KEGG   Xiphophorus couchianus (Monterrey platyfish): 114154677
Entry
114154677         CDS       T05908                                 
Symbol
cux2
Name
(RefSeq) homeobox protein cut-like 2 isoform X1
  KO
K09313  homeobox protein cut-like
Organism
xco  Xiphophorus couchianus (Monterrey platyfish)
Brite
KEGG Orthology (KO) [BR:xco00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   03000 Transcription factors [BR:xco03000]
    114154677 (cux2)
Transcription factors [BR:xco03000]
 Eukaryotic type
  Helix-turn-helix
   Homeo domain CUT
    114154677 (cux2)
SSDB
Motif
Pfam: CUT Homeodomain Homeobox_KN
Other DBs
NCBI-GeneID: 114154677
NCBI-ProteinID: XP_027889795
Position
12:complement(29680428..29830569)
AA seq 1546 aa
MAADVGSMFQYWKKFDLRRLQRELNSVASELASRQEESEHSHKHLVELSREFKRNVPEEV
REMVAPVLKSFQAQVVALNKRSKEAESAFLGIYKQLIEAPDPAPLLEASQSLEERLQQLQ
SSAPDSEALVREIRHWRKHLECLEKTVALCTSPEPTEDGSAAPAAPEEASESSSPASLMT
PNSTPAPEAPGSPQQNHQDQTDDRREEEEEDADVSLADRLSEAEEKIKVLHSSLNAAQTE
LLELRCKYNQEMANKKAEVDAIVANLEKANQRAEMAQREVERLKEQLASGPATVAGSCHP
AEGATRDKKEKSELLSAQVEAALLAKDREILRLLENIQRLQFTLQEVQETSSNQILELER
QLAYKTEAIERLEAKLQSQMDYEEIKTELSILKVMKLASANGSSSQDSAKAAEALLLDKD
VFLPSHKYMGDKTRLLHSNDDDRSDNTGKEASRPPGSHSSSSQAESRASPSPGPPTLNGS
SSGHDLPRPFSASPCSGDRMSGDHILHKQLLSPHFKKEGIMAFPTALYAAKVALMSASQG
SAGAGSMDAGLPSDQSESGSSTAGDEDQLDTAEIAFQVKEQLLKHNIGQRVFGHYVLGLS
QGSVSEILARPKPWRKLTVKGKEPFIKMKQFLSDEQNILALRTIQVRQRGSITPRIRTPE
TGSDDAIRNILEQAKKEIQSQRGGDGKSSLSSSSGRSSNGAGSSSDETIKNILEQARREM
EAQQQTLMEMEACGRSSAASSGVQVERLGPPERSRVLPLPISIKQEDGGCIAVCMANSIS
SPQTPLSVLSPAAFVQNIIRKVKSEIGEAGTYFDQHWSQERGAMILSGGGGSSRPFSSVS
PSLSSSSSGPPTLSRTWPRLENGDGLANSEEVSNADDELGLGRPVEVKVESDTSVSGESP
GPSPGRLSYYPAYIPRALKPTVPPLTPEQYEMYMYREVDTLELTRQVKEKLAKNGICQRI
FGEKVLGLSQGSVSDMLSRPKPWSKLTQKGREPFIRMQLWLLDQLGQSLSQPPNQGHTQD
KSPVTAQSCPSPPPSPAESNPSPVAEPVSLSLESSKENQQPQSLSLGLPSHPEGGKSTSS
LMGLHQPTTPLGIQELVAMSPELDTYAITKKVKEVLTDNNLGQRLFGETILGLTQGSVSD
LLSRPKPWHKLSLKGREPFVRMQLWLNDPHNVEKLRVMKKMEKKAYLKRRYGLLSTGSDS
DSPSTRSECVSPALASLDLCPFNQVKKPRVVLGAEEKEALRKAYMQEPYPSQNTIEMLAS
QLNLKTNTVINWFHNYRSRMRREVLMGGLPDNDTDAEPNSYSPSVTRSPNSDGEDKRLLL
PSGQTHPGLPLSTTDALPHVKQEATYREEDSMDGREGSQKEVGVQCFPATMPLSPLKTEH
EDSASGCREPHPAGQSPTQEEGARNQIQGLHLGAASADGLQRANKSRYDGEESGESPIDP
VSFKATSEPCRSSLEVSLNSPSAASSPGLMMSVSPVPSSSAPISPSLPNQATSANHGMDA
NPLPPFQSPKLNRSTQRRNEKMANLNNIIHRLERAANREETLEWEF
NT seq 4641 nt   +upstreamnt  +downstreamnt
atggccgccgatgtaggatcgatgtttcaatattggaagaaatttgatctacggcggctc
cagagggagctgaactctgtcgcctctgagctggccagtcggcaggaggagagcgaacat
tcccacaagcacctggtggagctgagcagggagttcaagagaaatgtccctgaggaggtc
cgggagatggtggcacctgttctcaagagtttccaggcgcaggtggtcgctctgaacaag
cgcagtaaggaggcagagtctgcgttcctgggaatctacaaacagcttattgaggcccca
gatccggctcctttgctggaggcctcccagtccctggaggaaaggctgcagcagcttcag
agttcggccccagacagcgaggccctggtgcgcgagatcaggcactggaggaaacacctg
gagtgccttgaaaagacagtagctctctgtacgtctccagagcccacagaggacggctca
gcggctccggctgcgccagaggaggcctcagaatccagctctccggcctcactgatgacc
ccgaacagcacgccggcccccgaggccccggggtccccacagcagaaccaccaggaccaa
acggacgaccgacgggaggaggaggaggaggacgctgatgttagtttggctgacagacta
tcagaggccgaggagaagatcaaagttctgcattcatcattgaacgctgcgcagacagag
ctgctggagctgcgttgtaaatacaaccaggagatggcaaacaagaaagccgaagtcgac
gccatcgtggcgaatctggagaaagcgaaccagagagcagaaatggctcagagggaagtg
gagcggctaaaggagcagctagccagcgggccggccacagtggcagggagctgccatcca
gcagagggcgccaccagggacaagaaggagaagagcgagctgctgtcagcccaggtggag
gccgccttgctggccaaagatcgcgaaatccttcggcttcttgaaaacattcagcggctg
cagttcacactgcaggaagtccaagagacttcgtccaaccagatcctggagctggagcgc
cagctggcgtacaagacagaggctatcgagagattagaggctaaactgcagtcacagatg
gactacgaggagattaaaactgagctcagcatcctaaaggttatgaagctggcttcggca
aacggcagctcgtcccaggattctgccaaggctgcagaggctcttttgttagataaagat
gtctttcttccatctcacaagtacatgggagataaaacccgactattgcacagtaatgac
gatgaccgctcggacaacacagggaaggaggcgagcaggccgcccggctcccattcctcc
tcctcccaggcggagagccgtgcctcccccagccctggcccccccaccctgaacgggtcg
tcctcgggccacgacctcccccgtcccttctcggcgtcgccgtgctccggagacaggatg
tcaggagaccacatcctccacaagcagctcctctccccacacttcaagaaggaaggcatc
atggctttccccaccgccctctatgcagcgaaggtcgcgctcatgtcggcctcgcaaggg
tccgcgggcgccggcagtatggacgccggcctgcccagcgaccaatcggaaagcggcagc
tcaacggcgggcgacgaggaccagctggacacggcggagatcgccttccaggtgaaagag
cagctgttgaagcacaacatcggccagcgagtgtttggccactatgtgctgggcctgtcc
caggggtcggtcagcgaaatcctggccagacccaaaccctggaggaagttgacagtgaag
ggcaaagaaccttttatcaaaatgaaacagttcctctctgatgagcagaacatcctggct
ctgaggaccatccaggtccggcagagagggagcatcactccacgcatccgaactcctgaa
actgggtcagatgacgccattaggaatatcttggagcaggccaagaaggagatccagtca
cagaggggcggtgatgggaagtcatctctgagcagctcatctggccgaagcagcaacgga
gcaggcagcagctctgatgaaaccataaagaacatccttgagcaggccaggagggagatg
gaggcccagcagcagacgctcatggagatggaggcctgcggaaggtcgtccgccgccagc
tccggggtccaggtggagcgcctggggcccccagagcgctccagagtcctcccgttgccc
atctccatcaaacaggaggacgggggatgcatcgccgtgtgcatggccaactccatcagc
agcccccagacgccgctcagcgtcctctccccggccgctttcgttcagaacatcatccgc
aaagtcaagtcggagatcggcgaagccggcacttacttcgatcagcactggtctcaggag
cggggagccatgatactcagtggcggcggcggctcctctcggccctttagttccgtctct
ccctctttgtcttcctcctcctccgggccccccacgctgtcccgcacctggccccgcctg
gagaacggcgacggcctcgccaacagtgaggaggtgtccaacgcggacgacgagctgggc
ctgggccggcccgtggaggtgaaggtggagtcggacacctcggtgagcggcgagtccccc
ggacccagtccgggccgtctgtcctactacccggcatacatcccgcgtgccctgaagccc
accgtgccccccctgacgccggagcagtacgagatgtacatgtaccgagaggtggacacc
ctggagctgaccaggcaggtgaaggagaagttggcgaagaacggcatctgtcagcggatc
tttggagaaaaggttctgggtctctctcaaggcagcgtcagtgacatgctgtcacgtccc
aaaccctggagcaagctgacccaaaagggccgggagccctttatccgcatgcagctgtgg
ctactggaccagctgggccagagcctcagccagcctccgaaccagggccacactcaagat
aaaagtcctgtaacagcccagtcctgtccctccccaccacccagtccagcagaaagcaac
ccgagtccagtggctgagccggtcagtctctcactggagagcagcaaagagaaccagcag
cctcaaagccttagcttggggttgcccagccacccagaaggtgggaaatccacttccagt
ctcatgggtctgcatcagcctacgaccccattaggaatccaggagctggtggccatgtct
ccagagctagatacgtacgccatcaccaagaaggtcaaggaggtgctaacagataacaac
cttggccagcgtctttttggggagaccatcttgggtctgactcaagggtcggtgtctgac
ctgctctccaggcctaaaccttggcacaaactcagcctaaaaggccgggaaccctttgtc
cgcatgcagctatggctcaatgatccgcacaatgtggagaagttgagagtcatgaaaaag
atggagaagaaagcttacctgaagaggcggtacggtctgctgagcactggctctgacagc
gactcgcccagcactcgctccgagtgtgtgagtccggccctcgcctcgttggacttgtgt
cccttcaaccaggtaaagaagcctcgggtggtgctgggagccgaggagaaagaagccctg
aggaaagcgtacatgcaggagccgtacccgtcccagaacaccatcgagatgctggcgtcg
cagctcaacctcaaaaccaacactgtcatcaactggttccacaactacaggtccaggatg
aggcgtgaagtgctgatgggcggtcttccagataatgacacagacgccgagcccaacagc
tactccccctcagtaacacggagccccaactccgatggcgaggacaagagactgctgctg
ccctcaggacaaacccaccccggccttcctcttagcactaccgacgcactgcctcacgtt
aaacaggaggcaacttacagggaagaggacagcatggacgggagggaagggtcacagaaa
gaagtaggagtacagtgttttcccgccaccatgccgttgtcccctttgaaaaccgagcac
gaagactccgcctcaggctgccgcgagccccacccggctggccagagcccgacgcaggag
gagggcgcacgcaaccagattcagggactccacctcggcgcagcgtccgcggacggcctg
cagcgagccaacaagtccaggtacgatggagaagaatccggggagtcgcccattgacccg
gtcagcttcaaggctacatcggagccgtgccgcagcagcctggaggtctcgctgaactcg
ccgtctgccgcgtcgtcacccggcctcatgatgtccgtctcccccgtgccctcctcctcc
gcgcccatatcgccctcgttgcccaaccaggcgacaagcgccaaccacggcatggacgct
aacccgcttcctccattccaaagccccaaactcaacagaagcactcagagacgcaacgag
aaaatggccaacctcaataacatcatccacaggctggagagggcagccaatcgagaagaa
acactggagtgggagttttag

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (3)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (3)   
   Pfam (3)   
All databases (17)   

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