KEGG   Nanorana parkeri (Xizang Plateau frog): 108790740
Entry
108790740         CDS       T04897                                 
Name
(RefSeq) E3 ubiquitin-protein ligase RBBP6-like
Organism
npr  Nanorana parkeri (Xizang Plateau frog)
SSDB
Other DBs
NCBI-GeneID: 108790740
NCBI-ProteinID: XP_018416580
Position
Unknown
AA seq 1160 aa
MWGALAKMLDFGTCVLKCLIHMGFGGQCLFRPPLENIIKDATGIKSTHLPQQKKPKERTN
GSSDFTFTPLEKNKLKFEEFTNDFAKELLEYKKIQKERKRSYSRSKSPYSGSSYSKSSYT
YSKSRSSSRSRSYSRSHSRSRSRSFSRSPSYQRKAHGKGRAYRSRSRSHGYPRSRSRSPY
RRYHSRSRSPSFRPPSPNNKRLLPQIEGERDFINRYRELPPYDVKALCGRQPDLRDPFEK
EAFREWERKYRDWYEKYYKGCGVNAVPRPRSPLGRENFPDNRYLLPPQARREHSPYNRGH
RDNYPPPLVPRIRPLVSSYPEKVLPRDSHVVKESRRSKERETFTPAGDSRGNKHKKHRKK
RKEEGEGPSKPVVEPSRKRRDSYGEEVKKSEPLFVPTSKDDATPVRDEPMDAESVALKSL
SDKDRRDKPRAKPEKTKRRTDGVQPKKESSSKAVVKTEKASSDGDKAKSSPVEPPAKKIK
EETQKTENAKHTTLPKDEKSSMLPRKVHLKALKENQDSKQAKDDKNKKDHSKDSKQDNPP
AKDEKVKKAVEKPKPVDPKPEKRKRKTDEKACDKGQDKTPVKTAKAEMTEASNPPVPKVP
KTEPEVTKSEKVPEKEKAASTPTSTVKKIKLNRETGKKIANSDAPGVPEETQEKSEPAAV
AKAKSERAKGKVKRKIPAADGSGSTLVDYTSTSSTGGSPVRKGEEKQDTKRTVIKTIEEY
NNDSTAPPEDVIIMIQVPQSKWDKDESDEDNTKDPQGVSNAGKPVSVVTKPTSTVILPEK
EVEKLKTTRDPKEDVSQDGKPPKDSSSLTKVKAKDKGSPAVDDKKSNSERSQPSSKERAP
EKADSSRGSSSKDFTPNREKKDRKPDYDSRDRSSSKRQDERRKDSPNRTKETSSSSQKQR
PKDTSSDASKKASKDSKSSPGQEHTSRTEQKSSDNKPPSNGQPSSDKNGDRGKEKVPKSK
TDDTGDKKSSVSKRSSPETKTEKEVSEKDSSKTKVHQSRSTRLSADLTRETDEAAFVPDY
NESDSEASVKQEEVAQDPQDPKNKDEEPVQNAEPGDGSLPATAPSSRTASHSRSHSPAES
LSRSSSASSAGSQDSKKKKRKKEKKKHKKHKKHKKHKKHTGNESETEKSQKHKHKKKKSK
KSKDKETDREEAKTKPPAPN
NT seq 3483 nt   +upstreamnt  +downstreamnt
atgtggggcgctttggctaaaatgctggactttggaacctgtgtgttaaagtgtttgatc
cacatgggctttggaggacagtgcctcttcagaccgcctcttgagaacatcatcaaggat
gctactggtatcaaaagcacccatcttcctcagcagaagaaaccaaaggaacggactaac
ggttccagtgattttaccttcaccccattagaaaagaacaaactaaaatttgaggaattt
acaaatgattttgctaaggaacttttggaatacaagaaaatccaaaaagagaggaagcgt
tcctattcaaggtctaaatctccttactctggatcatcctacagtaaaagttcttacacc
tactccaaatccagatcttcgtcgagatcacgctcctattctcgctctcacagccggtcg
cgctctcggtcattctcacgatccccttcataccagaggaaagcccacggaaagggccgt
gcttaccgctctagatcacgttctcatggctatccccgctcgagatcaaggtccccgtac
aggagataccattcccgatccagatctccttcatttagacctccatctcctaacaataag
agactactaccccaaattgaaggggaacgggatttcatcaaccgttaccgcgaactccca
ccatatgatgtcaaggcattgtgtggccggcagcctgatcttagggatccttttgaaaag
gaagcttttagagagtgggaacggaagtacagagactggtatgaaaagtattataaaggg
tgtggggttaatgctgtgccacgaccaaggtcccctcttggtagggagaactttccagac
aaccgatatctccttccccctcaggcccggagggaacactctccgtataatcgcggtcac
agagacaattatcctccccctcttgttcctcgaattcgtcctttagttagcagttatcct
gaaaaggtattgccccgtgattcccatgtggtgaaagaatcaagacgatctaaggagagg
gaaacttttaccccagctggagattcccgaggaaacaaacacaagaaacatcgcaaaaaa
aggaaggaggagggcgaaggtccttctaaacctgttgttgaaccttccagaaagcgacga
gactcctatggggaagaagttaaaaaaagtgaacccctttttgttcccacaagcaaagat
gatgctaccccagttagggatgagcctatggatgcagagtctgttgctctaaaatcactt
tctgacaaggacagaagggacaaacccagagcgaaacctgaaaagacaaaacgccgaaca
gatggtgtccagcccaaaaaagagagctcttccaaagcggtcgtcaagactgagaaagca
agcagcgatggagataaagcaaagtcgtcacctgttgaaccccccgcaaagaaaatcaaa
gaggagacccaaaagacagaaaacgccaagcatactaccttaccaaaggatgagaaatcc
agcatgctgccacgcaaagttcatctcaaagcactgaaagaaaatcaagacagtaaacaa
gccaaggatgacaaaaacaaaaaggaccattccaaagattccaaacaggacaacccacca
gctaaagatgaaaaggttaaaaaagctgtagaaaaacctaaacccgtggaccccaagcct
gaaaagcgcaagcgaaaaacagacgagaaggcatgtgacaaagggcaggataaaacacct
gttaagactgctaaagcggagatgactgaagcttcaaatccacctgtccccaaagtcccc
aagacggagccagaagtgacaaagtccgagaaggtcccagagaaagagaaagccgcctcc
acccccacgtcaactgtgaaaaagatcaagttaaatcgtgaaactggcaagaagattgcc
aactctgatgctcctggcgtgccagaggagacccaagagaagagcgagcctgctgctgtt
gccaaagcgaaatcagaacgtgctaaggggaaagtgaagaggaaaatacctgctgctgat
gggtctggttctaccctcgtagattacactagcactagctccactggtggaagccctgtt
cggaaaggagaagagaagcaagataccaagagaaccgttattaagacgattgaagaatac
aacaatgacagcacagctcccccggaggatgtcattataatgattcaggtccctcagtca
aaatgggacaaggatgagtctgacgaggataatacaaaagatccacagggagtatccaat
gctggcaagccagtgagcgttgtgacaaaaccaacgtctactgtaatcttgcctgaaaaa
gaggttgaaaaattaaaaacaaccagagatccgaaagaggacgtgtcacaagatggaaaa
cctcccaaagatagttcatctctaaccaaggtcaaagcaaaagacaaaggcagtccagct
gttgatgacaagaaaagcaattctgaacgcagccagccttcttccaaagagagggcacct
gagaaagcagattctagtcgtggaagctccagcaaggacttcacccccaatcgggagaaa
aaagacaggaaaccggactatgacagtcgggaccgcagcagctcgaagagacaggatgag
cggagaaaagactctccaaacagaacaaaagaaacatcctcttcttcccaaaaacaaaga
cccaaggacacgtccagtgacgcctctaagaaggcaagtaaagactctaaaagtagccca
gggcaagagcacacatcaaggactgagcagaaatcctcagacaataaacctccaagcaac
ggccaaccgtcctctgacaaaaatggtgaccgagggaaggagaaagtccccaagtcaaaa
acggatgacacgggtgacaaaaaatcctctgtctctaaacgctcttcccccgaaacaaaa
accgagaaggaggttagcgaaaaggactcttcaaagaccaaggtgcaccaaagccgatcc
acgcggctctcggcagacctgaccagagagacagacgaagctgcctttgtgcctgactac
aatgagagcgatagcgaggcttctgtcaaacaggaagaagtcgcccaagaccctcaggat
cctaaaaacaaggatgaggaaccagtgcaaaacgcagagccaggagacggcagcttacct
gccactgctccgagcagccgaacggcaagccacagccgtagccacagccctgcggagtct
ctcagccgcagcagcagcgccagctcagcaggcagccaagacagcaagaaaaagaagagg
aagaaggagaaaaagaaacacaagaaacataagaaacacaaaaagcataagaagcacacc
ggcaacgagtcagagactgaaaagagccaaaaacacaaacataaaaaaaagaaatctaaa
aagagcaaagacaaagagactgaccgagaggaggctaaaacgaagcccccagcacccaac
taa

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Genome (1)   
   KEGG GENOME (1)   
Gene (60)   
   RefGene (57)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
All databases (63)   

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