KEGG   Nanorana parkeri (Xizang Plateau frog): 108796626
Entry
108796626         CDS       T04897                                 
Name
(RefSeq) zinc finger protein 208-like
Organism
npr  Nanorana parkeri (Xizang Plateau frog)
SSDB
Motif
Pfam: zf-H2C2_2 zf-C2H2 zf-C2H2_4 zf-C2H2_6 zf_UBZ zf-met
Other DBs
NCBI-GeneID: 108796626
NCBI-ProteinID: XP_018423628
Position
Unknown
AA seq 2121 aa
MEEVEFQYRKVVTYEAGESVPREKQGEGLDPVKVEHEKAMSMSGDDQCKEEEILPEISTD
EPCRRHDTEEHSKTPPEGATEGDEVTSSSSEEIPIAPKRHPVPPSADLALDAFTRWGWFP
DHAYHIIQHVPKTEDRPLPCYECGESFTHLEELISHRASHKLEKPFSCPECGKCFTRRSN
LLQHQRIHTGVKPYLCLECGRGFTEKSSLIQHERIHRGIKPFSCSHCGKGFTQRSSLTVH
ERIHTGLKPYTCSECGRCFTKGSNLTAHLRTHSGEKPFSCSECGKSFPFKSYLIIHERIH
TGENPFTCSECGKCFSQKQHLSSHQRSHAAKKPFSCSECGKSFTQRNHLISHEKSHTGDQ
HFSCSECGKCFATRDLLIAHQMSHTGKLPFSCSECGKCFTWRATYLIHRRTHTGVKPYSC
SECGKCFSQKACLISHQVTHTGEMPYSCSECGKCFSFKHLLIKHYRVHTGEKPFSCLECG
KCFFERKRLISHQRSHTGEKPYSCSECGQCFTSKHSLTVHHRAHTGEKPYSCSECRKCFT
ARSSLSKHQARHTGMKPFSCSICGKQFFHKSILVTHERLHTGEKPYSCSECGKCFSDRSN
LTSHQKIHIGEKPYPCSDCGKCFSKKGHLISHQMCHTGKKPFSCSECGKCFTQRIHLIEH
QRTHTGERPYSCPECGKSFAKVSNFAAHQKTHSAEKPFICSECGKSYPIKSYLIRHEQIH
TGKYPYKCSKCGECFFHKSSLTRHERLHTGEKPYSCSVCGKCFALKSNLAAHEIIHTGDL
PYCCHECGKRFNRKSNLNAHLRIHKRAHLLSYQMIQTVVIPVDTFSRQIFTAVFKIVTKT
DSLHKGQIAVFRHKVWAVITEELCKKSFSIKTKSPPHQIGHKGQKPFVCSECGKSFTRRY
NLTVHQISHKGENPYSCSQCDKKFPIKSYLVKHEKLHTGEHTCSECGKCFSQRDHLRYHQ
RTHTGERPFACSECGKCFNQKVHLTSHQLTHTGEKPYSCSECGKCFTWRNALIVHQRTHT
GLKPYLCSECGKSFSQTKSLACHKMTHTGEKPYSCSECGKCFPFKHLLNKHNRAHEGEKP
FSCSECGKSFTRRSSLVVHQRGHTGEKPYSCSECGKCFPERSSLTQHERTHTGVKPYSCS
DCGKCFAKKSNLITHQKTHSEEKPYSCAECGKNFPIKSYLARHEKIHAGEDSYTCSECGK
CFSQRNHLILHQITHTGEKPFLCSECGKCFPCQTALIIHQRSHAGVKPYSCLECGKSFSQ
SRSLTYHQKTHTGEKPYQCSECGKRFPLEHLLVEHHRDHTGEKPFSCPECGKCFTKKSNL
AIHQTTHTGEKPYACSDCGKCFVNRSDLCSHQATHTGMKPFSCSRCGESFSYKSSLTRHE
RVHTGEKPYSCTECGKSFAQKGTLVSHQRTHTCDKPYSCSECEKSFTRRYNLNIHLKGHR
GEKPYPCPECGKCFSFTSDLTKHKRTHTGEKPYSCSECGRRFSLNSDLTKHKMIHKGEKP
YSCSECGKGFTRRYNLLIHQKGHKGEKPYKCSECGKSFPLKHFLIEHQRVHTGEKPYSCS
ECGKCFTKKSYLARHHATHTGEKPYSCSECGKCFTSVSNLNSHQKTHTGLKPFTCSDCGE
SFYRRSALSIHERVHTGEKPYPCPTCGKCFGQKSSLLKHQKTHTKDVRYVWHSCSECGRC
FRSKSNLSSHMEAHKGEKPYSCSECGNCFRLRSGLREHQRTHRGVKPYLCPGCGKSFSKR
SHLTTHQRIHSGEKPFACSECGKSFPVKSYLIRHERVHTGDNPFTCSECGKCFFQKQHLI
SHQRTHSAEKPFSCSQCGKGFSQSDHLISHQISHTGRKPFSCTECGKCFSQRDHLVLHQM
SHTGKKPFSCSECGKCFTWRPNLIVHQRTHTGVKPYSCSECGKCFSQSKSLAYHQMTHTG
EKPYSCSECGKCFSFKHLLIKHYRAHTGEKPFSCLECGKCFFERKRLLSHQRTHTGEKPY
SCPECGECFSSKHSLTVHHRAHTGEKPFSCSECGKCFTTRSTLTKHLAAHMGTKPFFCSM
CRKCFSRKSSLVTHERLHTGEKPYSCSECGKCFTDRSNLTSHQKIHTGDLPFSCTECGKG
FKRKADLASHSSRIHKRGHLS
NT seq 6366 nt   +upstreamnt  +downstreamnt
atggaagaggtggagttccagtacaggaaagtggttacctatgaggctggagagagtgtg
cccagggagaagcagggtgaaggcctagatccagttaaggttgaacatgagaaagcgatg
tctatgagtggtgatgaccagtgtaaggaggaggaaatccttccagagatcagcacagat
gaaccatgcagaaggcatgacactgaagaacattccaagacccctccagagggtgcaaca
gaaggtgatgaggttacatccagttcttcagaagagatccccatagccccaaaacgtcac
ccagtacctcctagtgcagacctagcactcgatgcctttacacgttgggggtggttccct
gaccatgcctatcatatcatccagcacgtacccaaaacagaagacaggcccttaccgtgt
tacgagtgcggggaatcgttcacccatttagaagaactcatttctcatcgggccagtcac
aaactcgagaagccgttttcatgccctgaatgtggaaagtgtttcacccggaggtccaat
ctccttcaacatcagaggattcacacaggggtgaagccatacttgtgtttggagtgcggg
agaggtttcactgagaaatccagtctcatccaacatgagagaattcacagaggcattaag
cctttttcctgttctcactgtgggaaaggtttcactcagagatctagtcttaccgtgcat
gagaggatccacactggtctgaagccatatacatgttccgaatgtggccgatgtttcact
aaggggtcgaatcttacggcgcatctgagaactcattccggggagaagccgttttcttgc
tccgaatgcggtaaaagttttccctttaagtcgtatcttataatacacgaaagaattcat
actggggaaaacccatttacatgctcggagtgtgggaagtgtttttctcagaaacagcat
ttaagttcgcatcagaggagtcacgcggccaagaagccattttcatgttcggaatgtggg
aagtcttttacccagcgaaaccatctcatctcacatgagaagagtcacaccggagatcaa
catttctcatgttctgaatgtgggaagtgttttgccacaagagaccttcttatcgcacat
caaatgagccatacagggaagctgccattttcatgttcggagtgcgggaaatgttttacc
tggagagccacttatctgatacatcgtagaacgcacacaggggtgaagccatattcatgt
tcagaatgtgggaaatgtttctcccagaaagcatgtcttatctctcatcaggtgactcat
acaggtgagatgccttattcctgttcagagtgtgggaagtgtttttcttttaagcacttg
ctcattaagcactatagagttcacacgggagagaaacctttttcatgtttggaatgtgga
aagtgctttttcgagcggaaacgtctcatctcccatcagagatctcacacaggggagaag
ccatactcctgttcagaatgtgggcagtgtttcacttcgaaacattcactcacggttcac
catagagctcacacaggggagaagccatactcctgttcggagtgcagaaaatgtttcacg
gcaaggtcaagtctttccaaacaccaggcgcgccacactgggatgaagccgttttcttgc
tctatatgcggcaagcagtttttccataaatctattctcgtcacgcacgaaagacttcac
acaggggagaagccgtactcttgttccgaatgcggcaaatgtttcagcgatcggtcaaat
cttacttcacatcaaaaaattcacattggggagaagccatatccatgttcggactgcgga
aaatgtttttccaagaagggccatctcatctcgcatcagatgtgtcacacaggaaagaag
ccattctcatgttccgaatgtggaaagtgtttcactcagagaatccatctcattgagcac
cagagaactcacacaggggagaggccttattcgtgccctgaatgcgggaaaagctttgcc
aaagtatcgaattttgccgcccatcagaaaactcactcggcggagaagccgttcatttgt
tccgaatgtggcaaaagttacccgatcaagtcttatctcatcaggcacgaacaaatccac
acagggaaatacccatataaatgttccaaatgcggcgaatgcttctttcacaaatcttcc
ttgacgaggcacgagaggcttcacacgggggagaagccgtattcatgttccgtatgtggg
aaatgttttgccttgaaatcgaatctggccgcccacgagatcattcacaccggcgacctt
ccctactgctgccacgaatgtgggaaacggtttaacaggaaatccaatctgaatgcacat
cttcgaattcacaagagagcacatcttctctcgtatcagatgatccaaacggtggtgata
ccagtggacacattttcacgtcagatctttactgctgtcttcaagatcgtaactaagaca
gattctctccacaaaggtcaaatcgcagtgtttcgacacaaagtgtgggctgtgatcact
gaggagctctgcaagaaatccttttccattaaaaccaagtcacccccccaccagatcggt
cacaaaggacaaaagccatttgtatgttccgaatgtgggaagtctttcacccggagatac
aatctaactgtacaccagataagccacaaaggggagaatccatattcctgttcgcagtgc
gataagaagttccccatcaagtcgtaccttgtcaaacacgaaaaactgcatacgggggaa
cacacgtgttcggagtgtgggaagtgcttttcccagcgagaccatcttagataccatcag
aggactcacacgggcgagaggccatttgcctgctcagaatgcggaaagtgttttaaccag
aaagtccaccttacctcgcatcagttgactcacacgggggagaagccttattcctgttcg
gaatgcgggaaatgtttcacctggcgtaacgccctcatcgtgcatcagaggactcacacg
gggctgaagccgtatttgtgttcggaatgcggtaaatctttttcccagaccaaaagcctt
gcctgtcataagatgactcatacaggggagaaaccttattcatgttcagagtgcgggaag
tgttttcctttcaaacatttgcttaataagcacaatagagctcacgaaggagagaagccg
ttttcgtgttccgaatgcgggaagtcttttacgaggaggtccagcctcgtcgtgcaccag
agaggtcacacgggggagaagccgtattcctgttcggaatgcgggaagtgttttccggag
cgctcgagtctcactcagcacgaaaggacgcacacgggggtgaagccgtactcgtgctcg
gattgtgggaagtgttttgcgaagaaatcaaacctgataacgcatcagaaaactcattcg
gaggagaagccgtattcctgtgccgagtgcggtaaaaatttccccatcaagtcctacctc
gccaggcacgaaaaaatccatgccggggaagactcctatacgtgttctgagtgcggcaag
tgcttctcccagaggaaccatctcatcctgcatcagatcactcacaccggggagaagccg
tttttatgttccgaatgcggcaaatgttttccgtgccagaccgctctcatcatacatcag
aggagccacgccggagtgaagccgtattcatgcctggaatgcggtaaatcgttttcccag
agcaggagcctcacctaccaccagaagactcacacaggggagaagccgtaccagtgttcc
gaatgcggcaaacgtttccctctcgaacatttgctcgtcgaacaccacagagaccacacg
ggagagaagccattttcgtgccccgaatgcggcaaatgtttcaccaaaaagtccaatctc
gccattcaccagacgacccacacgggagagaaaccttacgcgtgttccgactgcgggaaa
tgtttcgtcaacaggtcggatctttgtagccaccaggcgactcacacggggatgaagccg
ttctcctgctccaggtgcggcgaaagtttttcttacaagtcctctctcacgagacacgaa
agggtccacacgggcgagaagccgtattcctgtaccgaatgcgggaagtctttcgcccag
aaggggaccctagtttcgcatcagaggacgcacacgtgcgacaaaccctattcgtgttcc
gaatgcgagaagagttttactcggagatacaatcttaacatacacctgaaaggtcaccga
ggggagaaaccttacccgtgtcccgaatgtgggaaatgtttttctttcacctccgatctc
accaaacacaagagaactcacacgggggagaagccgtactcctgttccgaatgcggacgc
cgtttttcactcaactccgatctcaccaaacacaagatgatccacaaaggggagaagccc
tattcctgctcggaatgcgggaagggtttcacccggagatacaaccttctcatacaccag
aaaggtcacaaaggggagaagccgtacaaatgttcggaatgtggaaaaagcttccctctt
aaacatttccttatcgaacaccagagggttcacaccggtgaaaagccgtactcgtgctcc
gaatgcggcaaatgttttaccaaaaagtcgtacctggccagacaccacgccactcacacc
ggggagaagccatattcgtgttcagagtgcgggaaatgtttcactagcgtatcgaatctg
aacagtcaccagaaaactcacacggggttgaagccgttcacttgctccgactgcggcgaa
agcttttaccgaagatcggccctgagcatccacgaaagagttcatacgggggagaagcca
tacccgtgtcctacgtgcgggaaatgtttcggccaaaaatcaagtctcctgaaacatcaa
aagactcacacgaaggacgtccgatacgtctggcattcctgttctgaatgcgggaggtgt
tttagaagcaaatcgaatctgagttcacacatggaagcccacaaaggagagaagccgtat
tcatgttcggagtgtggaaattgtttccgcttgagatccggccttcgggaacatcagaga
actcacagaggcgtgaaaccttatttatgccctggatgcggcaaaagtttcagtaaaagg
tcgcatctcacaacgcatcagaggatccactctggggagaagccttttgcctgctccgaa
tgcggtaaaagttttccagttaaatcgtatcttatcagacacgaaagagttcacaccggg
gataacccattcacatgctctgagtgcgggaagtgtttttttcagaaacagcatctgatt
tcacaccagaggacccactcagctgagaagccgttttcatgttctcaatgcgggaaaggt
ttttcccagagtgaccatcttatctcccatcagataagtcatacaggtcggaagcctttt
tcttgtacagaatgcgggaagtgtttttctcagagggaccaccttgttttgcatcagatg
agtcatacaggaaagaagccattttcgtgttcggagtgtgggaagtgttttacctggaga
cccaaccttatcgtacatcagaggactcacaccggggttaagccatattcctgttcggaa
tgcgggaagtgcttttcccagagcaaaagtctcgcctaccatcagatgactcatacagga
gagaaaccttattcgtgctcagagtgtgggaaatgcttctcttttaaacatttactcatt
aaacactacagagctcacacgggagagaagcctttttcatgtttggaatgcggaaagtgc
tttttcgagaggaaacgtctcctctcccatcagaggactcataccggggagaagccatat
tcatgcccagaatgtggcgagtgtttttcctccaaacactctctcacggttcaccataga
gctcacacgggagagaagccattttcatgttcggaatgcggtaaatgctttacgacaaga
tccactctcactaaacacctggcggctcacatggggacaaagccattcttctgttccatg
tgcaggaaatgtttttctcggaaatcctcgctcgtcacccacgaaagacttcatacggga
gagaagccgtattcctgctctgaatgtgggaagtgtttcaccgatcgatcaaatcttact
tcccatcagaaaattcacaccggcgacttgccgttctcctgtacagagtgcgggaaaggt
tttaaaaggaaggcggacctggcttcacatagcagtcgaatccacaagagaggacatctt
agctaa

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Genome (1)   
   KEGG GENOME (1)   
Gene (118)   
   RefGene (115)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (6)   
   Pfam (6)   
All databases (127)   

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