KEGG   Xiphophorus hellerii (green swordtail): 116725437
Entry
116725437         CDS       T07363                                 
Symbol
apc2
Name
(RefSeq) adenomatous polyposis coli protein 2
  KO
K02085  adenomatosis polyposis coli protein
Organism
xhe  Xiphophorus hellerii (green swordtail)
Pathway
xhe04310  Wnt signaling pathway
xhe04519  Cadherin signaling
xhe04810  Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:xhe00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04310 Wnt signaling pathway
    116725437 (apc2)
  09133 Signaling molecules and interaction
   04519 Cadherin signaling
    116725437 (apc2)
 09140 Cellular Processes
  09142 Cell motility
   04810 Regulation of actin cytoskeleton
    116725437 (apc2)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:xhe01009]
    116725437 (apc2)
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:xhe03036]
    116725437 (apc2)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:xhe04812]
    116725437 (apc2)
Protein phosphatases and associated proteins [BR:xhe01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     116725437 (apc2)
Chromosome and associated proteins [BR:xhe03036]
 Eukaryotic type
  Centrosome formation proteins
   Other centrosome associated proteins
    116725437 (apc2)
Cytoskeleton proteins [BR:xhe04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    EB / APC
     116725437 (apc2)
SSDB
Motif
Pfam: APC_basic Arm_APC_u3 APC_rep APC_N_CC Arm SAMP APC_r Suppressor_APC Sec7-like_HUS HALZ
Other DBs
NCBI-GeneID: 116725437
NCBI-ProteinID: XP_032427378
Position
9:complement(30635199..30669200)
AA seq 2527 aa
MANAVVSYDHLALQVEVLRKENSHLRRELEDNSHHLCKLETETFGMKEMLKQLQSKLEQE
AGNLASSGRTDVLHQLKELYMDLTNYYELKHQPHNLRLLASGLGGAGMRSVAGAGPALSG
SLDLEDHLALPSSSCCSSSSSMAAVNRARSPLRAASRQGMVSGGETAIMLPNHFLDGAPP
QTAVICEGDGRLGDHHFEELYKERNFLLGEIDREERERLEVLSHTCHRLAQLPRIDEISF
QLDLIRQNLEDKVHRSLMAERYLASNEMVHRTQMRAARLEQLEKELHEARGGQESQLPLS
GAEKPPAGEPENSGSSSAAAAGAEAADGGSKVEMVFWLLSMLANRDKDEMSRTLLALSSS
QDSCIAMRKSGCVPLLVQILHEVPSGVPDGVPGETTGGAASTGCSRDTKSRASAALHNII
FSQQDEGQAHREMKVLHMLEQIRTYCDSGWDWLESHVMTPSPGGTKTSDIPEPVDPQICQ
AMCAIMKMSFEEEYRRAMNELGCLQVVADLIHLEQEMYGMQNDPINMALRRYAGMGLTNL
TFGDVVNKATLCSRKSCLQALVAQLSSDSEELHQVVSSVMRNLSWRADISTKRVLRDISC
VSALMTCALQATKESTLKSVLSALWNLSAHNIDNKVAICSVDGSLGFLVSTLTYRCQTNS
LAIIESGGGILRNVSSLIATREDYRQILRDHNCLQTLLAHLRSHSLTIVSNACGTLWNLS
ARSPKDQELLWDLGAVSMLRNLIHSKHKMIAMGSAAALRNLLTNRPLKYKDTAVLSPGSC
VPSLYMRKQKAFEAELNAKHLAETFDTLEKQSSKHLSFNKPLRHIESLAKDYASDSGCFD
DDEAPNNSNSLDTGSFSMLPMYLTNSNFVQNQPHRRDNEPERDTDLPQMVEKKHAPPDDV
VSAAAEKLAKKITNTVAKIDRLVDDITMHTSSEDSFSLSSEDHLADWPYGQDELNEARAN
SCSPCRLSDVSSLAYRERLSRAHALLRLKTAHTSVSTDSLNSGSTSDGYCGSKDQVGLVP
KAQAIQQQRPNQLDLKVAHQEHLNVGQSVLNQTNQQDIPERDSVDNKVMDNVELGNTDID
KNQEQPVQTPVSVSTKISSDVSMTSIKLSPSYQQVPLIQSVAKFGVAKTAINVQAAQAMR
RQAWVPTVLTGGSITKFAPMNSTRSPTMGTMETVQKYSVENTPICFSRCSSLSSLSSGDG
GLDGQSENELESDSSLEIIEVDDGEEVKKEQEDETLEDLSDSQLLMTDSKTLPIKEKDPI
EISRTPKKEKVFLRGASPAINEDRSPSSSSENYIHDTPLVLSRCSSVSSLGSFESPSIAS
SIQSDPCSEMIDGTISPSDLPDSPGQTMPPSRSKTPCCVESNVPETQTTGMPGQWENSLR
KFIEITDSKERFNLPDLETMIYFTVEKPTENFSCASSLSALPLHEHYIQKDVELKLTPLL
QQNDENLPYPDEDEEGFDNGERYSEGNSEEDIEILKECINSAMPSKFRKVRSSLVTAIPS
NVLNSQIRKPIQLQFNMLPNGKTQICPRRRNIYPQKDLKLDDSSFTDSAEGTPINFSSTT
SLSDETLQYPLKNRGAKDCTAKGLSKQEVMDNDAKRIEDLRIFSHFHKPHGATYPPEIQM
SRTTKHVIPTQKLLMQSKEVADRVASLKNRERSPNQQRRQQGQGSYRKFDLPVIKQNKEI
NVNSRTQKENKMFRQMTHSSEDSIDFYGDNNEEVIKRTSRKQMKEAARSTLSRSMTNIGR
IDNSQGKPRGFLRLKQNLLRDESLACYSLSSSVSSLSDAEFEEHKAKAQQMWYKNRHNKT
LNMAQQTKAVTLHCQYEEQSSPSSVSMDSEDDLLQKCITSAMPKQRRKMAARKKKTENTH
KHKDSDRWDMDEEMDSDDTGWDNDSDLNSVEWRAIQEGANCVVTGLQASKSQEPSSEETE
SILSFMSTSSFTPKEKKFAKEKKANKPLDFAQRKPVPNLPVVFRGRTVIYTPQQATAPSQ
RPPPRKMPSKTDAPKNPNLAQHRSKSLHRLGQPQDMELSLPKRSSTPPPRIPKSSSSGSS
QSSTPSKQSQKKTVSPTQTGKPIQKKTTSSSSSSPASSPPERKGRSPVLNKNEKSPPPKT
QKSPVRIPFMQNSTRQPRPLSPLVTNQTSPKQINGKRVSPANRFDMVRMTSVHSSSGESD
RNGFLRQLTFIKESRTPFRRDGSPHNTPRSQNGSPRRAAPGATAVFLCSSRCQELKVAVQ
APKRVQVKDPGKVQQVQKPAPGLQKQTTTLSRATSSERDLSGRRPARRTSSESPCRVAQR
SATGRISGVRHQQEQDTFKRHASSPSINILSRVTSRSSLRSSSSDSSGRAKSEDDTKKKG
QRFTSRRNTGVTWRRIRDEDVPQILKSTLPANALPLVPSPDGEKPKLPALPGKLPTVVLA
SRKTTDATVQTEDLSNDKTNSSTSPAAETAPVISEEEARLALLRKFTAASGSNHQDADSD
GSLKSLSTTGTSDSHVGGAVTFRQGSWSKAARVTPFNYIPSPMACCLEDPQSQTATMTEK
AGGKIEL
NT seq 7584 nt   +upstreamnt  +downstreamnt
atggccaacgctgtggtttcctatgaccatctggccctgcaggtggaggttctccgcaag
gagaactcccacctgcggagggagctggaggacaactcgcaccacctgtgcaaactggag
acggagacgtttggcatgaaggagatgctgaagcagctgcagagcaaactggagcaggaa
gcaggaaacctggcttcatccgggagaaccgacgtgctgcaccaacttaaagagctctac
atggatctcaccaactactacgaactcaaacaccaacctcacaacctgaggcttctggct
tctggtctgggcggcgcggggatgaggagcgtcgccggcgccgggccggctttgagtggc
agcttggatctagaggatcacttggctctgccttcgtcctcctgctgctcctcctcctcc
tctatggctgccgtgaaccgagccaggagcccgctccgagcggcgtctcgccaaggcatg
gtgtccggcggggagaccgccatcatgctgcctaatcacttcctggacggagctccgccc
cagacggcggtgatctgtgaaggagacgggcggctgggcgaccatcactttgaggagctg
tacaaagaaaggaactttttgctgggagaaattgaccgagaggagcgggaacgcctggag
gtgctctcacatacgtgtcacaggctggcacagctgccgcgcatcgatgagatttccttt
cagttagatttaatccgacagaatctggaggacaaagtgcatcggtctctgatggcggag
cgctacttagcaagcaacgagatggtgcacaggactcagatgcgagcagctcgcctggag
cagctggaaaaagagctgcatgaggccagagggggtcaggagagccagctgccgctgtct
ggagctgagaagccccctgctggggaaccagagaacagcggctcttcatccgctgcagcc
gcaggagctgaagctgcagacggaggcagcaaggtggagatggtgttctggctgctctcc
atgctggcgaacagggacaaggacgagatgtcccggactctcctggccctgtccagctct
caggacagctgcatcgccatgaggaaatccggctgtgtccccttgctggttcagatcttg
catgaagttcccagtggagttcctgatggagttcccggggagacgacaggcggcgccgcc
tcaaccggctgcagccgagacaccaaatccagagcgagcgccgccctgcacaacatcatc
ttctcacagcaggacgaaggccaggcccaccgggagatgaaggtcctgcacatgctggag
cagatccggacctactgcgacagcggctgggactggctcgagagtcatgtcatgacgcct
tcacctggaggcaccaaaacgtctgatattcctgaacctgtggaccctcagatctgtcag
gccatgtgtgccatcatgaagatgtcctttgaagaagagtacagacgcgccatgaatgaa
ttaggttgtcttcaggtggtggcagatctcatccaccttgagcaggaaatgtatggcatg
cagaacgaccccatcaacatggctctgcgccgctacgctgggatgggcctcaccaacctc
acctttggtgacgtcgtcaataaggccaccctgtgttcgaggaagagctgcctccaggct
ctggtggcccagctgtcctcagacagcgaggagcttcatcaggtggtctccagcgtcatg
aggaacctgtcctggagggccgacatcagcaccaagagagttctgagagacatcagctgt
gtgtctgcactcatgacttgtgccctgcaggcaaccaaggagtcaactctgaagagtgtc
ctcagtgctttgtggaacctgtcagcccacaacattgataacaaagtggcgatctgttca
gtcgacggatccctgggtttcctggtcagcacactgacataccgctgtcagaccaactcg
ctcgccatcatcgaaagtggagggggaattctccgaaatgtgtcaagtctgatcgccacg
cgagaggactacagacaaatcctgcgggatcacaactgtctccagactcttctggcgcac
ctgcgctctcacagcttgaccatagtgagcaatgcctgcgggactctctggaacctttca
gccaggagtcccaaagaccaggagctgctgtgggatcttggggcggttagcatgctgcgc
aacctcatccactctaagcacaagatgatcgccatgggcagcgctgcagctttgaggaac
ctcctcaccaatcgacctttgaaatacaaagacactgcggtgctatcccctggctcttgt
gtgccctccctctatatgaggaaacagaaagcttttgaggctgagctgaatgccaaacac
ctcgctgagacctttgatacacttgagaaacagagttccaagcatttgagcttcaacaaa
cctcttaggcacattgagagtctggcgaaggattatgcctctgattctggttgctttgat
gatgatgaagcccccaataactccaacagtttggacactggtagcttctctatgctgcca
atgtatctcaccaactccaactttgtgcaaaatcagccccataggagagataatgaacct
gagagagatacagacttgcctcagatggttgagaagaaacatgctcctcctgatgacgta
gtctctgctgcagcagagaaactagcaaagaagattaccaacacggtggcaaaaattgac
agactagtggatgacatcaccatgcacacatcctctgaggacagttttagcctcagctct
gaggaccacctggcagactggccttatggacaggatgagcttaacgaagccagagcaaat
tcatgctccccctgccgtctgtctgatgtgagcagcttagcctacagagaacgcctcagc
agagcccacgcccttctacgcctcaaaaccgcccacacaagtgtgtcaacagacagcctg
aacagtggcagcaccagtgacggatactgcggtagcaaagaccaggtgggacttgttcca
aaggctcaagcaatccaacaacaacgacccaaccaacttgacctcaaagtggctcatcag
gaacatctcaatgtaggacagagcgttctgaatcagactaaccagcaggatattccagag
agagattctgtggataataaagttatggacaatgtggagctcggcaacacagacatcgac
aagaaccaagaacaaccagtacaaacacctgtcagtgtgtccactaaaatatcctctgat
gtaagcatgacatcgattaaactttctcctagttatcaacaggtcccactcatccagagt
gtggcaaaatttggagtcgcaaagacggccatcaatgttcaggccgcccaagcgatgagg
aggcaagcatgggtacccactgtactgactggtggaagtattacaaaatttgctccaatg
aattccaccagaagtccaaccatgggaacgatggaaacagtccagaaatattcggtggaa
aacactccaatctgcttctcacgatgcagttcactgtcctcactctcttctggtgacggc
gggctagatggacaaagtgagaatgagctggagagtgactcgtctttagaaataattgag
gtggatgatggcgaagaagtgaagaaagagcaagaagatgaaactttagaagatctgagc
gacagtcagctgctgatgacagactcaaaaaccctccccatcaaagagaaagatcccatt
gagatatctcgtactcccaaaaaggaaaaggtgttccttaggggtgcttcacctgctata
aatgaagacagatctccatcaagctcttctgagaactatatccatgatacaccccttgtt
ctaagccgctgtagctctgtcagttcactgggcagttttgagtctccttctattgccagt
tcaatccaaagtgatccatgcagtgagatgattgatggaacaataagccccagtgatctt
ccagacagcccaggacaaactatgcctcctagtcgcagtaaaaccccctgctgtgtcgag
tcaaatgtaccagagacacagaccacagggatgccaggacagtgggaaaacagcctgcgg
aagttcatagagatcacagattccaaggagaggtttaaccttcccgacctggaaaccatg
atatattttacggttgagaaacccacagaaaatttctcttgtgcttccagcttaagtgct
ttgcctctgcacgagcactacatccagaaagatgtggagttgaaattaaccccactactc
cagcaaaatgatgagaatctcccataccctgatgaagatgaggaaggatttgacaacggg
gaacgatacagcgagggcaactcagaagaagacatagaaattctcaaagaatgcatcaac
tcagcgatgccatcaaagtttagaaaagtaagatcatccctggtgactgccattccctcc
aacgtactcaactcccagatccgaaaaccaatacaactacaatttaacatgcttccaaat
ggcaaaacccaaatttgtccgagaaggagaaatatatacccacaaaaagacttgaagttg
gacgattcttccttcaccgactctgcagagggaacacctattaacttctctagtacaaca
tctttaagtgatgaaactcttcagtatcccctaaagaacaggggggctaaagactgcaca
gctaaaggcctgagcaaacaggaagtgatggacaatgatgcaaagaggattgaagacttg
cggatattttcacacttccacaaaccacacggggcaacctacccaccggaaatccaaatg
agccgaaccaccaaacatgtcattcccactcagaagttgctgatgcagagcaaagaggta
gctgaccgagtagccagcctaaaaaatcgggagcgatctccaaatcaacagaggaggcaa
caaggtcaaggctcctacaggaagtttgacctgccagttataaaacaaaacaaagaaatc
aatgtcaactccagaacacaaaaagaaaacaaaatgtttcgacaaatgacacattcttca
gaggatagtatcgatttctatggtgacaacaatgaagaagtaatcaaacgaacaagcaga
aaacagatgaaggaggcagctagaagcactctctcccgaagcatgacaaacataggcagg
atagataactcccaaggaaagcccagaggttttctgagattaaaacaaaatcttttacgg
gatgaatccctggcatgttactcactcagctcctccgtcagttcactcagtgatgccgaa
tttgaggaacataaagcaaaagcacagcaaatgtggtacaaaaacagacacaataaaacc
ctcaatatggcacagcaaacaaaggctgttactttgcactgtcagtatgaagaacaaagc
tcaccgagctcagtgagcatggactcagaggatgacctcctccagaagtgcataacatcg
gccatgcccaagcagaggcgaaaaatggctgccaggaagaaaaaaacagaaaatactcat
aaacacaaggactctgacagatgggacatggatgaagaaatggatagtgatgatacggga
tgggataacgattcagacctcaacagtgttgagtggagagccatacaggaaggagctaac
tgtgttgtcactggactgcaagcctcaaaatctcaagagccatcatccgaagagacggag
tcaattctgtctttcatgtccacatctagctttacacctaaagaaaagaaatttgcaaaa
gagaaaaaggctaataaacctttagactttgcacaacgcaagccagttcccaacttaccg
gttgtgtttagaggcaggacagtgatctatacaccacagcaagcgacggctccatctcaa
agacctccgcccagaaaaatgccaagcaagacagatgctccaaagaatccaaaccttgcc
caacacaggtcaaagagccttcacagactcggccagccccaggacatggagctgtctctt
ccaaaaaggagctctactccacctccaaggataccaaaaagctcatcctctggatcatca
cagagctccacaccatccaagcagtcacagaagaaaacagtgtccccaactcagacaggt
aaaccaatccagaaaaagactacctcgtcaagtagtagctcaccagccagtagccctcct
gaaagaaaaggacgttctcctgttcttaataaaaatgagaaatctcccccaccaaaaact
cagaagtcacctgtccgaataccttttatgcagaattcaacccggcagccccgacctttg
tcaccactggtaactaatcaaacttcacccaaacagattaacgggaaaagagtgtcacca
gccaaccgatttgatatggttaggatgacgtctgtccattcgagcagtggtgaatccgat
cgaaatggatttctgaggcagctgacttttattaaggaatcaaggacaccatttagacgt
gatggctctcctcacaatacaccaagatcacaaaatggatcccctcgaagggcagctcct
ggagctacagctgtctttctgtgctcttcacgctgccaggagctaaaggtagcagtgcaa
gccccaaaaagggtgcaggtaaaagatcctggaaaagttcagcaagtccaaaagccagcc
cctggtcttcaaaagcagaccacaactttgtcaagagcaacatctagcgaaagagatcta
tctggaagacggccagcccgcagaactagttcggaaagtccttgcagggtagcccagcga
agtgctactggcagaatctctggggtcaggcaccaacaagaacaagatacctttaagcgc
catgcttcatcaccaagcataaatatattgagtcgtgttaccagccgttcttcgctacgt
tcatcatcctctgattcaagtggaagagcaaaaagcgaggatgacacgaagaagaaagga
cagagattcacatcacggcgtaatactggagttacttggaggagaatcagggatgaagat
gtacctcagatattgaaaagcacgctgcccgccaatgcgttaccactggtgccttctcct
gatggggaaaaaccaaaactacctgctctaccaggaaaactgccaacagttgtacttgca
tctcgcaagacaacggacgccacagtccagacagaagatttatccaatgacaagactaac
tcaagtacttctccagcagctgaaacagctccagtgatctctgaggaagaggccagactg
gctctccttagaaaatttactgctgcctctgggagtaaccatcaggatgcagattcagat
ggctcactaaagagcctcagcactactggaacatcagacagccatgttggcggagctgtc
actttccgccagggatcctggagcaaggctgccagagtcactccatttaattacatcccc
agccccatggcttgctgcctggaagacccgcaaagccagacagcgacaatgactgaaaag
gctggggggaaaattgagctgtag

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (10)   
   Pfam (10)   
All databases (14)   

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