KEGG   Austrofundulus limnaeus (annual killifish): 106521755
Entry
106521755         CDS       T06063                                 
Name
(RefSeq) uncharacterized protein LOC106521755
  KO
K09228  KRAB domain-containing zinc finger protein
Organism
alim  Austrofundulus limnaeus (annual killifish)
Pathway
alim05168  Herpes simplex virus 1 infection
Brite
KEGG Orthology (KO) [BR:alim00001]
 09160 Human Diseases
  09172 Infectious disease: viral
   05168 Herpes simplex virus 1 infection
    106521755
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:alim03000]
    106521755
Transcription factors [BR:alim03000]
 Eukaryotic type
  Zinc finger
   Cys2His2 others
    106521755
SSDB
Motif
Pfam: TINF2_N zf-H2C2_2 Myb_DNA-bind_4 zf-C2H2 zf-C2H2_4 MADF_DNA_bdg zf-C2H2_jaz DUF573 DUF6471 zf-C2H2_6 zf-met zf-Di19 Myb_DNA-bind_3
Other DBs
NCBI-GeneID: 106521755
NCBI-ProteinID: XP_013869912
UniProt: A0A2I4BQ92
Position
Unknown
AA seq 1937 aa
MDRRSSTTGPGDALPLASLRLMTSPLQLTYSYIWQVMRQRKVKNYAKVEGFVTMVTQTIP
ELLNFKQTAQLILGLRARIILDLLHKDGPPDTRVIQALINKMKIPMTMKDIQVEKSQTNF
LVLVQNLLKNPSERKRFFQEVFPIQYGTKFDTALQALTAGLVCKLEQLIPVPNLSQLGAM
ISKDSDVLDACGDFIPDPETLKSLLLHQQSKGSFGVKATVSTSVGDCVLSSLAFLPKPVE
TPPPPPPPPPPPPRSPKPQEVSVVERSPASLSDSEGVVGISDDEDSPAPPTGRSQQEEQT
SLETAAAGSTAKETSENLMQKKSSTQQPPATTPQSKENDPAPEKSDLQRLPHKSITFRVV
QMPIKAPSTLQNAGGAGTKDGPKPQTQRVTLHQWVSQIASNSMSLPALPPLPEGSLCDDD
MRPSIRRKKPFRHLAGRYNCSVCDKSFPYQSKLMDHERIHTGEKPYTCAACNKCFRTQGF
LNNHLKTHSTMRPYACGQCGKCFAKLQSLSKHILAHSGQKPFYCNICNKGFTQSTYFKRH
MECHTSQMTFPCKHCNKTFPTAFKLSNHERWHTRDRPHMCERCGKRFLVPSLLKRHMGYH
IGDRQYLCSQCGKTFVYLSDLKRHQQDHIPKAKIPCHVCQKKFSSKYCLRVHMRIHTRER
PYRCTLCDKTFTQVGNLKVHIRLHTNERPFSCDVCGKTYKLASHLNVHKRTHTCKKPWTC
DTCGKGFSVPGLLKKHEQLHTREANPDFTGKRRHRTKHKKQSLNRKYDEEEEGSDDYRMA
AAQKPTPWSNSEVRDFLCLLAEDRIQSELDESTRNEKIFREISERMATRGYQRTSKQCRE
KLKKLKCDYRTIKDHSGKSGSYRKTWKWFDQMNAIYGRRPTYDERESSLDTASSLLESSM
DDAXLEGSGRVGVTRWSHKETQALLAAWSEDGIQRELEESHRNGAVYGEISARLAAAGVS
RSMNQCRNKMKKLKQEYRQLKQQSISDETMTSETSEWFYAMDSVIRDRPAAATDNNNTDQ
MTQELVISDEETDSPSATNSETLSTSSSATSSSSSLWRINDMPMCSWSKKEVLVLLTHWA
SPSFQQELRRSRRSSAVYNSVSAKLATLGFSKTAQNCQDKLKNLKYSYRRIKSSNPSGGE
KNMWYRIIDRVLGSQPAASECAETATSSAAEPAPPFVLGLNTNDEADWLPDEVQVLVTLW
AQPNIQKQLHASGTHDVFTYLSSELALIGFNKTPQQCSLKVNRLTEMYKTIKRVEPHGSN
GSDWFAIMDGVLGPEAATSKDANSAAAVIVPESAEDSSQAAWTPEEVDTLLTLWAGDSAQ
EQLKSTEGVERVYAQLSSELATQGFDKTTSQCRTKIRLLEQEYERRMEEKDSKEQKSSWF
VVMDQVHGCTKPNAETNLAAAPLQASHXAEGCPLSVPSLCLLVPTLRLMCAFAWQVVRCR
NVAQYNKVEELVSLVTELAPELLTARERAQLLLRLRARLVLELCRSESVADLLDVQSHLR
IIQELMMSSGCDQEELEKSKSNFVEVVHTLLDDPQERRRFFVEVFPIHYGQQFEATLQTL
VWKFISRLDNLLPVPDIKQTAEWLSSAPSVMEECGQLVLEREQLKELLHFNEQQTGNTNK
CFSEAQNVFLPMLHLRPKTNSRQRAASVGENEGFNCGKDEPLDKSLTNDTTEDSTTXNNL
KDNQSEGLKPLQPHRCSMCSYSDSRVAALLQHIRQKHLVQGSSPFTEAKAGDVLKDIVTP
DSQGPPFQCDQCGKKYHSKRYLDIHYRIHTGETPFLCSVCGRGFRGSFILTAHMRTHTGE
RPYMCPICGKTSVQHLARHMRMHRGEKNYLCTECGKAFLSSGELRLHSRHHSGERPHTCR
QCGKGFVAKCLLTVHTRQHTGERPYRCSLCPKAFYTRNRLKRHLKIHTKKSYQCLTCGKT
FRQEDSFKLHVKTHDSM
NT seq 5814 nt   +upstreamnt  +downstreamnt
atggaccgacggtccagtacaacaggtcctggagatgcccttcccttggcctcactccgt
ttaatgacttccccactgcagcttacgtattcgtacatatggcaggtcatgcggcagaga
aaagtgaagaattacgcaaaagtggaggggtttgtgaccatggtgacrcaaaccatccct
gagctcttgaatttcaagcagactgctcagctaatcttaggcctgagagcaaggataatc
ttggatcttctccacaaagacggaccaccagacaccagggttattcaagctcttataaat
aagatgaagatccccatgacaatgaaggatatacaagtggagaaatcccagacaaacttc
ttggttcttgtccagaatctgctgaaaaaccctagtgaaagaaaacgcttttttcaggaa
gtgttccctattcaatatggcaccaaatttgacacggcgctgcaggccctgactgctggc
cttgtttgcaagctggagcaacttattcctgttcccaatctgtcccagcttggtgccatg
atctcaaaggattctgatgtccttgatgcatgtggagacttcattcccgaccctgaaact
ctaaaatctctacttctacaccagcagtccaaagggtcttttggtgttaaagctaccgtg
tcaacctcggtgggtgactgtgtgctctcttccctcgccttcctacccaaaccggtagaa
acaccaccacccccacctccgccccctccaccacctccacgatcaccaaagcctcaggag
gtcagtgttgttgaaagaagccccgcctcccttagtgacagtgaaggcgtggtcggtatt
tcagatgacgaggacagcccagcacctccaacaggcagatctcagcaggaagagcagact
agtctcgaaacagcagctgccggcagcacagcaaaggaaacgagcgagaacctgatgcag
aaaaagagttccactcagcaacctcctgccacaactcctcaaagcaaagagaacgatccg
gcaccagagaaatcggacttacagcgactaccccataaatctattactttcagggttgtt
caaatgccaatcaaagctccctccaccttacagaatgctggtggcgcagggacaaaggac
ggaccaaagcctcaaactcagcgagttacattacatcagtgggtgtcgcagatcgcgtct
aactcgatgtctctccccgccttgccgcctcttccagaaggcagtctgtgcgatgacgac
atgaggccgagcatcagaaggaagaagccattcagacacttagctggcagatacaactgc
agcgtgtgtgataagagcttcccctatcagtccaagctgatggaccacgagcgtatccac
acaggcgagaagccgtacacgtgcgcggcctgcaacaaatgcttccgcacccaggggttc
ctcaacaaccacctgaaaacccacagcaccatgcgtccgtacgcctgcggccagtgcggc
aagtgtttcgctaaactgcagagcctctcgaagcacatactcgcccacagcggccagaag
ccattttactgcaacatctgcaacaaaggcttcacacagtccacctatttcaaaaggcac
atggagtgtcacacgagccagatgacgttcccctgcaagcactgcaacaaaaccttccca
acggcgttcaagctgtccaaccacgagcgctggcacacaagagaccggccccacatgtgc
gagcgatgcgggaagagattcctcgtccccagcttgttgaagcgacacatgggctaccac
atcggcgaccgccagtatctctgctcgcagtgtgggaagaccttcgtttacctgtctgac
ctgaagaggcatcagcaagaccacatacccaaagcaaagatcccctgtcacgtctgccaa
aagaagttctccagcaagtactgcctcagagttcacatgaggatccacaccagagagaga
ccctaccggtgcaccttgtgcgacaagacctttacacaggtggggaacctgaaggtccac
atcaggctgcacaccaacgagcgacccttcagctgcgacgtctgcggaaaaacctacaag
ctggcgtcccatctgaacgtccacaagcggactcacacgtgcaaaaaaccctggacatgt
gacacgtgtggaaagggattctccgtccccggccttctgaagaagcacgagcagctgcac
acgagggaggcaaaccccgatttcactggcaagcgaaggcacaggacgaagcacaaaaag
caatcactgaacaggaagtatgacgaggaagaagagggcagcgatgattatagaatggca
gcagcacagaaacccacgccgtggtcaaactcggaggtgcgggactttctgtgcttgttg
gcagaggacaggattcagagcgagctggacgagtcgactcgcaacgaaaagattttcagg
gagatctcggagcggatggccactcgcggctaccagcgaacgtcgaagcagtgtcgggag
aaattaaagaaactgaagtgcgattaccgcacgataaaggaccacagcggaaagagtggt
tcataccgcaaaacgtggaagtggtttgaccaaatgaacgccatttacggccgccgacca
acctacgacgagagggagagtagcttggatacggcctcatcgctgctggaatcctcgatg
gacgatgccamgttggaaggaagcggacgcgtgggcgtgacgcggtggtctcacaaagag
acgcaggcgctcctggccgcgtggtccgaggacgggatccagcgcgagctggaggagtcg
cacaggaacggagccgtctacggagagatttcagcccggctggcggcggccggagtgagc
cgctcgatgaatcagtgcagaaacaagatgaagaaactcaaacaggaatacagacaactc
aagcagcagtcaatcagcgatgagactatgacgtcagagacatctgagtggttttacgcc
atggactctgtgataagagacagacctgctgctgccacagacaacaacaacacggaccag
atgacgcaggaactcgtgatttcagatgaagaaactgattcacccagtgcaacaaacagt
gaaacactcagtacgagttcttcagccacgtcctcatccagctccttgtggaggataaac
gatatgcccatgtgcagttggtcaaaaaaggaagtcctcgtgttgctgacacattgggca
agcccctccttccagcaggagctccggcggagcaggaggagcagcgccgtgtacaacagc
gtcagcgccaaactggcaacgctcgggttcagcaaaacggcgcagaattgccaggataaa
cttaaaaatctgaagtacagctacaggagaatcaagagcagcaacccctcgggtggagag
aagaacatgtggtaccgcattattgatcgtgtcctcggctcgcagcctgcagcttcagaa
tgtgcggaaaccgcaacgtcgtctgcagcagaacccgcgccgccttttgtgttgggtttg
aacactaacgatgaagctgattggctgccggatgaagtccaggtgctcgtcactctctgg
gcccaaccaaacatccagaagcagctccatgcctcaggaacacacgacgtcttcacatac
ctcagcagcgagctagctctgatcggcttcaacaaaacgccgcagcagtgcagccttaaa
gtgaaccggctgacagaaatgtacaaaaccatcaaacgagtggarccacacgggagcaat
ggaagcgactggtttgctataatggayggcgttcttggtcccgaagcagcaacatccaaa
gacgcaaattcagctgctgctgtgatcgtgcctgaatcagccgaagattcctcccaagct
gcctggacgccggaggaagtcgacactctgctcacgctgtgggccggggacagcgctcag
gagcagctaaaatcaactgagggggtcgagcgggtgtacgctcagctgagctccgagctc
gccactcagggctttgataagaccaccagtcagtgcaggactaaaataaggctcctggaa
caggagtatgaacgacgtatggaggaaaaagactccaaagaacaaaaaagcagctggttt
gtcgtcatggatcaagttcacggttgcaccaaaccaaatgctgagactaatctggcagct
gcacctctgcaggcgtcacatcyagcagaaggttgtcctttgtccgtcccctcgctgtgc
ctcctggttcccaccctgcgcctgatgtgtgcctttgcctggcaggtggtccggtgtcgt
aacgttgcgcagtataacaaagtggaggagttggtgtcgttggtgacggagctggcccca
gagctgctcacggccagagagagagcgcagctcctgctcaggctcagagcgaggctcgtg
ctggagttgtgtcgcagtgagagcgtagccgacctgctggacgtccagtcccacctgagg
atcattcaggagctcatgatgagttctggctgtgatcaggaggagctggagaagtcaaag
tcaaactttgtggaggtggttcatactttgctggacgacccacaggaaagaagaaggttt
ttcgtggaggtttttcccatccactacggccaacagtttgaagccactttgcaaacttta
gtctggaaattcatctccagattggacaatctgttgcctgttcccgatataaaacagacc
gcagagtggctcagcagcgccccctctgtcatggaggaatgtggacagctggttttggaa
cgagagcagctgaaggagctgctgcacttcaacgagcaacaaacaggaaataccaacaaa
tgtttctctgaggctcagaatgtgtttttgcccatgctgcatctacgtcccaaaaccaac
tcgaggcaacgtgcagcatctgttggtgaaaatgaagggtttaattgtggcaaagatgaa
ccgttggataaaagcctcactaacgatactacagaggactctacgacaaraaataacctg
aaggataaccaaagtgaaggtttaaagcctcttcagccgcatcgctgctccatgtgttcc
tactccgacagccgcgtggcagcacttcttcagcacattcgtcagaagcatctggtccaa
gggtccagtccttttactgaagccaaagctggtgatgtcttgaaggatatagttacccct
gacagtcagggtcccccgtttcagtgtgaccagtgcgggaagaagtaccactccaaaagg
tatctggatatccactatcggattcacacaggcgagactccctttctgtgctccgtctgc
ggccgaggcttcaggggttcattcatcctgacggcgcacatgcgcacgcacacgggggag
cgaccctatatgtgccccatttgcgggaagacgtccgtccaacacctggcgaggcacatg
cgcatgcaccgaggggagaagaactacctgtgcacggaatgcgggaaggctttcctctcc
tccggggagctgaggctccactcgcggcaccacagcggagagaggcctcacacctgcagg
cagtgtgggaaaggcttcgtcgccaaatgcctgctgaccgttcacactcgccaacacacg
ggagagcgtccttacaggtgttcgctgtgtcccaaggccttttacacccggaatcggctg
aagcggcacctgaagatccacacaaagaagtcctaccagtgcttgacgtgcgggaaaacc
ttcaggcaagaggacagttttaaactccacgttaaaacccatgattcaatgtaa

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (13)   
   Pfam (13)   
All databases (23)   

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