KEGG   Xenopus laevis (African clawed frog): 108718443
Entry
108718443         CDS       T01010                                 
Name
(RefSeq) zinc finger protein 91
  KO
K09228  KRAB domain-containing zinc finger protein
Organism
xla  Xenopus laevis (African clawed frog)
Pathway
xla05168  Herpes simplex virus 1 infection
Brite
KEGG Orthology (KO) [BR:xla00001]
 09160 Human Diseases
  09172 Infectious disease: viral
   05168 Herpes simplex virus 1 infection
    108718443
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:xla03000]
    108718443
Transcription factors [BR:xla03000]
 Eukaryotic type
  Zinc finger
   Cys2His2 others
    108718443
SSDB
Motif
Pfam: zf-H2C2_2 zf-C2H2 zf-C2H2_4 zf_UBZ zf-C2H2_6 zf-C2H2_jaz zf-C2H2_3rep C1_4
Other DBs
NCBI-GeneID: 108718443
NCBI-ProteinID: XP_041422712
UniProt: A0A8J1KZI9
Position
6L:complement(4072180..4110564)
AA seq 1900 aa
MDPDSEAGFPEDEPEILQITIKEEEPDFEYDENQMENIVDIITDGGSECEPKVKSEDEES
EDEDHVTAMKRDMDSVPGAEDSDPETTRLDTRSKKPLQCAGVLVGREQQQVLTDSNTGYE
DCSVSSEASAFICSNCGESFSENSSLLAHVCTDSGNNNYPEKGEKAKNKNVSCVTCGKLY
SSKSKLQKHQLVHSGEKRFTCTECGKSFSTNSHLQRHLIIHTGEKPFKCSECGKSFNVQS
NLYIHQKLHKPEKPYKCTDCGKSFSLKGNLNMHLRIHTGELTCTECGKCFTKKTDFQNHL
KGHTGEKPFACSECGKRFIKKSCFQNHQKTHTGEKPFSCTCCWKSFCSKQTLVTHLRIHT
GEKPFSCIECGKCFPRKSSLRNHLKGHTGEKPFSCKECEKSFYDKRSLSRHHSVHTGAKP
FMCKDCGKSFSQKCSLHTHRYICKGSRNTGTEVISEYNEQDPKDQLTVIKREIDAVVVAE
DETEVKSETEESDTDDHVTVIKREIDSVSGDDEKNWASEPPRPWSCKVPEASECSDTLDA
AKEPLQESGVLLECEASTRYDNCSEMPTTLGLICCKCGESFSGNRDLLTHVCGDNNNEVR
AEDAEEEPVKANSHTLNSHLHPTNHKLAHTGGKPFTCTECGKAFSQKSHLLRHHIVHTGE
KPFKCAQCGKSFSHNGNLLSHLKIHTGEKPFPCKECGKCFSRNSSLRSHQKVHTGEKSFT
CTECGKSFGNRSYLHLHQKIHAGVKAFPCTECDKSFYVKRNLWRHQTIHTGERDFTCREC
GKCFSQKNNLYKHQAVHTGVKPFTCTECGKSFSQKSHLHSHLNIHTGVKPYACTECGKSF
SHNRNLYSHKKIHTGEKAFTCTDCGKCFSQKSNLLKHQTVHTGEKPFTCTECEKSFSQKS
QLHRHLNIHTGAKPFTCTECGKSFSLKCSLQSHQRIHTGEKPFACSECGKCFYQKSNLSK
HQAIHTGEKPFTCTECGKSFAVKRNLQRHQNTHEARSHRSPEKVDNCSLSVVTISNSSLP
EQGFLIKEESTETPETINIEFPMCAEDEESDTEDHMTVIIKETGSLPGADNGSRWNSKTL
RSWRKHENRLIQEDTLGTTKEPLQECESGSRYDDCITSSDSSGFICSKCGKSFSLNSDLL
THVCTQTDTSNIRSIENAEDKPYFCAVCGKHYSRKSHCQRHQLVHTGEKPFTCSVCGKCF
SLKSNLQSHERVHTGEKPYNCSECGKSFSHKSILNRHQKTHKGEKPCQCAECGKSFSHSS
HLHRHQKIHTGEKPFTCTECGKTFSRKGNLQSHQTIHTGEKSFICTECGKSFSQKSNLYS
HQKIHTGEKPYVCTDCGKSFSQKGTLYKHQAIHTGEKRFKCTECGKRFTQKCTLYKHQTI
HAERNILHVQNVGEEDESYRISSLQKKPTEEAAYRRSLQKRPTEEAYRSGLQKQPTEEAY
RSSLQKRPTEAAYRRSSLQKKPTETAYRRSLQKRADSSYIEPGRMKDRLTPIQTDMDSVG
CLASPQAQTEIFQVKIKEEELDPEYQRQSMGTLASPLTDGGSIKTEAAVKSENEESDPED
HVTAVKQELDVVLVDTEEPLQEAGVFLETSQHKAQDSGTRYEDFSANSEAPFIICCKCGE
SFTSNTDLLSHVCSHDTNVPSEAAEETHFYCTECGKQFSKKSNFQRHQLTHTGEKPFKCT
ECGKGYSQQSSLHIHQRIHTGEKPFMCTDCGECFYLNSQLQRHRVSHTGDKPYTCTECGK
CFFKNTELQRHQVTHTGEKPYVCSECGKSFSLKTRLQRHQIIHTGEKPFKCTECGKSFNV
QSNLRIHQRIHTGRKTLYCSECGKRFFLKGNLQKHMKLHTDENPFTCTECGERFLQKRAL
RHHLNIHTGEKPFSCTECVRSFFHMRNLARHLKTHEINDV
NT seq 5703 nt   +upstreamnt  +downstreamnt
atggatccagattccgaggctggtttcccagaagatgaaccagaaatattgcagataacg
atcaaagaagaagaacctgactttgaatatgatgagaaccaaatggaaaatattgtagat
ataattactgatggtggttctgagtgtgaacctaaagtaaaatctgaggatgaagagtca
gaagatgaggatcatgtgactgcgatgaagagggacatggattctgtccctggggctgag
gacagtgaccctgagacaacgagattggatacaagaagcaagaagcctttacagtgtgcc
ggagtattagtgggacgtgagcagcagcaagttctaaccgactccaatactggatatgag
gattgctccgtcagctctgaagcatcagcttttatctgctctaattgtggagaaagtttt
tctgagaattccagtcttcttgctcacgtctgcaccgattctgggaacaataattatcct
gaaaaaggggaaaaagcaaaaaataaaaatgtttcctgtgtgacgtgtgggaagctttat
agcagtaaatccaaactacagaaacatcagctggtccatagtggagagaaacgatttacg
tgcacggaatgtggcaaaagcttctccaccaacagtcacctccagagacacctgatcatt
cacacgggggagaaaccattcaagtgcagcgagtgtgggaaaagcttcaatgtgcagagc
aacctttacatccaccagaaacttcacaaacccgaaaagccttataaatgtactgattgt
ggcaaaagcttctctttaaagggcaaccttaacatgcacctgaggatccacaccggggaa
ttaacttgtacggaatgtgggaaatgtttcaccaaaaagaccgactttcaaaatcacctg
aaaggtcacacgggggagaaaccattcgcttgcagtgaatgcgggaaacgtttcattaaa
aagagttgctttcaaaaccaccagaaaacccacacgggagagaaacctttcagctgcacc
tgttgctggaaaagcttttgtagtaaacagacccttgtgacccacctgagaattcacacc
ggggagaaaccgttctcttgtatagaatgtggcaagtgtttccctaggaagagctccctc
cggaatcacttgaaaggtcacacgggggagaaacctttctcctgtaaagaatgtgagaaa
agcttctatgataagcgcagcctttccaggcaccacagtgttcacacaggggcaaaaccc
tttatgtgtaaagactgtgggaaaagcttctcacaaaagtgcagtctgcacactcaccgc
tacatttgcaaaggatctcgaaacactggaactgaagtgatatcagagtataatgaacag
gatcccaaggatcagctgactgtaataaagagggaaattgatgcagttgtcgttgcagag
gacgaaactgaagtgaaatcagagacggaagagtccgacactgacgatcacgtgactgta
ataaagagggaaattgattctgtttctggggacgatgaaaagaattgggcctctgaaccc
cccagaccttggtcatgtaaggtaccagaagccagtgagtgctcagatacattggatgca
gccaaggagccattacaggagtctggagtattgctggagtgtgaggcttccacaagatat
gacaattgctcagaaatgcccacgacattgggtcttatctgctgtaaatgtggggaaagt
ttctctgggaatagggatcttcttactcatgtctgtggggataacaacaatgaagtgagg
gcagaggatgcagaagaggagcctgtgaaggccaatagtcatacattgaatagccacctt
catccgacaaatcataaattggcccacacaggggggaaaccattcacatgtacagagtgt
ggcaaagccttttctcaaaagagtcaccttctcagacaccatattgtccacacaggagag
aaaccattcaagtgtgcacagtgcgggaaaagcttctcccacaatggaaaccttcttagc
cacctgaagattcacacaggggagaaaccattcccgtgtaaagaatgtgggaagtgtttc
tctcgcaacagcagccttcgcagccaccagaaagttcacacgggggagaaatctttcacc
tgtacagaatgcgggaaaagcttcgggaacagaagttaccttcacctccatcagaaaatc
cacgcaggagtgaaagctttcccttgtactgaatgtgacaaaagcttctatgtcaagcgc
aacctttggaggcaccaaaccattcacacgggcgagagagatttcacgtgtagagagtgc
ggcaaatgcttttcacagaagaacaatctttacaaacaccaggccgttcacacaggggta
aaacccttcacatgcacagaatgcggtaaaagtttctcgcaaaagagccacctgcatagt
cacctgaacattcacacaggggtgaaaccctacgcctgtacagaatgtggcaagagcttc
tctcacaacagaaacctttacagtcacaaaaaaatccacaccggggagaaagcgtttaca
tgtacagactgtgggaagtgcttctctcagaagagtaatcttcttaagcaccagactgtg
cacacgggggagaaaccattcacctgcacagaatgtgagaagagcttctctcaaaagagc
cagcttcatcgacacctgaatatccacacaggggcgaaacccttcacttgtacagaatgt
gggaaaagcttctctctaaagtgcagtcttcagagccaccagaggattcacacaggggag
aaaccgtttgcatgctctgaatgtgggaaatgtttctaccagaaaagcaatctgagcaaa
caccaggccatccacacaggggagaaaccattcacatgcacagaatgtggcaaaagcttt
gcggttaagcgcaacctgcaacgacatcagaatactcatgaagcaagaagccatagaagc
cccgagaaggtggataactgttctctatcagtagtgaccatctcaaatagttcattacca
gaacaaggcttcctcataaaagaagagtctactgaaacaccggaaactataaatattgag
tttcctatgtgtgccgaggatgaagagtcggacactgaggatcacatgactgtaataatt
aaggaaacaggatctcttcctggagccgataacggcagccgttggaactcgaagaccctc
aggtcttggcggaaacacgagaatcgtttaattcaggaagatacattgggaaccaccaag
gagccgttgcaggagtgcgagtctggctctagatacgacgattgcataacaagctctgat
tcatcaggttttatctgtagtaaatgtgggaaaagcttctctctgaatagtgaccttctc
acccacgtctgcacccaaactgacacgtctaatatacgttccatagagaacgcggaagac
aagccttacttctgtgcagtatgtgggaagcactacagtcgaaaatctcattgtcagaga
catcagctggtccatacaggggagaaaccattcacatgctcagtgtgtggcaaatgcttc
tctcttaagagcaatctgcagagtcacgagcgagttcacacaggggagaaaccatacaac
tgctcagaatgtgggaaaagcttctcccataaaagcatccttaacagacatcagaagact
cacaagggggagaaaccttgtcaatgtgcagaatgtgggaaaagcttctctcacagcagc
caccttcaccggcaccagaagatccacacgggggagaaaccattcacctgcacagaatgc
gggaaaacattctctcgaaaaggcaatctgcagagccaccagaccattcacacgggggaa
aaatctttcatttgtacagagtgcggcaaaagcttctctcagaaaagcaacttgtacagt
caccagaaaattcacactggggagaaaccctacgtctgcacggactgtggcaaaagcttc
tcgcagaagggaactctctacaaacaccaggccattcacacaggagagaagcgcttcaaa
tgtacagaatgtggcaaacgcttcacacagaagtgcactctctacaaacatcagactatc
cacgccgagaggaacatactacatgtacagaatgtaggggaagaagatgaatcctaccga
ataagcagcctacagaagaagcctaccgaagaagcagcctacagaagaagcctacagaaa
cggcctacagaagaagcctacagaagcggcctacagaagcagcctacagaagaagcctac
agaagcagcctacagaagcggcctacagaagcagcctaccgaagaagcagcctacagaag
aagcctacagaaacggcctacagaagaagcctacagaagcgggctgattcttcatatata
gagcccgggagaatgaaggaccgtctgaccccgatacagactgacatggattcagtgggc
tgcctggcttccccccaggcacaaacagaaatatttcaggtaaagataaaggaagaagaa
ctggaccctgaatatcagcggcaatcaatgggaaccttggcatctccacttactgatggg
ggttctataaagactgaagctgcagtgaaatccgaaaatgaagagtcggacccggaggat
catgtgactgctgtaaagcaagaactggatgttgtacttgtagacacagaggagccgtta
caggaggctggagtatttctggagacatcgcagcacaaagcacaagattccggcacaaga
tatgaagatttctcagcaaactctgaggcaccatttatcatctgctgtaaatgtggggaa
agcttcactagtaatactgatctcctctcccacgtctgtagccatgatactaacgttccc
agtgaagctgcggaggagacgcatttttactgtacagagtgtgggaagcagttcagtaaa
aaatctaattttcagaggcatcagttgactcacactggggagaaaccgttcaaatgcaca
gaatgtgggaaaggttattctcagcagagcagcctccacattcaccagaggattcacaca
ggggagaaacctttcatgtgtacagattgtggagaatgtttctacctcaactctcagctc
cagcgtcaccgggttagccacacgggggacaagccatacacgtgcaccgaatgtgggaaa
tgtttctttaagaacactgagctccagcgtcaccaggttacccacaccggggagaaaccg
tacgtgtgcagtgaatgtggaaaaagtttcagcttgaaaacacggcttcagcgacaccag
attatccacactggggagaaaccctttaaatgtacagaatgtggcaaaagtttcaatgtg
cagagcaacctccgcatccaccaacgaattcacaccgggaggaaaactttatattgttcg
gaatgtgggaagagattctttctcaagggcaacctgcagaaacacatgaagcttcacacc
gatgagaacccgttcacttgtacagagtgcggggagagattcttacaaaagagagccctt
cgccatcacctgaacattcacacaggggagaaacctttcagctgcacagaatgtgtgaga
agcttctttcatatgcgcaacctcgctcgtcacctgaaaacacacgagataaacgatgta
tag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (144)   
   KEGG ORTHOLOGY (1)   
   RefGene (140)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (8)   
   Pfam (8)   
All databases (159)   

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