KEGG   Cyprinus carpio (common carp): 109087361
Entry
109087361         CDS       T05134                                 
Symbol
apc2
Name
(RefSeq) adenomatous polyposis coli protein 2
  KO
K02085  adenomatosis polyposis coli protein
Organism
ccar  Cyprinus carpio (common carp)
Pathway
ccar04310  Wnt signaling pathway
ccar04519  Cadherin signaling
ccar04810  Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:ccar00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04310 Wnt signaling pathway
    109087361 (apc2)
  09133 Signaling molecules and interaction
   04519 Cadherin signaling
    109087361 (apc2)
 09140 Cellular Processes
  09142 Cell motility
   04810 Regulation of actin cytoskeleton
    109087361 (apc2)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:ccar01009]
    109087361 (apc2)
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:ccar03036]
    109087361 (apc2)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:ccar04812]
    109087361 (apc2)
Protein phosphatases and associated proteins [BR:ccar01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     109087361 (apc2)
Chromosome and associated proteins [BR:ccar03036]
 Eukaryotic type
  Centrosome formation proteins
   Other centrosome associated proteins
    109087361 (apc2)
Cytoskeleton proteins [BR:ccar04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    EB / APC
     109087361 (apc2)
SSDB
Motif
Pfam: APC_basic Arm_APC_u3 APC_rep Arm APC_N_CC Suppressor_APC APC_r SAMP SSNA1 ENTR1 HALZ Sec7-like_HUS LETM1_C
Other DBs
NCBI-GeneID: 109087361
NCBI-ProteinID: XP_042621938
UniProt: A0A9R0B4M4
Position
A11:4820099..4861033
AA seq 2497 aa
MMSYPTASYDQLVRQVEDLRKENSHLRRELQDNSHHLSKLENETSDMKEVLRQLQSKLEQ
EAGTLASSGRTDVLDQLKELHMDLTNYYELKYQPHNLRVFPETMASQVGDGEERLSIGRA
RSPVCPPSRQSSSASGEGTAVHPHQVTGEGRVTAQHLEDLCKERSMLLSEIEKEERERRW
YYSQLQGLSQRLAELPRLDTFSIQVDFIRQQLEFEAQQLRSVMEERFGTSDEMVQRTQIR
VARLEQLEKELQEAQSSRGPQEKSALPETQSTECLSKASVPDMETANAGTLEAPGEAGSK
VEMVFWLLSMLASRDREEMSRTLLAMSSSQESCIAMRKSGCVPLLVQILHEGGTGEAAGT
GGYSREARSRASAALHNIVYSQPDEGQARREMRVLHVLEQIRSHCENGWDWIENHLSIPS
SGGAKTTEIPEPVDPQMCQALCAIMKLSFEEEYRRAMNELGGLQAIAELMQLDQEMYGMH
NEPINMALRRYAGMALTNLTYGDVVNKATLCSKRNCLQAIVAQLASDSEELQQVVSSILR
NLSWRADINSKRALRDVGSVSALMTCALQATKESTLKSVLSALWNLSAHSTENKVAICSV
DGSLGFLVSTLTYRCQTNSLAIIESGGGILRNVSSLIATRDDYRQILRDHNCLQTLLQHL
RSHSLTIVSNACGTLWNLSARSPKDQELLWDLGAVSMLRNLIHSKHKMIAMGSAAALRNL
LTNRPLKYKDTAVVSPGSCMPSLYMRKQKALEAELDAKHLAETFDSIEKQRFKHQSINKP
LRHIESLAKDYASDSGCFDDDEGPNVSTSLDTGTFSMLSMFLNNSNFLNTQPRKREGEPE
QDVETFQTENKRSQPPDDEVTVAAEKLAKKITSTVAKIDKLVEDITMHTSSEDSFSLSSE
DHFVDWNYGPDELHEGRAISCSPCHLSDNSSFSPKERLSRAHAFLRLKTANSSLSNDSLN
SGSISDGYCGSQNQTHTSTKPTEQRRPNKLDLKVAHEEPVNSGVHISRVMCQNEIPERDF
ETSKDAILPDSGSTDTEKSQEPFISTPATVSTKVSSDASIPTVKLSPSYQHVPLIQSVAK
FGVAKTAVNVQAAQAMCRQAWAPTVMTGGSTSKFSPICSARSPTIGQLETPQKYSVENTP
ICFSRCSSLSSLSSGDGALDGQSQTENDLESDSSLEIIEVEDVNVERKDEEDETLDDLSD
SQLLLTDQKISSSDPTEIPSTIKNEKKFLRGVSPVILEDRTPSSSSDNYIHETPLVMSRC
SSVSSLGSFESPSIASSIQSDPCSEMISGTVSPSDLPDSPGQTMPPSRSKTPCCAESSGP
ETQNLSGVGSQWENSLRKFMEIADFKERFNLPPDLDTMIYFTVEKPIENFSCASSLSALP
LHEHYVQKDVELKLTPLLNQQDNDLEDSEKEEDMDDQDQYSEGNSDDDIEILKECINSAM
PSRFKKVRPTVMPNLSNQVLNMQTRKSVQLPVYMVLQNKNNQLYSGQKLGMSSNEIYHDD
SSYTDSAEGTPINFSSTTSLSDETLQYPPRTKEIKDWRRNKETQKHMVDIEAKRIEDLRM
FSRFHKPTKMACQSHKVTNQLNKTIRHLVPTQRLLIQSKEMTAKMTQQRIQSQSPVRQIQ
KQGQNLSKSMPQLDIPIRKQNPEVYQNHKTCSLSHAQENTIGFQSRHHPTTTEVAICHKM
DKQDGLMNRTGQKQHYESSKTNVIRNVNIQDQVNSYQSRQKGFHRIKQNLILEEAPPCYS
LSSSLSSLSDAEFEEHNEKPQHTWIRNKHNLTSNPTCPPKSQQEHNQLEENSSPSSVSMD
SEDDLLIKCITSAMPQHKKKQAARKKKAEKKHKQKATVWSPVNELDSDEMASDKDSDLNS
VEWRAIQEGANTIITKLQASKSQEPSSESESVLSFMSDSSFTPKKKKVYKDDKKANKPLD
FAPRKPVPNFPVVFRGRTVIYTPKKETTLSQIPPPKKVIQKSDAPKNPNLAQHRSRSLHR
LGHPMDSTQLSLPKRSSTPPARIPKSSSSGSSQSSTPSRHPQKKVTSPTQTIKQGPEKVA
SAPCSPPDKRGSTSNINQNSKSPTDRKTQKSPVRIPFMQNPSKQTRNISPLVTNQPTNIS
RQNTQMSGKRILPANRMDLVRMTSSHSSSGESDSNGFLRQLTFIKESSKFLRRDAASRSV
PTSQQASPRRTVPGAPAVFLCSSRCQELKEAVQGPRRMPVTQGQRQVQEQGILRQGMAPS
RATSIDRDVTVKRPARRTSSESPCRASQRNTPSPKPREKREDTFKRYSSSPSINVLSRVT
SRSSLRSSSSDSSGRAKSERNTNQRQQRAGSRNSDRVTWRRIRDEDVPQILKSTLPPTAL
PLLPSPEGIKQMPPPLPGKWPTITLASRKTSDATVQTEDYSANKTNSSTSPTIEKVLNIT
DKATKMALPRKISMAFGNSLQDGDSDGSLKTYSTASTSTFQSVESTPSGGVGHFRQSSPS
KAVRVTPFNYIPSPMVCCSPHGQVQTTSEKTEEKHEA
NT seq 7494 nt   +upstreamnt  +downstreamnt
atgatgtcatacccaacggcctcctatgaccagctggtgcggcaggtggaggatctccgt
aaggagaactctcacctgcgccgtgagcttcaggacaactcacaccacctgtccaagctc
gagaatgaaacctctgacatgaaggaggttctgaggcaactgcagagtaaactggagcag
gaggccggaactcttgcctcttcaggcagaactgatgtgctggaccagctcaaagagcta
catatggacttgaccaactactacgagctcaagtaccagcctcacaacctgcgtgtgttt
ccagagacgatggctagccaggtaggagacggtgaagagagactgagcatcggcagagcc
aggagtcccgtctgtccaccgtcccgccagtcctcatctgcatctggagagggcacagcc
gtgcaccctcatcaggtgactggagagggccgtgtcactgcccagcacttagaggatctc
tgtaaagagaggtccatgttgctgagtgaaatagagaaagaggagagagagcggcggtgg
tattactcacagctgcaaggcttgtctcagagactggctgaactgccgcggcttgatacg
ttctccatacaggtggattttattcgtcagcagctggagtttgaagctcaacaactgcgc
tctgtgatggaggaacgtttcggcaccagtgacgagatggttcagagaacacaaatccgt
gttgctcgattggagcagctggagaaagagcttcaggaggcccagagctcgcgtggtcct
caagagaagagtgctctgccagagactcagagcaccgagtgcctctccaaagcatctgtg
cctgacatggaaaccgcaaatgctggtactttggaggcccctggagaagcagggagcaaa
gtggaaatggtgttttggctgctgtccatgctggcctctagagatcgagaggagatgtcc
cgcactctcctggcaatgtcaagctcacaggaaagctgcattgccatgcgcaagtctgga
tgcgtcccactgcttgtgcaaatactacatgagggtggcactggggaggcagctgggaca
ggaggctatagtcgagaagcccgttccagagccagtgctgccctgcacaacattgtgtac
tcacagccagatgagggccaagcacgacgcgagatgagagttcttcatgtgctagagcag
atccgctcacactgtgagaatggctgggactggattgagaaccatttaagtatcccctca
tcgggtggtgccaaaaccacagaaatacctgagccagtggatccccaaatgtgccaggcc
ttgtgtgcaataatgaagctatcttttgaggaagagtaccgcagggcaatgaatgaacta
ggggggctgcaagccattgcggagctaatgcagctggatcaagaaatgtatggtatgcac
aatgagccaatcaatatggccctccggcgttacgcaggaatggcactcactaatcttaca
tatggagatgttgtaaataaggctactctttgctcaaagagaaactgtcttcaagccatt
gttgcacagcttgcatctgatagcgaggaattacagcaggtagtgtcaagtatactgaga
aacttgtcatggcgtgctgatatcaacagcaagagggctttgagagatgtcggcagtgtg
tcagcacttatgacttgtgcactgcaggctacaaaggaatccactttaaagagtgtgctc
agtgcactgtggaacctgtcagcacacagcactgagaataaggtggcaatttgctctgtt
gatggttctcttggctttttggttagcactttgacttatcgttgccaaacaaactcactg
gccattattgagagtggtggaggtatcctgcgtaatgtgtccagccttattgctactcga
gatgattacaggcaaatcctcagggatcataactgcctccagactctgctgcagcacttg
cgatctcacagtctgaccattgtgagtaatgcatgtggaaccctctggaacctgtctgca
cgaagtccaaaggaccaggaattgttgtgggatcttggagctgtaagcatgctgcgcaat
ctcatccactcgaagcacaaaatgatagccatgggaagtgcagcagctctgcgaaacctc
ctcacaaatcgtccacttaaatataaagatactgctgttgtatccccaggatcctgcatg
ccatccctctacatgaggaaacagaaagcattagaggctgagttagatgcaaagcatctg
gcagaaacatttgattcaatcgagaaacaacgtttcaaacatcaaagtataaacaaaccg
ctgaggcacattgagagcctagcaaaagactacgcctcagattctggttgttttgatgat
gatgagggacctaatgtatcaaccagcttggacactggaaccttctccatgctctccatg
ttcttgaacaattctaacttccttaatactcagccccgtaagcgagagggagagcctgag
caagacgttgaaacatttcaaactgaaaataaaaggtcacaaccccctgatgatgaagtg
actgtagcagctgagaaattagccaagaagatcaccagcacagtggctaaaattgacaaa
ctggtagaagacattaccatgcatacatcctcagaggacagcttcagcctcagctcagaa
gatcattttgtggattggaattatgggccagatgagcttcacgagggacgagccatttcc
tgttccccttgtcatctttctgacaacagctctttttcacctaaagagcgtctcagcaga
gcacatgccttcttgcgtcttaaaacagccaactcaagtttatccaatgacagccttaac
agtggcagcatcagcgatggctattgtggcagtcagaaccagactcatacctcgacaaaa
ccaacagaacaacgacgtccaaataaacttgaccttaaggtagctcatgaggaaccagtg
aacagtggtgtacatatttcaagagttatgtgtcaaaatgagatccctgaaagagatttt
gagacaagcaaagatgctattttgcctgattcaggttccactgatacagagaagagccaa
gaaccatttatatcaacacctgcaactgtatcaaccaaggtgtcttcagatgctagtata
ccaactgtcaagttgtctccctcctatcagcatgttcctctaatccaaagtgttgccaag
tttggcgttgcaaaaactgcagtcaatgttcaggcagctcaagcaatgtgcaggcaagct
tgggctccaacagtgatgactggaggtagtactagcaagttttccccaatatgctctgca
agaagccccacaataggacagctggagacccctcagaagtattctgtagagaatactcca
atatgcttctctcgctgcagttctctgtcttctctgtcttctggggatggagctcttgat
ggacagagtcagactgaaaatgacctagagagtgactcctcattagaaatcatagaggtg
gaagatgtgaatgttgagagaaaagatgaagaggatgagacacttgatgacttgagtgac
agtcagttattattaactgatcagaaaatcagcagctctgatccaactgagatccctagt
acaatcaaaaatgagaagaagttccttagaggagtgtctccagtaattcttgaggacagg
acaccatccagctcttcagacaattacattcacgaaacacctcttgtaatgagccgctgt
agttctgtcagttcacttggcagctttgaatctccttcaattgccagctctattcagagt
gatccatgtagtgaaatgataagtggtactgttagccccagtgacttaccagacagtccg
ggacaaacaatgcctccaagtcgcagcaaaactccatgctgtgcagaatcgagtggacca
gagacacaaaatcttagtggtgtaggaagccagtgggagaacagtttgcgcaaatttatg
gaaatcgctgactttaaagaaaggttcaacctacctccagatttggacacaatgatctat
ttcactgtggaaaaaccaattgagaatttctcatgtgcctctagtctgagtgccctccct
ctccatgaacactatgtccagaaagatgtggagctcaaacttactcctttgcttaaccag
caagacaatgatctagaggattctgaaaaagaagaggacatggatgaccaagaccaatat
agtgaaggcaactcagatgatgacatagaaattctgaaagagtgcattaattctgccatg
ccttccaggtttaagaaggtaaggccaactgtgatgcccaacctctcaaaccaagttctc
aacatgcagactcgaaaatctgtgcaattaccagtgtatatggtgctacagaataaaaac
aatcaattgtattctggacaaaagcttggaatgtcttcaaatgaaatctatcatgatgat
tcctcttacactgactctgctgaaggtacgcccatcaatttctcaagcaccacttctttg
agcgatgaaactctccagtatccacccagaactaaagaaataaaagactggcgaaggaac
aaagagacacaaaagcatatggttgatattgaggcaaaaagaattgaagacctacgcatg
ttctcccgcttccacaaaccaactaaaatggcatgtcagtcccacaaagtcacaaaccaa
ttaaacaaaacaatcagacatttggtacccactcagagattacttattcagagtaaagag
atgacagcaaaaatgacccagcaaaggattcaaagccagtctccagttcgacaaatccaa
aagcaaggacagaatctgtcaaaaagcatgccacagttagatattcctataagaaaacaa
aatccagaggtgtaccaaaatcacaaaacctgctccctgagtcatgcacaggaaaacact
ataggctttcagtctaggcatcacccaacaactacagaagtggccatctgccataaaatg
gacaagcaggatggactgatgaataggacgggacagaaacaacattatgaatcaagcaag
actaatgtaatacgtaatgttaatatacaagatcaagtcaacagttaccagtcccgccaa
aagggttttcacagaatcaagcaaaatctaattttagaagaagcacctccatgttactct
ttgagttcctcccttagctctttgagtgatgcagaatttgaggaacataatgaaaaacct
cagcatacgtggatacggaataaacataatttaacatccaaccccacgtgccctccaaaa
tcacagcaagaacacaaccagttggaagagaacagctcgccaagctcagtcagcatggat
tcagaagatgatcttttgataaaatgcataacatctgcaatgcctcaacacaagaaaaag
caggctgccagaaaaaagaaagctgagaaaaagcacaaacagaaagcaacagtgtggagc
cctgtaaatgaactagattctgatgaaatggcatcagacaaagactctgacctcaacagt
gttgaatggagagcaatacaagaaggagctaatacaataattaccaaattacaagcttca
aagtcccaggaaccttcatcagagtctgaatcagttctgtcatttatgtctgattcaagc
tttactcctaaaaaaaagaaggtatacaaagatgacaaaaaggctaataaaccacttgat
tttgcccctcgtaaacctgttccaaactttcctgtggtcttcaggggtagaacagtgata
tacacgcccaagaaagagacaactctctctcaaataccaccacctaaaaaagtgatacag
aaatcagatgcccctaaaaatccaaatctagctcaacacaggtcaagaagccttcacaga
ctgggccaccccatggattccactcagttgtcattgcccaaaagaagctcaacgccacct
gccaggataccaaagagctcatcttcaggatcatctcaaagttcaacaccttccaggcat
cctcagaaaaaagtaacctccccaacccaaaccattaaacaaggtccagagaaggttgcc
tcagcaccatgcagtccaccggacaaaagaggaagcacttcaaacatcaatcagaactca
aaatctcctacagacaggaaaacacagaaatcccctgtcagaataccattcatgcagaat
ccatcaaagcaaacaagaaacatttcacctttagtaaccaaccagcccactaacatcagc
agacaaaatacgcagatgtcagggaaaagaatcctaccagcaaatcgaatggatttggtt
cgcatgacatccagtcattcaagtagtggtgaatcagatagtaatggttttctcagacaa
ctgacattcatcaaagagtcctcaaaattcttaagacgtgatgctgcttcacgttctgtc
ccaacatcacagcaagcctcaccccgaagaacagttccaggggccccagcggttttctta
tgttcttctcgttgtcaggagctcaaggaagcagttcaaggaccaagaagaatgcctgtg
actcaaggacaaagacaagtgcaggaacaggggatactcagacaaggcatggccccatca
agagccacctctattgatagggacgtcactgtgaaacgtccagctaggcgaacaagctca
gaaagtccttgcagagcctcccagagaaatacacccagtccaaagccaagagaaaagagg
gaggatacattcaaaagatactcctcctcaccaagcataaatgtcttgagtcgtgtcacc
agccgctcctctcttcgctcttcatcctctgactcaagcggacgagctaaaagtgaaagg
aacacaaatcagaggcaacagagagctggatcccgtaactctgacagagtgacctggcga
aggattcgtgatgaggatgttccccagatattaaagagcacccttccacccactgcgctg
cctctgttgccttcacctgagggcatcaaacagatgccaccaccgctaccagggaaatgg
cctactattactctagcatcacggaaaacaagtgatgcaactgttcaaactgaggactac
tcagccaacaaaacaaattcaagcacctctcccacaattgaaaaagttcttaacattaca
gacaaggccacaaagatggccctccccaggaaaataagcatggcctttgggaatagtctc
caagatggggattcggatggatctctgaaaacctacagcactgcatcaacctccaccttt
caatcagtggaaagtacccccagtggtggtgttggccatttccgacagagctcaccaagt
aaagctgtcagggttactcctttcaactacatccccagccccatggtctgctgctctcca
catggtcaagtgcagacaacgtcagaaaagacagaggaaaaacatgaagcataa

  All links  
Gene (3)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (2)   
   UniProt (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (13)   
   Pfam (13)   
All databases (19)   

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