KEGG   Danio rerio (zebrafish): 565771
Entry
565771            CDS       T01004                                 
Symbol
apc2
Name
(RefSeq) adenomatous polyposis coli protein 2
  KO
K02085  adenomatosis polyposis coli protein
Organism
dre  Danio rerio (zebrafish)
Pathway
dre04310  Wnt signaling pathway
dre04810  Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:dre00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04310 Wnt signaling pathway
    565771 (apc2)
 09140 Cellular Processes
  09142 Cell motility
   04810 Regulation of actin cytoskeleton
    565771 (apc2)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:dre01009]
    565771 (apc2)
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:dre03036]
    565771 (apc2)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:dre04812]
    565771 (apc2)
Protein phosphatases and associated proteins [BR:dre01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     565771 (apc2)
Chromosome and associated proteins [BR:dre03036]
 Eukaryotic type
  Centrosome formation proteins
   Other centriole associated proteins
    565771 (apc2)
Cytoskeleton proteins [BR:dre04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    EB / APC
     565771 (apc2)
SSDB
Motif
Pfam: APC_basic Arm_APC_u3 APC_rep APC_N_CC Arm APC_r Suppressor_APC SAMP HALZ Sec7-like_HUS
Other DBs
NCBI-GeneID: 565771
NCBI-ProteinID: XP_021335660
ZFIN: ZDB-GENE-090422-1
Ensembl: ENSDARG00000063007
UniProt: A0A8M9QMA5
Position
11:complement(7280310..7320205)
AA seq 2119 aa
MMSFPTASYDQLVRQVEDLRKENSHLRRELQDNSHHLSKLENETSDMKEVLRQLQSKLEQ
EAGTLASSGRTDVLDQLKELHMDLTNYYELKYQPHNLRVFPELMAGQVGEGEERLSISRS
RSPVCQSSRQSSSASGEGTAVHPGLPHQVAGEGRITAQHLEDLCKERTMLLSEIEKEEKE
RRWYYSQLQGLSQRLAELPRLDTFSMQVDFIRQQLEFEAQQLRSVMEERFGTSDEMVQRT
QIRVARLEQLEKELHDAQSSRGPQEKSALPETQSTECLPKASVPDLDTGNAGTLDAPGEA
GSKVEMVFWLLSMLASRDREEMSRTLLAMSSSQESCIAMRKSGCVPLLVQILHEGGTGEA
AGTGCYSREARSRASAALHNIVYSQPDEGQARREMRVLHVLEQIRSHCENGWDWIENHLS
TPSPGGSKTTEIPEPVDPQICQALCAIMKLSFEEEYRRAMNELGGLQAIAELMQLDQELY
GMHNEPINMALRRYAGMAVTNLTYGDVVNKATLCSKKNCLQAIVAQLASDSEELQQVVSS
ILRNLSWRADINSKRALRDVGSVSGLMTCALQATKESTLKSVLSALWNLSAHSTENKVAI
CSVDGALGFLVSTLTYRCQTNSLAIIESGGGILRNVSSLIATRDDYRQILRDHNCLQTLL
QHLRSHSLTIVSNACGTLWNLSARSPKDQELLWDLGAVSMLRNLINSKHKMIAMGSAAAL
RNLLTNRPLKYKDAAVISPGSCMPSLYMRKQKALEAELDAKHLAETFDTLEKQSFKHANI
NKPLRHIESLAKDYASDSGCFDDDEAPNVSTSLDTGTFSMLSMFLNNSNFLNTQLRKREG
EPEQDIETFQTDIKRSQPPDDEVTVAAEKLAKKITNTVAKIDKLVDDITMHTSSEDSFSL
SSEDHFLDWNYGPDELHEARAISCSPCPLSDSSTFSPKERLSRAHAFMRLKTTNSSLSND
SLNSGSISDGYCGSQDQTHPSARPTEQRRPNKLDLKVAHEEPLTSGVHISRVLCQNEIPE
RDFEANKDAILPDSGSTDTEKSQEPFISTPATVSTKVSSETSIPTVKLSPSYQHVPLIQS
VAKFGVAKTAINVQAAQAMRRQAWVPAVMTGGSISKFSPICSARSPTIGQLETPQKYSVE
NTPICFSRCSSLSSLSSGDGALDGQSQTENELESDSSLEIIEVEDVNVERKDEEDENETL
DDLSDSQLLVTDQKISSSDPIEISGTIKNEKRFLRGVSPVILEDRTPSSSSDNYIHETPL
VMSRCSSVSSLGSFESPSIASSIQSDPCSEMISGTVSPSDLPDSPGQTMPPSRSKTPCCP
ESGGADAQNLSGVGSQWESSLRKFMEIADFKERFNLPQDLDTMIYFTVEKPIENFSCASS
LSALPLHEHYVQKDVELKLTPLLNQQDNDPEESEKEEDMEDQYSEGNSDDDIEILKECIN
SAMPSRFKKVRSTVIPSLSNQVINMQARKSVPVYMVLQNKNNQMCTGQKLGMSSKEIYHD
DSSYTDSAEGTPINFSSTTSLSDETLQYPARTKGMKDWRRNKETQELVDIEAKRIEDLRM
FSRFHKPTKIACQSHLVTNQLNKTIRRMVPTQRLLIQSKEMAAKMTQQRIQSQSPVRQIQ
KQGQNLSRSMPQLDFPMRKQSTEVYQNQKTCYLSHVQENTLSLKSRRHPSSTEGICHKME
RHDGQMNRTGRKQQYDSSNIIRNANIQDQVNSYQSRQNGFHRIKQNLILEEAPPCYSLSS
SLSSLSDAEFEEHENPQHTWIKNRHNIMSNLQCHPKSQKDLNQFEENSSPSSVSMDSEDD
LLIKCITSAMPQHKKRQAARKRKAEKKHKQKATLQKAAEDRGLDNDLDSDEMASDKDSDL
NSVEWRAIQEGANTIITKLQASKSQEPSSESESVLSFMSGSSFTPKEKKVYKDDKKANKP
LDFAPRKPVPNFPVVFRGRTVIYTPKKETTLSQRPPPKKVSPKADAPKNPNLAQHRSRSL
HRLGQPMESTQLSLPKRSSTPPARIPKSSSSGSSQSSTPSRQPQKKVTSQPPIKGTEKVA
SAPSSPPDRRGRNSNIDQNSKSPIDRKTQKSPVRIPFMQNPSRQTRNISPLVTNQPTSIS
RQNTQIIVYRPWRQDYLRL
NT seq 6360 nt   +upstreamnt  +downstreamnt
atgatgtcattcccaacggcctcctatgaccagctggtgcggcaggtggaggatctccgt
aaggagaactctcacctgcggcgagagcttcaggacaactcacaccacctgtctaagctg
gagaatgaaacatctgacatgaaggaggttctgaggcagttgcagagtaaactggagcag
gaggccggaacgcttgcctcttcaggcagaactgatgtgctggaccagctcaaagagttg
catatggacctgaccaactactacgagctaaagtaccagcctcacaacttacgtgtgttt
ccggagctgatggctggccaggtaggggaaggtgaggagagactgagcatcagcagatcc
aggagccccgtgtgtcaatcgtcccgccagtcctcatctgcatctggagaaggaacagcc
gtgcacccaggcctccctcatcaggtggctggagaaggacgtatcactgcccaacactta
gaggatctctgtaaagagaggactatgttgctgagtgaaatagagaaagaggagaaagag
cgacggtggtattactcacagctgcagggattgtctcagagactggctgaactgccacgg
cttgatacgttctctatgcaggtggattttatcagacagcagctggagtttgaagctcag
cagctgcgttctgtgatggaggaacgtttcggcaccagtgatgagatggtccagagaaca
caaatccgtgttgctcggttggaacagctagagaaagagcttcatgatgcccagagctca
cgtggtcctcaagagaagagcgctctacctgaaacacagagcaccgagtgcctcccaaaa
gcatctgttcctgacttggatactggaaatgctggtactctggatgctcctggagaagca
gggagcaaagtggagatggtgttttggctactttccatgctggcctccagagatcgggag
gaaatgtcccgtacccttctggcaatgtcaagctcacaggaaagctgcattgctatgcgc
aagtctggctgtgtcccgctgcttgtacaaatactacacgaggggggcaccggggaggca
gctgggacaggatgctacagtcgagaagcccgttccagagccagtgctgcactgcacaac
atcgtgtattcacagccagatgagggtcaagcacgacgtgagatgagagttctccatgtg
ctggagcagattcgctcccactgcgaaaatggatgggactggattgagaaccatttaagt
accccttcacccggtggtagcaaaaccacagaaatccctgagccagtggatccccagata
tgccaggccttgtgtgcaataatgaagttatctttcgaggaagagtatcgcagggcaatg
aatgaactagggggcctccaagctatagcggagctaatgcagctggaccaagaactgtat
ggcatgcacaatgagccaatcaatatggctctccggcgttacgcaggaatggcggtcact
aatcttacatatggagatgttgtaaataaggctacactttgctcaaagaaaaattgtctt
caagccatcgttgcacagctagcatcagatagcgaggaattacagcaggttgtgtcaagt
atactaagaaacctgtcatggcgtgctgatatcaatagtaagagggctttgagggatgtc
ggcagtgtatcaggacttatgacttgtgcattgcaggctacaaaggaatccacattaaag
agtgtgttaagtgcactgtggaatttgtcagcgcacagcactgagaataaggtggcaatt
tgctctgttgatggtgctcttggctttttggttagcactttgacttaccgatgccaaacc
aactcactggccattattgagagcggtggaggcattctgcgcaatgtgtccagcctcatc
gccacccgagatgattacaggcaaatcctcagggatcataactgccttcagactctgcta
cagcatttgcgatctcacagtttgactattgtgagtaatgcgtgtggaaccctctggaac
ctgtctgcacgaagtccaaaagaccaggaattgctgtgggatctgggagctgtaagcatg
ctacgcaatctcatcaactcaaagcacaaaatgatagccatgggaagtgctgcagctctg
cgaaacctcctcacaaatcgtccactcaaatataaagatgcagctgttatatccccggga
tcatgcatgccgtccctctatatgaggaagcagaaagcattagaggctgagttggatgca
aagcatctagcagaaacatttgacacacttgagaagcaaagtttcaagcatgccaatata
aacaagccattgaggcatattgagagcctagcaaaggactatgcttcagattcaggctgt
tttgatgatgatgaagcacctaatgtatccaccagcctggacactgggacattttccatg
ctctccatgttcttgaacaattctaacttccttaatacgcagcttcgtaagcgcgagggg
gagcccgagcaagacattgaaacctttcaaacagacattaaaagatcacaacctcctgac
gacgaagtgactgtggcagctgaaaaattggccaagaagatcaccaacacagtggctaaa
attgacaaactggtagatgacattaccatgcatacatcatcagaggacagcttcagtctc
agttcagaagatcattttttggattggaattacgggccagatgagcttcatgaagcgaga
gccatttcatgctccccatgtcctctctcagatagcagcactttttctcctaaagagcgt
ctcagcagagcacatgcctttatgcgtcttaaaacaacaaactcaagcttatccaatgac
agccttaacagtggtagcatcagtgatggctattgtggcagtcaagaccagactcatccc
tctgccagaccaacagaacaacgacgtccaaataagcttgaccttaaggtagctcatgag
gaaccactgactagtggtgtacatatttcaagagtcttgtgtcaaaatgaaatacctgaa
agagatttcgaggcaaacaaagatgctattttgcctgattcaggatccacagatacagag
aaaagccaagagccatttatatcaacccctgcaactgtttcaacaaaggtttcttcagaa
actagcataccaactgtcaagttgtctccctcctatcagcatgttccactgatccagagt
gttgccaagtttggtgttgcaaagactgcaattaatgttcaggcagctcaagcaatgcgc
aggcaagcttgggttccagcagttatgactggtggaagcattagcaagttttccccaata
tgttctgcaagaagtcccacaataggacagctggaaactcctcagaagtattctgtagag
aacactccaatatgcttctctcgttgcagttctctgtcctctttgtcctctggggatgga
gctcttgatggacaaagtcaaactgaaaatgagctagaaagtgactcctcattggaaatc
atagaggtagaagacgtgaatgttgagagaaaagatgaagaggatgagaacgagacactt
gatgacttgagtgacagtcagttattagtaactgatcagaaaatcagtagctctgaccca
attgagatctctggtacaatcaaaaatgagaagaggttccttagaggagtgtccccagta
atacttgaggacaggacgccatccagttcttcggacaactacattcacgaaacacctctt
gtaatgagtcgctgtagttcagtgagctcacttggcagctttgaatctccttcaattgcc
agctctattcagagtgatccatgtagtgaaatgataagtggaactgtaagccccagtgac
ctaccagacagcccgggacaaacaatgcctcctagtcgcagtaaaactccatgctgtcca
gagtcaggtggagcagatgctcagaatcttagtggtgtaggaagccaatgggagagtagt
ttgcgcaagtttatggaaattgcagactttaaagaaaggtttaacctacctcaggatttg
gacacaatgatctatttcactgtggaaaagccgattgagaatttctcgtgtgcctcaagt
ctgagtgcccttccactgcatgaacactatgttcagaaagatgtggagctcaaacttacc
cctttgctaaaccaacaagacaatgatccagaggagtctgaaaaagaagaggatatggaa
gaccaatatagtgaaggcaactcagatgatgacattgaaattctcaaagagtgcattaat
tccgccatgccttccaggtttaagaaggtaaggtccactgtgatacccagtctctcaaac
caagtaatcaacatgcaggctcgaaaatctgtgccagtttatatggtgctgcagaacaaa
aacaatcaaatgtgtactggacaaaagcttggaatgtcttcgaaagaaatctatcatgat
gattcctcttacacagactctgccgaaggtacacccatcaatttctcaagcaccacttcc
ttgagtgatgaaactcttcaatatccagccagaactaaaggcatgaaagactggcgaaga
aacaaagagacacaagagcttgttgatatcgaggcaaagagaattgaagacctacgcatg
ttctctcgcttccacaaaccaactaaaatagcatgtcagtctcacctagtcacgaatcaa
ctgaacaaaacgatcagaagaatggttcccactcagagattactaatacaaagtaaagag
atggcagcaaaaatgacccagcaacgaattcaaagccagtctccagttagacaaattcaa
aagcaaggacagaatctgtcaagaagcatgccacagttggattttcccatgagaaaacaa
agcactgaggtgtaccaaaatcagaaaacctgctatctaagtcatgtgcaggaaaacact
ctatccctaaagtcgaggcgtcatccatcatctacagaaggcatttgtcataaaatggaa
aggcatgatggacagatgaataggactggacggaaacaacaatatgattcaagcaatata
atacgtaatgctaacatacaagatcaagtcaacagttatcagtcccgccaaaatggtttt
cacagaatcaaacaaaatctaattttagaagaagcacctccatgctactctttgagttcc
tctcttagttctttaagtgatgctgaatttgaggaacatgaaaatcctcaacatacgtgg
ataaagaatagacataacataatgtccaaccttcagtgccatccaaagtcacagaaagac
ctcaaccagtttgaagagaacagctcgcctagttcagtcagcatggattcagaagatgat
cttttgataaaatgcataacatctgctatgccacaacacaagaaaaggcaagctgcccga
aaacgaaaagctgagaaaaagcacaaacaaaaagctactcttcagaaagcagcagaggac
aggggtcttgataatgacctagatagtgatgaaatggcatcagacaaggactctgatctc
aatagtgttgaatggagagcaatacaagaaggagcgaatacaatcataaccaagttacaa
gcttcaaagtcccaggaaccctcatcagagtctgagtcagttttgtcatttatgtctggc
tcaagctttactcctaaagagaagaaagtatacaaagatgacaaaaaggctaataaaccg
cttgattttgcccctcgtaaacctgtaccaaacttccctgtggtcttcaggggtagaaca
gtgatatacacacccaaaaaggagacaacactctctcagagaccaccacctaaaaaggtg
tcaccgaaagcagatgcccctaaaaatccaaatctagctcaacataggtcaagaagcctt
cacagactgggccaacccatggagtccactcaattgtctttgcccaaaagaagctcaacg
ccacctgccaggataccgaagagctcatcatcaggatcatcacaaagctcaacaccatcc
aggcaacctcagaaaaaagtaacctcccagcctcccataaaaggaacagagaaggtggca
tcagcaccatccagcccgccagacagaagaggaagaaattcaaacattgatcaaaactct
aaatcccctatagacaggaaaacacagaaatctcctgtcagaataccattcatgcagaat
ccatcaaggcaaaccagaaacatttcacctttagtaaccaaccagcccactagcatcagc
agacaaaatacgcagataattgtctatagaccttggagacaggattacttgaggctgtaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (66)   
   KEGG ORTHOLOGY (1)   
   RefGene (60)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   ZFIN (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (7)   
   RefSeq(nuc) (1)   
   GenBank (3)   
   EMBL (3)   
Protein domain (10)   
   Pfam (10)   
All databases (92)   

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