KEGG   Sinocyclocheilus rhinocerous: 107752539
Entry
107752539         CDS       T04916                                 
Name
(RefSeq) protein capicua homolog
  KO
K20225  capicua transcriptional repressor
Organism
srx  Sinocyclocheilus rhinocerous
Brite
KEGG Orthology (KO) [BR:srx00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:srx03000]
    107752539
Transcription factors [BR:srx03000]
 Eukaryotic type
  beta-Scaffold factors with minor groove contacts
   HMG SOX
    107752539
SSDB
Motif
Pfam: HMG_box HMG_box_2
Other DBs
NCBI-GeneID: 107752539
NCBI-ProteinID: XP_016424024
Position
Unknown
AA seq 1956 aa
VQSLLQPYPSPHSSSSVVNTAITSVFSVAPNRDWENHREKDQERDLHRHLERERERERER
ERERQKHHPLHSSTPDGVDLEVSCLSQLRDGGITALGSKALGAPSQHRPILSKPNYLSPH
LSVVRGLSTPIAPHLPLAPHPNHPPMLLGLDSATGAAVISSTSQLPPLPPSSSRGSLDKT
PSSNSHGASGGGSGSSSSSSRSRTPLTAAQQKFKKGDVVCTPTGIRKKFNGKQWRRLCSR
EGCSKESQRRGYCSRHLSMRTKEMEAGGGVGRDRSGASSTGTLTPDLRLGGRTSSEYDWD
DNSRDSSEASSRGGDSRPRLVMTSLIPQELPRDMSRFDFDECEAANMLVSLGSSRSCTPS
FSPVSNQSPFSPAPSPSPTLFGFRPANFSPITAPLTPRRPRHLSGTKIPGTPSAERERHI
SGIIPTFQTNLTFTVPMSPSKRKLDVPPPPLPSASDYAKSDPQFNDPGLSLNTAAFRVLS
PQSQPTTPSSLSFPRQRSVTSRPSSSAASTPPPMLVSPTPPSPLPQDPSSRRIVPLRDSP
VIVRNPEFFSDGPLSRRASSRSREHSQPPHHAVGLQAPVPINGAATNGAVLLRNPAPTLV
LVTSSQSLTPVAPGHPAHSNSAALNVSTSNATTGPALALSGSGGKEQERKSGGALPQPVA
CHPSPTALLPLILPAESPHPAPRKDIIMGRPGTVWTNVEPRSVPVFAWHSLVPFLETSQT
KMSMQPSDGQTLVNQSKEPRCGVALVTEGPTDHPAPERGSPSCPPPIAEDPPVERGGDSE
TESDADDLFFPAQDTAPSTSPVKRRTQSLSALPKEGDKKREKDHIRRPMNAFMIFSKRHR
ALVHQRHPNQDNRTVSKILGEWWYALGPKEKQKYHDLAFQVKEAHFRAHPDWKWCNKDRR
KSLSEGRGTPGAKEARERSVSESTEAHSTSQGADHKGAGPSWTSPRSDAHGGSVGGQLQR
PRAFSQSAVHILERREKERVLESTRLFHPRAPAHPRRPSEDVTSDEEPMVICEEGDDDVI
EDSFADGSIDLKCKERVTDSDDENEHADEADSKRTFQPVHSSLAFSPTGTTGNKDNEDGG
EKNLEKKEKRGMGGAELDNGGPKEGKGGGGGWQVPFHVNSASVTGINATLPHDAGRYPLQ
GAVRMAPTVVTNVVRPITSTPIPIASKPADGGVAVGTLPPDGKPKLLIGAGGAGGGGYFP
SSSPKPNGQGSLVTGLVLGGAFPNQPTVQLITSPQPTPCNGVPSNSAVTLPLLHHQFLPA
ASITPPSGGKPVTQVQYILPTLPATANPNSPSSQQPSSVLTLPSAAPTHVSLANGVHSGA
GQGIRYASVAAVGGVSAGGGVQAQSPVLQSKMLVPMATVGTGSTPPQPISLVGPPLPVQN
GTQPGSKIIQIAPMPVVQTNVHPGGSVHTGNSFPVSMPTATVMAPGPYPPQTVLLTPPPT
RITYVQSTPGVAAPLPLGSTPAVSSTHQTPSSAGPSFLRSPVATLGFTAIAPASQALVQP
IVASQPPLLAQCPPTSGLAQPAQASTATRQLVTAIYPSVSLAGGVVSVPQSTASSTSVPA
SSSMPQEKTPSAAAAQPHAQLQSQVNMHMENERGPESRKETEKQRDLVVSKDGHQTPPSG
LEESVQHTHKGQHCDGKEDGKKGSKMERESERDVGGGPSQTERAERARAMEGETESQAEI
NSKDESREAGRREASVFDPPPPPLQTDPPSVKKTKFRPPPLKNTTDAGDKALFGSSFEER
LKELPEFKPEDVLPSPNLQSLATSPRAILGSYRRKRRNSTDLDSADDPSSPRRKSRRLSS
CSSEPNTPKSAAKCEGDIFTFDRAVGETEHISEESDRVPPSSLRRMLDQRRVLVMQLFQE
HGFFPSAQATAAFQARHSDTFPSKVCLQLKIREVRQKIMQTAGSFETVGGVAIGSSDSAS
TPGPSNPAARENSEADERGRATEEPKKDAGDPQESR
NT seq 5871 nt   +upstreamnt  +downstreamnt
gttcagagtttgctgcaaccttacccctcaccccattcttcgtcttctgtcgttaacact
gccatcacatctgtattcagtgtggccccaaacagagactgggaaaatcacagagagaag
gatcaggaaagagacttgcataggcacttagagagagaaagggaacgagaacgagaaagg
gagagggagaggcaaaagcatcatcctcttcattcatccaccccagatggggtggacttg
gaagtcagctgtcttagccagctaagggatggtggcatcactgccttgggaagcaaagct
ctgggggctccttctcagcatcggcccattctttctaaaccaaactacctcagccctcac
ctttctgtggtgagagggctcagcaccccgattgcaccccacctgccccttgctcctcac
ccaaatcacccccctatgctcctgggcctggattcagccacaggtgcggcagtcatctcc
tccacgtcccagcttcctcccttgcccccaagctcttctcgaggctccctggacaagacc
cccagctccaactcgcatggtgcatcagggggtggctctggatcctcgtcctcttcgtca
cgttcccgcacacccctcacggccgctcaacagaagttcaagaagggcgatgtggtgtgc
acccctacaggcatccgtaagaagttcaacggaaagcagtggcgcagactgtgctcacgt
gaaggctgctcgaaggagtcgcagaggcgtggctactgctctcggcatctctccatgcgc
accaaagagatggaagctggaggcggggttggccgagacaggagtggcgccagtagcact
ggcactctcacacctgaccttcgtttaggtgggcgcaccagcagcgaatatgactgggac
gacaactcaagagacagcagtgaagccagcagccgtggtggggactctcgaccacgtctg
gtgatgacttctcttataccacaagaactgccacgtgacatgtcacgctttgactttgac
gagtgtgaggctgcaaatatgctggtctcacttggcagctcacgctcgtgcacgccctca
ttctcacctgtatccaatcagtcaccgttctcacctgcgccgtccccctcgcccacgcta
tttggcttccgcccagctaatttcagccccatcacagcaccactgacccctcgccgccct
cgccacctcagtggcacgaaaatccctggcactcccagcgcagaacgtgagcgccacatc
tctggcatcatccccacttttcagaccaacttgacgttcactgtacccatgagtcccagt
aaacgtaagctggatgtccctccacccccgctgcctagtgcatcagactatgcgaaatct
gatccccaattcaatgaccctggcctcagcctcaacacggcagcattcagggttctatcc
ccccaaagccagcctaccaccccctcatctctctcatttcctcggcagaggagcgtcaca
agccgaccctcatcctctgccgcttccactccaccccctatgctggtttctcccacacca
ccctcaccactgccacaggatcccagctcacgtcgtatcgttcccctacgcgattcgcct
gtcattgttcgtaaccccgaatttttcagcgatggtcccctgagccgtagagcaagctca
cgctctagggagcacagtcagccccctcaccatgccgtgggcctccaggcccctgtgccc
ataaatggcgctgccaccaatggagccgttctccttcgcaatcccgctcccaccttagtc
ctggtgacttcctctcagtcattgacgcctgtggctcctggacatcccgcacattcaaac
tctgccgctttgaatgtgtccacctctaatgcaaccactggacctgcccttgcactatct
ggctcaggaggtaaagagcaagagaggaagtcaggtggtgctctcccacagcctgtggct
tgccatccttcacccactgctctgttgcccctcatcctgccagccgagtcccctcaccct
gctcctcgcaaagacatcatcatgggacggcctggcactgtttggaccaacgtggagccc
cgctctgtgccagtgttcgcgtggcattcgttggttccttttctggagaccagccagaca
aaaatgtccatgcagccttcagatggccaaacacttgtaaatcagagcaaagaacctcgc
tgtggagttgcccttgtgactgagggacctactgaccatccagccccagagagaggttcc
ccgtcttgcccccctcctattgctgaagacccacccgtggagagaggaggtgacagtgag
accgagagtgatgctgacgacctttttttcccagctcaagacactgctccatccaccagc
ccagtgaaaaggcgcacacaatctctcagtgcactcccaaaagaaggtgacaagaagagg
gaaaaggaccacatcagacggccaatgaatgcatttatgatctttagtaagcggcaccgt
gcgctggttcaccagcggcaccccaaccaggataaccgtactgtcagtaaaatactgggt
gagtggtggtacgcgctgggacccaaagagaagcagaagtaccatgatcttgccttccag
gtgaaggaggctcatttccgagctcaccctgattggaaatggtgtaacaaggacagaagg
aagtccctgtctgagggccggggaactccaggggccaaagaagctcgagagcgcagtgtg
tctgaaagcacagaggcccattccacatctcagggggcagaccacaaaggagcagggccc
agctggacttcacctcggtctgacgctcacggaggatcagtgggagggcagcttcaacgg
cctcgcgccttttcccagagcgctgtgcatattctggagaggagggagaaggagagagtg
ctggaaagcacgagactgtttcatccccgtgcccctgctcaccctcgacgaccgagtgag
gatgtgaccagtgatgaagagcctatggtgatctgcgaagagggggatgatgatgtcata
gaagactcgtttgcagacggctccattgacctgaagtgtaaagagagagtgacagacagt
gatgacgaaaacgagcatgcagatgaagctgacagcaagcgcaccttccaaccagtccat
tcctctttggcgttctctccgactggcacaactggcaacaaagacaacgaagacgggggt
gaaaagaacctggagaagaaggagaagagaggcatgggtggtgcagaactggataatggg
gggcccaaagaagggaaaggaggaggtggaggatggcaggttccgttccatgttaattcg
gcctccgtcactggtataaacgccactttgccgcacgatgctgggagataccctttgcaa
ggcgctgtcaggatggcccccaccgtggtgaccaatgttgttcgtcccatcactagcacc
cctatccccatcgccagcaagccagctgatgggggtgtggctgttgggaccctacctcca
gacggaaagcccaagctactgatcggtgctggcggagcaggaggaggtgggtactttccc
tcctcttctcccaaacctaatggccaaggaagcttagtaactggcctagtcctgggagga
gccttcccaaaccaacccaccgttcagctcatcacctcaccccaacctactccatgcaac
ggagtccccagtaacagtgcagtaactcttcccctgcttcatcaccagttcctccctgct
gcctccattacgccccctagtggcgggaaacccgtaacacaggtgcagtacatccttcca
actctgcctgcaactgccaatcccaacagtccctcctcccagcagccctccagcgtcctt
accttgcccagtgccgcacccacccatgtgagcctggccaatggtgtacattcaggggcg
gggcaaggaataagatatgcttcagtcgcagcagtgggaggagtcagcgcgggaggtgga
gttcaagcgcagtccccggtcttgcagagcaagatgttggttcccatggcaacagtcgga
acaggatctacacctccgcagccaatttccctggtgggtccaccccttcctgttcaaaat
gggactcaaccaggaagtaagatcattcaaattgcaccaatgcctgtggtccaaacaaat
gtgcatcctggaggatcagtgcataccggcaactcgtttcctgtctctatgccaacggcg
actgtcatggcccctgggccctaccctcctcagacggtgctcttgacgccaccacctaca
aggatcacatatgtccagtcaactcctggagttgcagctcctttgccattgggttcaaca
cctgcagtctcttccacccaccagacaccatcatctgcgggtccatcttttttgcgatct
ccagtggcgacccttggcttcactgcaattgccccagccagtcaggccttggttcaacct
attgttgcaagtcagccacctctcctggctcaatgcccgcccacgagtggactggcacaa
cctgcacaagcctcgacggccactcgtcaacttgtgaccgccatttaccccagcgtcagt
ttagccggaggagttgtgtcagtgccacaaagcacagcaagttccacatcagttccagca
tcatcctcaatgcctcaagagaagaccccctcagccgcggctgcgcaaccacacgcgcag
ctgcagtctcaggtaaacatgcacatggaaaacgagagaggaccagaatctaggaaggag
acggagaaacagagagacctggtggtgtcaaaggatggacatcagacgccacctagtggt
ttggaggaatcggtgcagcacacacataaaggtcagcattgtgacgggaaggaggatgga
aagaaagggagcaaaatggagcgagagtctgagagagacgtaggagggggcccgtctcaa
acagagagagctgagagagcaagagcgatggaaggggagacagagagtcaagctgagatc
aacagcaaagacgagagtcgagaggcaggacgcagggaagcttctgttttcgacccccca
ccaccccctttgcagactgaccccccttcagttaaaaagaccaagttccgcccacctcca
ctgaaaaacaccactgatgctggtgacaaggcgctgtttggctcctcttttgaagagcgt
cttaaagagctgccggagttcaagcctgaagatgtgctgccctctcccaatttacagagt
ctagcaacttcccctagagccatactgggcagctaccgcaggaagcggaggaactctaca
gatctagactccgccgatgaccccagttcaccacggaggaagagtcgccgcttgtccagc
tgcagctcagagcccaacacgcccaagagtgctgccaagtgtgaaggggacatctttacc
ttcgacagggctgttggagagacagagcatatttcggaggagtcggaccgtgtgccgcct
tcctctctgcgtaggatgttggaccagcggcgtgtgctcgttatgcagctcttccaggag
catggcttctttccctcagcgcaagccacagctgccttccaagctcgccactcggacacg
tttcccagcaaggtgtgcctgcagctgaagatccgcgaggtaaggcagaagatcatgcag
actgccggcagttttgaaaccgtgggaggcgtggccattggaagctctgactccgcctct
actcccggaccatccaatccagcggccagggagaattccgaagcggacgagaggggcagg
gccacggaagagccaaagaaagacgcgggcgatccgcaggagtcgagatga

  All links  
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 (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (2)   
   Pfam (2)   
All databases (11)   

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