KEGG   Oncorhynchus tshawytscha (Chinook salmon): 112251543
Entry
112251543         CDS       T05605                                 
Symbol
apc2
Name
(RefSeq) adenomatous polyposis coli protein 2
  KO
K02085  adenomatosis polyposis coli protein
Organism
otw  Oncorhynchus tshawytscha (Chinook salmon)
Pathway
otw04310  Wnt signaling pathway
otw04519  Cadherin signaling
otw04810  Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:otw00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04310 Wnt signaling pathway
    112251543 (apc2)
  09133 Signaling molecules and interaction
   04519 Cadherin signaling
    112251543 (apc2)
 09140 Cellular Processes
  09142 Cell motility
   04810 Regulation of actin cytoskeleton
    112251543 (apc2)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:otw01009]
    112251543 (apc2)
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:otw03036]
    112251543 (apc2)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:otw04812]
    112251543 (apc2)
Protein phosphatases and associated proteins [BR:otw01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     112251543 (apc2)
Chromosome and associated proteins [BR:otw03036]
 Eukaryotic type
  Centrosome formation proteins
   Other centrosome associated proteins
    112251543 (apc2)
Cytoskeleton proteins [BR:otw04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    EB / APC
     112251543 (apc2)
SSDB
Motif
Pfam: APC_basic Arm_APC_u3 APC_rep APC_N_CC APC_r SAMP Suppressor_APC Arm ZER1-like_2nd ARMC6 HALZ SSNA1 DUF5798
Other DBs
NCBI-GeneID: 112251543
NCBI-ProteinID: XP_024278294
Position
LG05:complement(48162735..48197466)
AA seq 2495 aa
MANSTASYDQLVYQVEALRQENSHLRRELEDNSNHLSKLENETTDMKGVLKGLQNKLELE
AGTLASSGRTDVLDQLKELHMDLTNYYELKYQPHNLRVLPDSLASLAAQSSDMDDRLSCL
PPSSSRARSPLRPSSRQSSSLSGEGTAVHPGHPHLMDGALAKAMLGDGRITAQHLEDLYK
ERAMLVSEIDKEERERHWYYSQLQGLSQRLNQLPRIDTFSIQMDLIRQQLEFEAQQLRSV
MEERFGTSDEMVQRTQIRVARLEQLEKELQEAQESRGTQEKNLCEVEMVFWLLSMLANRD
REEMSRTLLTMSSSQDSCIAMHKSGCVPLLVQILHDGPGGAGEADGSTGCSREARSRASA
ALHNIVYSQPDEGQARREMRVLHVLEQIRSHCDSGWDWIESHVGRHSPGGTTTTDIPETL
EPQICQAMCAVMKLSFEEEYRQAMNELGGLQVVAELMHLDQELYGMKNDPINMALRRYAG
MALTNLTFGDVVNKATLCTKKSCLQAIVAQLASDSEELHQVVSSILRNLSWRADINSKRV
LRDIGSVTGLITCALQATKESTLKSLLSALWNLSAHSPENKVAICSVDGALGFLVSTLTY
RCQTNSLAIIESGGGILRNVSSLVATRDDYRQILRDHNCLQTLLQHLRSHSLTIVSNACG
TLWNLSARSPKDQELLWDLGAVSMLRNLIHSKHKMIAMGSAAALRNLLTNRPLKYKDAAV
ISPGSCMPSLYMRKQKALEAELDAKHLAETFDSIEKQSSPKHPSINKPLRHIESLAKDYA
SDSGCFDDDEAPNVSSSLDTGSFSMLSMFLTNSNFLQNQPRKKDSEPERDVEPPQTEDKR
PAPPEDEVSVAAGKLAKKITNTVAKIDKLVEDITMHTSSEDSFSLSSEDHFADWPYGSDE
LHEARAKSCSPCRLSDTSNFAHRERLNRAYALLRLKTTHASLSTDSLNSGSTSDGYCGSK
DQIRPSARSATAQRRPNKLDLKVAHQEYLNIRAHVLNATNPIDVPERDSVDNKEVQLLVL
NSTETEKSQELPPQTPASASTKLSSDVSMTSIKLSPSYQHVPLIQSVSKFGVAKSAINVQ
AAQAMRRQAWVPTVMTGGSLAKFSPMGSARSPTIGPMETLQKYSVENTPICFSRCSSLSS
LSSGDGALDGQSQSENELESDSSLEIIEMEDGDLVNREEENETLEDLSDSQLLVTDSKTC
LSIGSDPIEIPCPTKREKVFLRGVSPGILEDRSPSSSSENYIHETPLVMSRCSSVSSLGS
FESHSIASSILSDPCSGMISGTISPSDLPDSPGQTMPPSRSKTPCFAESNGPETQNAGTA
GQWESSLRKFMEVADFKERINLPPDLETMIYFTVEKPTENFSCASSLSALPLHEHYIQKD
VELKLTPLLQQKDNNPSFPRAHGDRDDNEHPSFMDQGERYSEGNSDDDIEILKECINSAM
PSKFRKVMPSLISTLPTHVLNSQTRKPIPVYMMVPSNANQMCSGRRIVMQQKDLYLDDSS
YTDSAEGTPVNFSSTTSLSDETLQYPVRDKGAKDWRVRSMNKQELLDQEAKRIEDLRVFS
HFHKPTKMTSQPDIPVNQMSRSIKHVIPTQRVLMQSKEVADRVANQRNRDQSPNQQRQKQ
GQVLTRTLDLPIIKQNTEGNQNQRALERNKAFQSMPHPTPTGEAIYCLNDDQTDKEEGVM
KRTGRKQMRESSRNTLSRSMTNIGRIDNSQTRPKGFNRIKHKLIMEETPPCYSLSSSLSS
LSDAEFEEHQSKSQQVWVKNKHNKISNQVQQTRPMHIHNQYEEQSSPSSVSMDSEDDLLQ
KCITSAMPKQRKKLSARKKAEKKQKQRNDMQKVSGGWNNEQDFDSDDIASDKDSDLNSVE
WRVIQEGANSVVTRLQASKSQEHSSEETESVLSFMSGSSFTPKEKKIFKDKKANKPLDFN
QRKPVPNLPVVFRGRTVTYTPKKETNLSQRPPPNKESPKTDAPKNPNLAQQRSKSLHRLG
QPLDSTQWCLPKRSSTPPPRIPKSSSSGSSQSSTPSRQSQKKIISPSQTSKSVPQKDNTP
ASSPPERKGRSTVPSNQSPIPPGHKTQKSPVRIPFMQNAARQSRTLSPLVTNQPTSISRQ
NSQVAGKIIPPANRFDLVRMTSTHSSSSESDRNGFLRQLTFIKESKTRMRRDISSSRSVP
TSQHASPRKAIPGAPAVFLCSSRCQELKAVAQGPRRMQGKGPGQRQEPRQEQGLQRQTVT
LSRACSSDRDLSTRCPARRTSSESPCRVPPRNVSATKQQARDNIKRHSSSPSINILSRVT
SRSSLRSSSSDSSGRAKSEDDTKKKQQRTGSHLNDRVTWRRIRDEDVPQILKSTLPSTAL
PLLPVPEGPKPKPPALPRKLPTILLKSRKTSDATVQTEDFSSNKTNSSTSPTVETAPIIS
EEAARLALLRKISIGSGQDGDSDGSLKSYSTASSGNAHSVETHTGGVGHFRQSSPSKAVR
VTPFNYIPSPMACCLQDAQSQATTINEKSCEKSEA
NT seq 7488 nt   +upstreamnt  +downstreamnt
atggcaaactccacggcttcctatgaccagctggtctaccaggtggaagctctccgccag
gagaactcccatctgcgtagagagctggaggacaactccaaccacctgtctaagctcgag
aacgagaccaccgacatgaagggggtattgaagggcctgcagaataaactggagctggag
gctggcactttggcctcctcagggaggactgatgtgctggatcagctcaaagagttgcac
atggacctgaccaactactatgagctgaagtaccagccacacaatctgcgcgtcctgcca
gacagtctagccagtctggcagctcagtcgagtgacatggacgatcgtctgtcctgcttg
cctccctcctcctccagagccaggagccccctacggccttcatcccgccagagctcctct
ctgtcaggggagggcacggccgtgcatcctggacacccccacctcatggatggagccctg
gccaaagccatgctgggagacggacgtatcacggcccagcatctggaagacctctacaaa
gagagggctatgctggtgagtgagatagacaaggaggagagggagcgtcactggtactac
agccagctccagggcctgtctcagcggctgaaccaactgccacgcatcgacacattctcc
atacagatggacctcattcggcagcagctggagttcgaggcgcagcagttgcgttctgtc
atggaggaacgcttcggaaccagcgatgaaatggtccagcggactcagatccgtgtggct
cgtctggaacagctagagaaagagctacaggaggcgcaggagtccagaggcacccaggaa
aagaacctgtgtgaggtggagatggtgttctggctgctctccatgttggccaaccgggac
agggaggagatgtcccgcacactgctgaccatgtccagctcccaagacagctgcatcgcc
atgcacaagtcaggctgtgtacccctgctggtacagatccttcacgacggcccagggggc
gccggagaggcggatggaagtacagggtgcagccgggaggcccgatccagagccagcgct
gccctgcacaacatagtgtactcccagccagacgagggccaagcccggcgggagatgagg
gtgctgcacgtgctggagcagatccgctcgcactgtgacagcggctgggactggatcgag
agccacgtggggaggcactcccccggaggtactacaaccacagacatccctgagacattg
gagccccagatctgccaggccatgtgtgctgtcatgaagctctcctttgaggaggaatac
cgacaagccatgaatgaactaggggggttgcaggtagtcgcagagctaatgcacttggac
caggagctgtacggaatgaagaacgatcccatcaatatggcgcttcgacgctacgcaggc
atggcgctgacaaacctcacgttcggagatgtcgtcaacaaggccactctctgcacaaag
aaaagctgcctgcaggccattgttgcccaacttgcatctgatagtgaggaactacatcag
gtagtgtctagtattctgagaaatctgtcatggcgtgcagacatcaacagcaagagggtc
cttagggacatagggagtgtaacaggattgataacctgtgctcttcaagccacaaaagaa
tccacattgaaaagcctcctcagcgctctgtggaacctgtcagcacacagtcctgagaac
aaggtagccatttgctcagtagatggggcactgggcttcttggtcagcaccctcacctac
agatgtcagaccaactcactggcaatcatcgagagtggaggtggcatcctgcgcaatgtt
tccagtcttgtggccacacgggatgattacaggcaaatcctcagggaccacaactgcctc
caaacgctgcttcagcacctgcgctctcacagcctgacgattgtgagcaacgcttgtggg
accctctggaacctctctgcccgcagtcccaaggaccaggagctgctgtgggacctggga
gcagtcagcatgctgcgcaacctcatccactccaagcacaaaatgatagccatgggaagt
gctgcagctttacggaacctgctcacaaatcggcccctcaagtataaggatgctgcggtc
atatcccctggttcctgcatgccctcgctctacatgaggaagcagaaagcactggaggct
gagcttgatgcaaagcaccttgctgaaacatttgattccattgaaaaacaaagcagcccc
aagcatccaagcattaacaagccactgcggcatatcgagagcctggcaaaggattatgca
tctgactcaggctgctttgatgatgatgaggcccctaatgtctccagtagtctggataca
gggagtttctccatgctctccatgttcctgaccaattccaactttcttcaaaaccagcct
cgcaagaaggacagtgaaccggagagagacgtggagccaccacagacagaggataagagg
cccgcgcctccagaagacgaggtgtctgttgcagcaggaaaattagcaaaaaagatcacc
aacactgtggccaagattgataagcttgtagaggacattaccatgcatacatcttcggag
gacagcttcagccttagctcagaggaccattttgcagactggccttatggatcagatgaa
ctccacgaggcccgggccaagtcatgctccccctgccgcctctctgataccagcaacttt
gcacacagagaacgtctaaacagagcctatgctctcttacgtctcaaaaccacccatgca
agtttgtccactgacagtctcaacagtggcagtaccagtgatggctattgtggtagcaag
gaccagattaggccctcagcgaggtcagcaacagctcaaagacgacctaacaagcttgat
cttaaggtggcccatcaagaatatcttaacatcagagcccatgttctcaatgcgacaaat
ccgattgatgtgccagagagagattctgtggacaacaaagaggttcaattgcttgtacta
aatagcacagaaaccgagaagagccaagagctgcccccacaaacaccagctagtgcatca
actaaactctcttctgatgtcagcatgacttccataaagctgtccccttcctaccaacat
gtccctctaattcaaagtgtctccaagtttggtgttgcaaaaagtgccatcaatgtgcag
gcagctcaagcaatgaggagacaagcctgggtcccaactgtgatgactggagggagttta
gccaagttttctccaatgggctctgctagaagtccaaccattggcccaatggagacactg
cagaagtattcagtggagaacaccccaatctgtttctcccgttgcagttccctgtcctcc
ctctcctctggtgatggagctcttgacggacagagtcaaagtgaaaatgagttggagagt
gactcatcacttgagatcattgaaatggaagatggggatctggtcaatagggaggaggag
aatgagactctggaggatttaagtgatagccaactgctagtcactgattcaaaaacctgt
ctgagcattgggtctgatcctattgaaattccctgccccaccaaacgtgaaaaggtgttc
ctcaggggtgtatcaccaggcatacttgaggacagatcaccttcaagttcatcagagaat
tacatccatgagaccccacttgtgatgagccgttgtagctcggtcagctcactgggtagc
tttgagtctcattcaattgccagctccatacttagtgatccatgcagcggaatgatcagt
ggaaccataagtccaagtgatcttcctgacagtccaggacaaaccatgccccccagtcga
agcaaaaccccatgctttgctgaatcaaatggaccagaaacccaaaatgctgggacagca
gggcagtgggaaagcagcttgcgcaagttcatggaagttgcagactttaaggaaaggatc
aacttacctccagatttggagaccatgatctattttacagtagaaaaacccacagagaac
ttttcatgtgcctccagcttgagtgctctacctcttcatgagcactacattcagaaggat
gtggaactgaaattgactcccttactccagcaaaaggacaacaatccatccttcccaagg
gctcatggagatagagatgacaatgagcatccttcttttatggaccaaggggagagatat
agtgagggcaattcagatgatgatatagaaattctcaaagaatgcatcaattcagcaatg
ccctccaagttcaggaaagtaatgccctccttgatctccaccttacccacccatgttcta
aactcacaaacccgaaaacctatacctgtttatatgatggttcctagcaatgccaatcaa
atgtgctcagggagaaggattgtgatgcaacaaaaggacttatatcttgatgattcatca
tacactgattctgccgagggcacccctgtcaacttttccagcacgacatcgttaagtgac
gaaacacttcagtacccagtgagggacaagggggcaaaagattggagggttagaagtatg
aacaaacaggaattgttggatcaagaagcaaagagaattgaagaccttcgggttttctcg
cacttccacaaacccactaaaatgaccagtcagcctgatataccagtcaatcaaatgagc
aggtcaatcaaacatgtcattcccactcaaagagtactaatgcagagcaaagaagttgct
gatagagtggctaatcagagaaaccgtgatcaatcacccaatcaacaaagacaaaagcag
ggacaggtcctgacaaggacactggatctacctatcataaagcaaaacacagaagggaac
caaaatcagagagcactagagagaaataaggcttttcagtccatgccccatccaacacct
acaggggaagccatttactgcttgaatgatgaccagacagacaaagaggagggagtgatg
aaaaggacagggagaaaacagatgagagagtccagcagaaacactctctcccgaagtatg
actaatattggtcggattgacaattcccagacaagacccaaaggctttaataggatcaag
cacaaactaatcatggaggaaacacccccatgttactctcttagttcatctcttagctct
ttgagtgatgcagaatttgaggaacaccaatcaaaatcccagcaagtatgggtgaaaaac
aaacacaacaagatatctaaccaggtccaacaaacaagaccaatgcacatccacaatcag
tatgaggaacaaagctcaccaagctcagtcagtatggattcagaggatgatcttctgcaa
aaatgcataacatctgcaatgcccaagcagaggaagaagctatccgcaagaaagaaagca
gagaagaagcagaaacaaagaaacgacatgcagaaagtgtccggtggatggaacaacgaa
caagactttgacagtgacgatatagcatctgataaagactcagacctcaacagtgttgaa
tggagagtaatacaagaaggagctaattctgttgtcacaaggttacaagcatcaaagtct
caagaacattcctctgaagagactgaatctgtcctctcattcatgtctggatctagcttt
acgcctaaagaaaagaagatatttaaagacaaaaaagcaaacaaaccactggactttaac
caacgtaaaccagttccaaatctaccagtggtcttcagaggtagaacagtgacatacacg
cctaagaaagagacaaatctttcgcaaaggccgcctcctaataaagaatcccccaaaaca
gatgctccaaagaatccaaaccttgctcaacagaggtcaaagagtctccaccgtttggga
caacccctggactccacacagtggtgtttgccgaaaagaagctcaaccccacctccgagg
ataccaaagagctcatcctctggatcatctcaaagctctactccatcgagacagtcacag
aagaaaataatctccccctcacaaacaagtaaatctgttccccaaaaagataacacacca
gcaagtagtccacctgaaaggaagggacgttccactgttccttcaaatcagagcccaata
cctccaggacacaaaacacagaagtcacccgtccgaatacccttcatgcagaatgcagca
agacagtccagaactctatcgccattggtaaccaaccaacccacaagtatcagcagacaa
aacagtcaggtggctggaaaaataatccctccagccaatcgttttgacttagtccgcatg
acatctacccattcaagcagtagcgagtctgaccgcaatgggttcctgaggcaattgacc
tttatcaaggaatcaaagacaaggatgagacgtgacatttcgtcctcacgctctgtgcct
acctcgcagcacgcatcgcccagaaaagcaattccaggtgctcctgcagtcttcctatgc
tcatctcgatgccaagagctaaaggcagttgctcagggaccaagaagaatgcaaggaaag
ggccccgggcaaaggcaagagccaaggcaggagcaggggcttcaaaggcagactgtgact
ctgtccagagcctgctctagtgaccgagacctctcaacgaggtgtccagccaggagaacc
agctcagagagtccctgcagggtgcctccgagaaacgtctccgcaaccaagcaacaggca
agagacaacatcaagcgccattcctcatcgcccagcataaacatactaagcagagtaacc
agccgctcctccctccgctcctcgtcctccgactcaagtgggcgagccaagagtgaggac
gatacaaagaagaagcagcagagaactggatcacacctcaatgacagagtcacctggagg
aggattcgggatgaggatgtgcctcaaatcttgaagagcactctgccatctactgcattg
cctctgttgcctgttcctgaagggccaaaaccaaaaccaccggcactgccaaggaaactg
ccgaccattttactaaagtcaagaaagacgagcgacgctacagtccaaacagaggatttc
tcgtccaacaagaccaactcaagcacctctccaactgttgagacagctccaatcatctca
gaggaggcagcgagactagccctccttagaaagatcagcattggctccggccaagatgga
gactctgatggatccctaaagagttacagcacagcatcctctggaaacgctcactctgtg
gaaactcacacaggcggcgtcggccatttccgtcagagctcccccagcaaggcagttcgg
gtcaccccattcaactacatacccagccccatggcctgctgcctgcaagatgcacagagc
caagcaacaacaatcaatgagaagtcatgtgaaaaatctgaagcctag

  All links  
Gene (3)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (13)   
   Pfam (13)   
All databases (18)   

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