KEGG   Scomber scombrus (Atlantic mackerel): 133985327
Entry
133985327         CDS       T10651                                 
Symbol
apc2
Name
(RefSeq) adenomatous polyposis coli protein 2
  KO
K02085  adenomatosis polyposis coli protein
Organism
ssco  Scomber scombrus (Atlantic mackerel)
Pathway
ssco04310  Wnt signaling pathway
ssco04519  Cadherin signaling
ssco04810  Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:ssco00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04310 Wnt signaling pathway
    133985327 (apc2)
  09133 Signaling molecules and interaction
   04519 Cadherin signaling
    133985327 (apc2)
 09140 Cellular Processes
  09142 Cell motility
   04810 Regulation of actin cytoskeleton
    133985327 (apc2)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:ssco01009]
    133985327 (apc2)
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:ssco03036]
    133985327 (apc2)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:ssco04812]
    133985327 (apc2)
Protein phosphatases and associated proteins [BR:ssco01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     133985327 (apc2)
Chromosome and associated proteins [BR:ssco03036]
 Eukaryotic type
  Centrosome formation proteins
   Other centrosome associated proteins
    133985327 (apc2)
Cytoskeleton proteins [BR:ssco04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    EB / APC
     133985327 (apc2)
SSDB
Motif
Pfam: APC_basic Arm_APC_u3 APC_rep APC_N_CC Arm SAMP Suppressor_APC APC_r HALZ Sec7-like_HUS CCDC138_cc
Other DBs
NCBI-GeneID: 133985327
NCBI-ProteinID: XP_062280922
Position
8:32874490..32901513
AA seq 2524 aa
MASYDQLAHQVEALRKENSHLRRELEDNSQHLCKLETETTGMKEVLKQLQSKLEQEAGTL
ASSGRSDVLHQLKELHMDLTNYYELKHQPHNLRLLPDALGGAELDDRLALPPSSCSSSLS
SVAAAGRARSPLRSASRLSTSSGGEAAAIMLPHHFLDGAPPKTAVISGADGRLSDHHLEE
LYKERNLLLGEIDREERERCWYFSQLDGLSQRLAQLPRIDTFSLQMDLIRQQLEFEAQQV
HSVMEERFGTSDEVVQRTQMRVARLEQLEKELQESRGSQESQLQLSGAEKPPAGEPENNM
SSAAAAGTEAAADGGESKVRKPSSYQTYRVEMVFWLLSMLANRDKEEMSRTLLALSSSQD
SCIAMRKSGCVPLLVQILHEAPGGSGEAAAAAGGTTVCCSREAKSRASAALHNIIYSQQD
EGQARREMRVLHMLEQVRTYCDSGWDWIESHTETPSPGGTKISDIPEPVDPQICQAMCAI
MKLSFEEEYRRAMNELGGLQVVADLIHLEQEMYGMQNDPINMALRRYAGMAVTNLTFGDV
VNKATLCSKKSCLQALVAQLGSDSEELHQVVSSILRNLSWRADCSSKRVLRDIGCVSALM
TCALQATKESTLKSLLSALWNLSAHSIENKVAICSVDGALGFLVSTLTYRCQTNSLAIIE
SGGGILRNVSSLVATREDYRQILRDHNCLQTLLQHLRSHSLTIVSNACGTLWNLSARSPK
DQELLWDLGAVSMLRNLIHSKHKMIAMGSAAALRNLLTNRPLKYKDAAVVSPGSCMPSLY
MRKQKALEAELDAKHLAETFDTLEKQSPKHLGLNKPLRHIESLAKDYASDSGCFDDDEAP
NVSSSLDTGSFSMLSMFLTNSNFLQNQPRKRDSEPERDVDPPLTMERRHAPPDDVSAAAE
KLAKKITNTVAKIDRLVEDITMHTSSEDSLSLSSEDHLADWPYGLDELNEARAKSCSPCR
LSETSSLAHRERLNRAHALLRLKTAHTSVSTDSLNSGSTSDGYCGSKEQARPPPRALIMQ
QRPNQLDLKVAHQEYLNVRPAVMNETIQQDIPERDSVDNKDIKALELSSIDAEQNQEAAV
QSPISISTKVSSDVSMTSIKLSPSYQQVPLIQSVAKFGVAKTAINVQAAQAMRRQAWVPT
VMTGGSITKFSPMTSTKSPTIGTMETVQKYSVENTPICFSRCSSLSSLSSGDGALDGQSD
NELESDSSLEIIEVEDGEVVKRAEEDETLEDLSDSQLLLTDSKTFPSKDPAPIEIPCPAK
REKVFLRGASPAIPEDRSPSSSSENYIHDTPLVMSRCSSVSSLGSFESPSIASSIQSDPC
SEMIDGTISPSDLPDSPGQTMPPSRSKTPCFVEPNGPEAQAAGVAGQWENSLLKFMEIAD
TKERFNLPPDLDTMIYFTVEKPTENFSCASSLSALPLHEHYIQKDVELKLTPLLQQNDKN
LPFPDDDEQGLDHGERYSECNSDDDIEILKECINSAMPSKFRKVRPSLMTTIPTHILNSQ
NRKSIHLPVYMMLPNGKAQMCTGRRIVIPQKDLKFDDSSFTDSAEGTPVNFSSTTSLSDD
TLQYPVKERGAKDCTAKGINKQEPLDDEAKRIEDLRIFSHFHKPNKMNYPPEIQMNRTTK
HVIPTQRVLMQSKEVADRVASQRIRDQSPNQQKKRQGTIRKLELPVIKQNTEGNLNQGSQ
KRHTVYRQMTHSSEESNCFYDDENDEEITKHPTRKQMREASRNALSRSMTNIGRIDNSQA
KPRGFHKIKQNLIKDETLACYSLSSSLSSLSDAEFEDHKSKAQQIWYKNRHNKTLNMMQH
TKSMNIHSQYEEQSSPSSVSMDSEDDLLQKCITSAMPKQRRKLAARKKKAENAQKQRSSD
GWDMDEEMDSDDTAWDNDSDLNSIEWRAIQEGANSVVTGLQASKSQDPSSEETESVLSFM
STSSFTPKEKKFAKDKKANKPLDFAQRKPVPNLPVVFRGRTVIYTPKKEEAPSQRPPPRK
VPTRPDAPKNPDLAQHRSKSLHRLGRPQDTELSLPKRSSTPPPRIPKSSSSGSSQSSTPS
RHSQRKITSPIQTNKTIQRKNATPASSPPVSSPPERKGRSPFVNQNEKSPPPKTQKSPVR
IPFMQNSVKQPRPLSPLVTNQTTIRQNQMNAKRVPPANRFDLVRMTSVHSSGGESDRNGF
LRQLTFIKESKTALRRDGSSRNMPGSQNGSPRRAVPVPAAVFLCSSRCQELKAAVQVQRR
MQGKGSGQAQQVQRSDSGRQRQTTTMSRATSSERDLSGRRQARRTSSESPCRVAQRNPPG
RFSGARQQQDKDTFKRHASSPSINILSRVTSRSSLRSSSSDSSGRAKSEDDTKKKGQRSA
SRLNDRVTWRRIRDEDVPQILKSTLPANALPLVPSPDEEKPKPPALPGKLPTILLASRKT
SDATVQTEDFSNKINSSTSPTVETAQVSSEEVARLTLLRKFSANSGSTLQDGDSDSSVRS
HSAVSTGTSDGHVGGAVHFRQGSPSKAARVTPFNYTPSPMTCCLQDTLSQAATINEKSGE
KSES
NT seq 7575 nt   +upstreamnt  +downstreamnt
atggcttcctacgaccagctggcccaccaggtggaggcgctccgcaaggagaactctcac
ctgaggagggaactggaggacaactcgcagcacctgtgcaagctggagacggagaccacc
ggcatgaaggaggtgttgaagcagctgcagagtaaactggagcaggaggcgggaacgctg
gcttcatccgggcggagcgacgtgctgcatcagctcaaagagctgcacatggacctgacc
aactactacgagctcaaacatcaacctcacaacctgcgtctgctgccggacgctttggga
ggcgctgagctggacgaccggctggctctgcctccgtcctcctgctcctcctcgctgtcc
tcggtggcggcggcgggtcgggccaggagtccgctcagatccgcgtcccggctgagcacg
tcgtccggaggggaagccgccgccatcatgctgccgcatcacttcctggacggagcgccg
cccaaaaccgccgtgatcagcggagccgacggacggctgagcgaccatcacctggaggag
ctgtacaaggagaggaatctgctgctgggagagatcgaccgtgaggagagagaacgatgt
tggtacttcagccagctggacggactttcacagaggctcgctcagctgccacgcatagac
acgttttctctgcagatggatctgatccgtcagcagctggagttcgaggcgcagcaggtc
cactcggtgatggaggaacgcttcggcaccagcgacgaggtggttcagcggacgcagatg
cgtgttgctcgtctggagcagctggagaaggagctgcaggagtcccgagggagtcaggag
agccagttacagctgtccggtgcagagaagccccctgctggagaaccggagaacaacatg
tcatcagctgcagctgcaggaaccgaagctgctgcagacggaggagagagcaaggtgaga
aaacccagttcataccaaacatacagagtggagatggtgttctggctgctgtccatgctg
gctaacagagacaaggaggaaatgtcccggactctgctggcgctgtccagctctcaggac
agctgcatcgccatgaggaagtccggctgtgtccccctgctagtccagatcctgcacgaa
gctcccggcgggtctggagaggcggcggcggcggcaggcggcacgacggtgtgctgcagc
cgtgaagccaagtccagagcgagcgccgcgctgcacaacatcatctactcccagcaggac
gaaggccaggcccggcgggagatgcgagttctgcacatgctggagcaggtccggacctac
tgcgacagcggctgggactggatcgagagccataccgagacgccgtcacccggaggaacc
aaaatctctgacattcctgaaccagtcgaccctcagatctgtcaggccatgtgtgccatc
atgaagctttcctttgaggaggagtaccgccgcgccatgaacgaattaggcggtctgcag
gtggtggcggatctgatccacctggaacaggaaatgtacggcatgcagaacgaccccatc
aacatggcgctgcgccgctacgcagggatggctgtgactaacctcaccttcggagacgtc
gtcaacaaggccactctgtgctccaagaagagctgcctgcaggctctggtggcccagctg
ggctcagacagcgaggagttgcaccaggtggtttccagcatcctgaggaatctgtcctgg
agggccgactgcagcagcaagagagtcctcagagacatcggctgtgtgtctgcactgatg
acctgcgccctgcaggccacaaaggaatccaccttgaagagtcttctgagtgctctgtgg
aacctgtcggctcacagtattgagaacaaggtggcgatctgttcagtggacggcgctctg
ggcttcctggtcagcacgctgacgtaccgctgtcagaccaactcgctcgccatcatcgag
agcggaggaggaatccttcgtaatgtgtcgagtctggtcgccacaagagaagactacagg
caaatcctcagggaccacaactgcctccagaccctgctgcagcacctgcgctcccacagt
ctgaccatagtgagcaatgcctgcgggactctctggaacctttctgcccgaagcccaaaa
gaccaggagctgctgtgggacctcggggcagttagcatgctgcgtaacctcatccactcc
aagcacaagatgatagccatgggcagtgccgctgctttaagaaaccttctcaccaatcga
cccctgaaatataaagatgctgcagttgtatccccgggctcctgcatgccctcgctctac
atgaggaaacagaaggctctggaggctgaactggatgcaaagcacctagctgagactttt
gatacccttgagaaacaaagccccaaacatctcggcctcaacaagccactacgacacatt
gagagcctggcgaaggattatgcatctgattctggctgctttgatgatgatgaggcccca
aatgtctcctctagtctggatactggaagtttctctatgctgtccatgttcctcaccaac
tctaatttcctgcaaaaccagccacgtaagagagacagtgagccggagagggatgtagac
ccacctctgacaatggagaggagacatgcacctcctgatgatgtatctgctgccgctgag
aaactggcgaaaaagattaccaacacagttgccaagattgacagattagtggaggacatc
accatgcatacgtcctctgaggacagcttgagcctcagctctgaagaccacctggcggac
tggccttacggactggatgaacttaatgaagcccgagctaaatcatgctcaccctgccgt
ctgtctgaaacaagtagtttagcccacagagaacgcctcaatagagcccacgccctgttg
cgccttaaaactgctcatacgagcgtatccacagacagcctcaacagtggcagcaccagt
gatggctactgtggcagcaaagagcaggctcgacctcccccaagagctcttatcatgcaa
caacgacctaaccagcttgatctcaaggtggctcatcaagagtatctaaatgtacgtcct
gctgtgatgaacgagacgatccagcaagatattccagagagagactctgtggacaacaaa
gatattaaagctttggagctcagcagcatagatgcagaacagaaccaggaagcagctgta
caatcacccatcagtatatccactaaagtctcctctgatgtcagcatgacttccattaag
ctgtctccctcttatcaacaggtaccgctcattcagagtgtggccaaatttggtgtagca
aagacagcaatcaatgttcaggctgcccaagcaatgaggaggcaagcctgggtgcccact
gtgatgactggtgggagtattacaaagttttctccaatgacatccacaaaaagtccaacc
attgggacaatggagacggtccagaaatactcagtggagaacacgccgatctgcttctct
cgatgcagctcgctgtcctccctctcctctggtgatggagcactggacggacaaagtgat
aatgagctcgagagtgactcatcattagaaatcattgaagtggaggatggagaggtggtg
aagagagctgaagaggacgagactctggaggatctgagcgacagccagctgctgttgaca
gactcaaaaaccttcccaagcaaagacccagctcccattgaaatcccctgtcctgctaaa
agggaaaaggtgtttcttaggggggcttcaccagctatacctgaagacagatctccatcc
agttcatccgagaactacatccatgacacgcccctggtaatgagtcgctgtagctctgtc
agttcactaggtagctttgagtctccatctattgccagctcaatccaaagtgatccctgc
agtgagatgattgatggaacaataagccctagtgatcttcccgacagcccagggcaaacg
atgcctcccagtcgaagtaagactccatgtttcgtagagccaaatggaccagaagcacag
gcggcaggagtagcaggtcagtgggaaaacagcctgctaaagttcatggagatcgcagac
accaaggagaggtttaaccttcctcctgacctggacaccatgatctacttcactgtggaa
aagcccactgagaatttctcttgtgcttcaagcttgagtgctctgccacttcatgagcac
tacatacagaaagatgtggagctgaaattgactcccttactccagcaaaacgacaaaaat
cttcctttccctgatgatgatgagcaaggactggaccatggtgaaagatatagtgaatgc
aactcagatgatgacatagaaatcttaaaggaatgcatcaactcagcaatgccatccaag
ttcagaaaagtaagaccttccttgatgaccaccatacctactcatattctcaattcccag
aaccgaaaatcaatacatcttccagtatacatgatgctcccaaatggcaaagctcaaatg
tgtactgggaggagaattgtcatcccacagaaggacttaaaatttgatgattcatctttc
actgattctgcagagggtacacctgtcaacttctccagcacaacatcgctaagtgatgac
acacttcagtatccagtgaaagagaggggcgccaaggactgcacagctaaaggtattaac
aagcaagaaccgcttgatgatgaggcgaagaggattgaagacttgaggatattctcacac
ttccacaaaccaaacaagatgaactacccacctgagattcaaatgaacagaacaaccaaa
catgtcattcccactcagagggtgctgatgcagagcaaagaggtggctgatagagttgct
agccaaagaattcgtgatcagtctcctaatcaacaaaaaaagaggcaaggcaccatcagg
aaactggaactgcccgtcataaagcagaacacagaaggcaaccttaatcagggatcacaa
aaaagacacacagtttatagacaaatgacacattcatcagaggagagtaactgcttctat
gatgatgaaaatgatgaagaaataacaaaacatccaaccagaaaacagatgagggaagct
agtaggaatgctctctctcggagcatgacaaatattggcaggattgataattcccaagca
aagcccagagggtttcacaaaataaaacaaaacctaataaaagatgaaactctggcatgt
tactcactcagctcttctctgagttcactgagcgatgccgagtttgaagatcataaatca
aaagctcaacaaatatggtacaaaaacagacataacaaaacactgaacatgatgcaacac
acaaagtctatgaacattcacagtcagtatgaagaacaaagctcaccaagttctgtcagc
atggattcagaggatgacctccttcagaagtgcataacatctgccatgccaaagcagaga
cggaagctggctgccaggaagaagaaggcagagaatgctcaaaaacaaaggtcctctgat
gggtgggacatggatgaggaaatggacagtgatgatacagcatgggataatgattcagac
ctcaatagtattgaatggagagccatacaggaaggtgctaattctgttgtcactggtctg
caggcatcaaaatctcaagatccgtcctctgaagagaccgaatcagtcttgtcattcatg
tcaacatccagcttcacaccaaaagaaaagaagtttgctaaagacaaaaaggcaaacaaa
cctctggactttgcacagcgcaagccagttccaaacttgccagtggttttcagaggcagg
acagtgatctatacaccgaaaaaagaggaagctccatcacaaagacctccacccaggaaa
gtaccaaccaggcccgatgctccaaagaacccagaccttgctcagcacagatcaaagagc
cttcaccgattaggtaggcctcaggacacagagctgtccttgccaaagaggagctctact
ccacctccaaggataccaaaaagttcatcctctggatcatcacaaagctcaactccatcc
aggcactcacagaggaagataacatccccgattcagacaaataaaaccatccagagaaag
aatgccacacctgctagtagcccaccggttagtagtccccctgaaagaaagggacgctcc
ccttttgtgaatcaaaatgaaaaatctccaccgcctaaaacccagaagtcccccgtcaga
atccctttcatgcaaaattcagtgaagcaacctagacctctgtcaccgctggtaactaac
caaacaaccatcagacaaaatcagatgaacgcgaaaagggttccccctgccaatcgattt
gacctggtcaggatgacatctgtccactcaagtggtggtgagtctgatcgaaatggattc
ctgagacaattaacattcattaaggaatcaaagactgcgctgagacgtgatggctcttca
cgcaacatgcctggatctcagaatggatctccacgcagagcagttccagtacctgcagct
gtctttctctgctcgtcacgctgtcaggaacttaaagcagctgtgcaagtccagagaaga
atgcaaggaaaaggttcaggacaagcccaacaagtccaaaggtcagattcgggccgtcag
aggcagactacaaccatgtccagggcgacctccagtgaacgagatctatctggaagacgt
caagccaggagaacgagctctgaaagtccctgcagggttgctcaaaggaacccgcctggc
agattttctggagcaagacagcagcaagacaaagatacatttaaacgccacgcctcatca
ccaagcataaatattctgagccgagtgaccagccgttcttccctccgctcttcatcctcc
gattcaagtggaagagcaaagagtgaggatgatacaaagaaaaaagggcagagatctgca
tctaggctaaatgacagagtcacctggaggaggataagggatgaagatgtacctcagata
ctgaaaagcactctgccagccaatgcattacctctggtgccttctcctgatgaggaaaag
ccaaagccaccagctcttccaggaaaactgccgacaattctgcttgcatcacgcaagaca
agcgatgcaacagtccagacagaagatttttcaaataagatcaactcgagcacctctccg
acggtagaaaccgctcaggtgagctcagaggaagtggcgagactaaccctactcagaaag
ttcagtgccaactctgggagtacactccaagatggagattctgacagctcagtgaggagc
cacagcgccgtctccacaggaacttcagacggccacgtgggtggagctgttcatttccgc
caaggatcccccagcaaggctgccagagtcactccattcaactacacgcccagccccatg
acctgctgcctgcaagacacactgagccaggcagccacaatcaatgaaaagtcaggggaa
aagagtgagtcgtag

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (11)   
   Pfam (11)   
All databases (15)   

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