
tcacagatctccaaaatgttctcaacgaggtcatcagaggaagaaagccgttttcacaag
gatcgaattgcacaggccaaacttatcatgaagccattcattctgagacgagtcaagagt
gaggtgttgaaacagcttccaccaaaagtgcagaacattgaaatgtgtcccatgagtgat
gcccagcagaagctgtatgacaaacttttcaaaagactcaaaaaggctccgaatggagac
aagcgggagctttgcaatgtgatgatgcagctgagaaagatggctaatcatccgttgctg
caccgccagtactacaccagtgacaagttgactgccatgagtaaagccatgcttaaggag
ccgacacattttgatgccgaccctgtgctgatccaggaggacatggaggtgatgtctgat
tttgagctgcataatttatgtaagcagtacagctccatcagcagttttcagctagagaaa
gagctacttttagactccggaaagtttgcacttttaaccaaagtactcgccaggctcaaa
gaaaagggtgatagagttgtccttttcagtcagttcactatgatgctggacattgtggag
attctgctcaaacaccttgaccatcagtttgttcgactggatggttctactcctatggcg
gaaaggattggtctgatcgacaaatacaatacaaatcgtgagatttttgtgttcctcctg
tcgactcgggctggggggcagggaatcaacctcgcctctgcaaacacagttatactgcat
gacattgattgcaatccattcaatgataaacaagcagaggaccgctgtcatcgaatgggg
caaaccagaacagtgcaggtgatcaagctcatcagcagagattcgattgaggcctgcatg
ctccgtgtgggacaggagaagctgaaactggaacaggacatgactactgatggagaagag
gacggtgctataactgaacaaatggcagagctgctcaaagtctcactgggcctttga

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Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (10)   
   Pfam (10)   
All databases (21)   

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