KEGG   Astyanax mexicanus (Mexican tetra): 103031611
Entry
103031611         CDS       T05042                                 
Symbol
apc
Name
(RefSeq) LOW QUALITY PROTEIN: adenomatous polyposis coli protein
  KO
K02085  adenomatosis polyposis coli protein
Organism
amex  Astyanax mexicanus (Mexican tetra)
Pathway
amex04310  Wnt signaling pathway
amex04810  Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:amex00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04310 Wnt signaling pathway
    103031611 (apc)
 09140 Cellular Processes
  09142 Cell motility
   04810 Regulation of actin cytoskeleton
    103031611 (apc)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:amex01009]
    103031611 (apc)
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:amex03036]
    103031611 (apc)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:amex04812]
    103031611 (apc)
Protein phosphatases and associated proteins [BR:amex01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     103031611 (apc)
Chromosome and associated proteins [BR:amex03036]
 Eukaryotic type
  Centrosome formation proteins
   Other centriole associated proteins
    103031611 (apc)
Cytoskeleton proteins [BR:amex04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    EB / APC
     103031611 (apc)
SSDB
Motif
Pfam: Arm_APC_u3 APC_basic APC_r EB1_binding APC_u5 APC_rep APC_u14 APC_u9 SAMP APC_N_CC Arm APC_15aa Suppressor_APC APC_u15 APC_u13 Sec7-like_HUS HMMR_C DUF5798
Other DBs
NCBI-GeneID: 103031611
NCBI-ProteinID: XP_022536604
Position
20:complement(2780118..2824563)
AA seq 2762 aa
MAAASYDQLLKQVEALKMENSNLRQELEDNSNHLNKLETEASNMKEVLKQLQGSIDEDSK
DSQGQIEFLERLKEISLDPNSFPGVKLRPKASMQGSSSGRSADSSPSPSPMSSFPRRGVA
NGGRDSAGYLEELEKERSLLMAELEKEEKEKDWYYAQLQNLTKRIDSLPLTENFSLQTDM
TRRQLEYEARQIRAAMEEQLGTCQDMEKRAQVRVARIQQIEKDMLRIRQHLQSQPAEAEP
SAKHADLVAQAEGAQASAEAGIAAAGGSQGSGSRVDHDTASEMSSGGSYSVPRRLTSHLG
TKVEMVYSLLSMLGTHDKDDMSRTLLAMSSSQDSCIAMRQSGCLPLLIQLLHGNDKDSVL
LGNSRGSKEARARASAALHNIIHSQPDDKRGRREIRVLHLLEQIRAYCETCWEWQESHER
GVDQDKNPMPSPVEHQICPAVCVLMKLSFDEEHRHAMNELGGLQAIGELLQVDCEIYGLT
SDHYSVTLRRYAGMALTNLTFGDVANKATLCSMKGCMRAMVAQLKSESEDLQQVIASVLR
NLSWRADVNSKKTLREVGSVRALMECALEVQKESTLKSVLSALWNLSAHCTENKADICSV
SGALAFLVSTLTYRSQTNTLAIIESGGGILRNVSSLIATNEEHRQILRENSCLQTLLQHL
KSHSLTIVSNACGTLWNLSARNAKDQEALWDMGAVSMLKNLIHSKHKMIAMGSAAALRNL
MANRPAKYKDANIMSPGSSLPSLHVRKQKALIEELDAQHLSETFDNIDNLSPKASHRGKP
RHKHNVYGDYDGVCRSDGYNTSGVGVRSPYMNTPVLSSPSSRENSRGNSKSIRAERDKSL
DRERRGFHPDPDSSKRLQAMQIPTTAAQIAMVMEEVQSMHLGLDDRTAGSTSDSHMVQDD
MIRRQTGVHSHQNIYSYSKPDPSGRPCPMPQLEYRASNDSLNSVNSTDGYGKRGQMKPSV
DSYSEDDESKCCVYRKYPADLAHKIHNANHMEDDDGDLDTPINYSLKYSDEQLNSGRQSP
SQNERWARPKTLEEEIKRSEQKPPRSQSPGYPMYPEGNTESEDKRKKFQPRFVQQDMSGG
FRQRGPNEQSSSGSSHGMTKKISQTICTVDDFGDEKPTNYSERYSEEEQLDEQPTNYSMK
YNEDHHVEQPIDYSLKYSEGPKKAVFSHSKPSSSQSSVKDQLSQDSSSSVSSIKNQGRQK
QLHPSTAAQTRSGPGGRAMQKTASCKAPTINQETLQTYCVEDTPICFSRGSSLSSLSSED
EMDSCKRNVNASSNYPTLPVSEKESSAPDQRTTESQSSGHYVRMKPPRHQGSHVGHGEGS
RHHKAVEFSSGAKSPSKSGAQTPKSPPEHYVQETPLMFSRCTSVSSLDSFESHSIASSVQ
SEPCSGMVSGIISPSDLPDSPGQTMPPSRSKTPPPPPPRSTSIKQKVTVPPRSEKQEMPP
RRAAVNAAVQKVQVLPDNDTLIHFATESTPDGFSCASSLSALSLDEPFIQKDVELKIMPP
VHEDDHGNDSEPEKDEVKELKGQEKPSAAPEPEKDILDDSDDDDDIEILEACINSAMPTK
SSRKPKKQTPPSSSRIPPPVARKPSQLPVYKLHPPQARGQQKHVALAHGEDMPRVYCVEG
TPINFSTATSLSDLTIDSPPNELAAIENPPSHAEASNQRRDTVPEGKSAETKDVVPSDSL
GAPAENEGDDILAECINSAMPKGKIHKPFRVQKMSDQPQHPPTATGSLVQQDFEKKKPTS
PVKPMPQSSEYRLRMLKRQDAPGNLSEATAYPDKNAESKKFEARVGPREFSDKPVNAEER
TRPGYTFDSPHHYTPIEGTPYCFSRNDSLSSLDFEDDDLDLSKERAELRKDKEQRKVPPL
KSSGEQPGNTNRVAAFQNAPSKPHQKPGFPLAPKESTGTVPDEKQKFSIEDTPVCFSRNS
SLSSLSDIDQENNNKDCTLKEDTTQVEMPRPQASGYAPKAFHVEDTPVCFSRNSSLSSLS
IDSEDDLLQECISSAMPKKKKQPPRSKSDDQGVKEEKSMMADGILAEEPDLILDLTDTHS
PISEQALSPDSESFDWKAIQEGANSIVSSLHQAAASLSRQGSSDSDSILSLKSGISIGSP
FHLPSNQDDSKQSANKGPRILKPGEKSTLEAKKKEEEAAKSLKGGKKVYKSLITGKPRPS
LESMASQQRQAQVPVVSRGRTMTHVPGVRSSSPSTSPIPKKPPARGQVAKPPSQGPNSVN
SPRSIKPPSKTDPSPARESPATPGGSSKASSRSGSRDSTPSRPPQQSLTRPMQSPGRNSV
SPGRNGLTPPNKLSQIPRTVSPSAASKPAGSGRMTYASPGRQLSQHTPSKQQSGLPRSTS
GIPRSESASKVLNQSGASGPPKKAELSRMSSTKSSGSESDRSEKPGLVRQSTFIKEAPSP
TLKRKLEESASFESLSPSSPSQSQTPVSSPSLPDMSLSLPYQGSGWKKSPQSQNSSENGD
GKSIRRQDISRSHSESPSRLPINRAGTWKREHSKHSSSLPRVGTWKRTGSSSSILSASSE
SSEKGRSEDERQPANPPQRSGQSKEGGLERKGTWRKVKESETSPSMTLDLTDPAGDHQMS
AAGSKSEDVWVRIEDCPINNPRSSKSPTANTPPVIDSLPGKVHPCDWDSSEVHQHKQPTS
SERRLGSETNLNLIRSSESLDKKVTDIKPVSSNPNIATEVHEIAVAERTPFSSTNSSKHS
SPSGAVAARVSPFNYTPSPRKSSADGLTPRPSQIPTPVNSNAKKKDSKGDTTESGSYIVT
SV
NT seq 8289 nt   +upstreamnt  +downstreamnt
atggctgcagcatcttatgatcagctgctgaagcaagtggaggccctgaagatggagaac
tccaacctgagacaggagcttgaggacaactcgaaccacctcaacaaactggagaccgag
gcctctaatatgaaggaggtgctgaagcagctgcaaggaagtattgacgaagactcaaaa
gattcacaaggccagatcgagtttttggagagacttaaagagataagtctggatccgaac
agttttcctggggtgaagctgagaccgaaagcctccatgcagggctccagctcaggccgc
tctgcagacagcagccccagccccagccccatgtcctccttccccaggagaggcgtcgcc
aacggggggcgagacagcgctggatacctggaggaactggaaaaggagaggtctttatta
atggcagaactggagaaagaagagaaagagaaggactggtactacgcccagttacaaaac
ctcaccaaacggattgacagcctgccactgaccgagaacttctctttacagacggatatg
acccggagacaactggaatatgaggctcgtcaaatccgtgcagcgatggaggagcagctg
ggcacgtgccaggacatggagaagagagcacaggtgcgggtcgctcggatccagcagatc
gagaaggacatgctgaggatccggcagcacttacagtcgcagcctgcagaagctgagcca
tctgccaagcatgctgacctcgtagcccaggctgaaggggcccaggcatcagcagaagct
ggcatcgctgctgccggtggctctcagggctcgggttctcgtgtggaccacgacacggcc
agtgagatgagcagtggtgggagctactcggtcccacgaagattaaccagccatctgggc
accaaggtggaaatggtgtactctctgctgtccatgctggggacccacgacaaggacgac
atgtcccgcaccctcctggccatgtccagctctcaggacagttgcatagccatgcgtcag
tcaggctgccttccgctgctcatccagctcctccacggtaatgataaggactctgtgctg
ctgggtaactcccgcggcagcaaggaggctcgggccagagccagcgccgcccttcacaac
atcatccactcgcagccggacgacaagcgcggccggagggagatacgggtgctccacctc
ctggagcagatcagggcgtactgcgagacctgctgggagtggcaggagagccacgagcga
ggagtggaccaggataaaaaccccatgccttctcctgtggagcatcagatctgtcctgcg
gtttgtgttctcatgaagctgtccttcgatgaggagcacagacacgctatgaatgaactt
ggtggactgcaggctataggggagctgctgcaggtggactgtgagatttacggtctcacc
agtgatcactacagtgttacactaagaagatatgctggaatggccctcactaacttaacc
tttggagatgtggccaataaggctacactttgttctatgaagggctgtatgagggccatg
gttgctcagctaaaatctgagagtgaagatttgcagcaggtaatcgccagtgttctgagg
aacctgtcctggcgtgcggatgtgaacagtaagaagactctgcgagaggtcggcagcgtt
cgagctctgatggagtgcgctcttgaggttcagaaggaatccacattaaaaagtgtcctg
agtgccctgtggaacctgtctgctcactgcactgaaaacaaggctgatatctgctcagtc
tctggagcgctggcgtttttagtcagcactctgacctacagaagccaaaccaacaccctt
gccattatagaaagtggtggaggcatcctgaggaatgtatccagcctcatagccacaaac
gaggagcacaggcaaatcctaagggagaacagctgtctccagactcttcttcagcacctg
aagtctcacagcttaaccatcgtgagcaatgcctgtgggaccctctggaacctctctgct
cgcaacgcaaaggaccaggaagcattatgggacatgggtgcagtcagcatgctgaagaat
ctgatccactccaagcacaaaatgatcgccatgggcagtgctgcagctctgaggaaccta
atggccaaccggcctgccaaatacaaggacgccaatatcatgtcccctggatcgagtcta
ccttcactacatgtacgcaaacagaaagcactaattgaggaactggacgcacagcatctt
tcagaaacgttcgacaacatagacaatttgagtcccaaggcttcccacagggggaagcct
cgacacaagcacaacgtctacggcgattatgacggggtgtgcaggtcggacggttataac
actagtggcgttggcgttcgctccccttacatgaacactccagtgctgtccagcccatct
tcacgtgagaattcacgagggaattccaaaagtattagagctgagcgagacaagagtctg
gatagggaacgaagagggttccaccctgatcctgactctagtaaacgattgcaggcaatg
cagattcctaccactgcggcgcaaatcgcaatggtaatggaagaagtccaaagcatgcac
ttaggcctggatgacagaactgcaggttctacctcagactcccatatggtgcaagacgac
atgatcagacgccagaccggtgttcacagtcaccagaacatttacagctacagcaaacca
gacccatctggaagaccatgcccaatgccccaactggagtacagagcatctaatgacagt
ctgaatagtgtcaacagcaccgacggttatggcaagcgaggccagatgaaaccatctgta
gactcctactccgaagatgatgaaagcaaatgctgtgtctacagaaaatacccagcagac
cttgcccataagattcacaatgccaaccacatggaggacgacgatggagatctagacacg
ccaattaactacagtttgaagtattccgatgagcagctcaactctggccgacaaagccca
agccagaatgaaaggtgggcaaggcccaagactctggaggaagaaattaaacgctctgaa
cagaagccacccaggtcccaaagccccggatatccaatgtacccagagggaaatactgaa
agtgaggacaaacgtaagaaattccagcccaggtttgtccaacaagacatgtctggagga
ttccgacaaaggggacccaatgaacaaagcagcagcggttctagtcatggaatgactaaa
aagatcagccaaacgatttgcactgtggacgatttcggcgacgagaagccaaccaactac
agtgagcgctactctgaagaggaacagcttgacgagcagccgaccaattacagcatgaaa
tacaacgaagatcatcatgtagagcaacccattgattacagtctgaagtattccgaaggt
cctaagaaggcagtattcagtcactcaaagccatcttcatctcagagctctgtcaaagac
cagttaagccaggatagttcatcttcagtgtcttctataaagaatcaaggcaggcaaaaa
cagctccacccatccacagcagcccaaacaagatctggacctggtgggagagccatgcag
aagacagcatcttgcaaagctcctacgataaatcaggaaacattgcagacgtactgtgtg
gaggacacacccatatgtttctcaagagggagttctttgtcatcgttgtcctctgaagat
gaaatggacagctgtaagaggaatgtcaatgcatcaagtaactacccaactttgcccgtt
tccgagaaagaatcgagtgctcctgatcaacgcacaacagaaagtcagtcgtctggacac
tatgtgcgaatgaaacccccgcgacaccaaggttcacacgtcgggcatggagagggttcc
agacatcacaaagcagtggaattctcctcaggtgctaaatcgccttccaaaagtggtgct
caaacccctaaaagtcccccagaacattatgtgcaagagacgcccctcatgttcagcagg
tgcacttcggtcagctctctcgacagttttgaaagccactctattgccagctctgtacag
agcgagccttgtagtggcatggtcagtggcataatcagcccaagtgatttaccagacagc
cctgggcaaacaatgcctcccagtcgtagcaagacgccgcctccccctccaccacgttca
acatctataaaacaaaaagttactgtgccaccccgttctgaaaaacaggaaatgcctcca
aggcgtgctgctgttaatgctgctgtgcagaaagtacaagtacttccagataatgacacg
cttattcacttcgccacagagagtactccagatgggttttcatgtgcttctagcctcagt
gcgctaagtctggatgagccctttattcaaaaagatgtcgagctgaagatcatgcctcca
gttcacgaggatgatcacggaaatgactctgaacctgagaaagatgaggttaaggagttg
aagggacaagagaagccttcagcagctcctgaacctgagaaagacatcttggatgactcg
gatgacgatgatgacatagagatcttagaggcctgtatcaattcggctatgcccacaaag
tcttcaagaaagcccaagaaacaaacccctccatcctcctcgagaatacccccaccagtg
gcccgcaaaccaagccaactccctgtttacaaactacaccccccacaagccagggggcaa
cagaaacatgttgcactagctcatggagaggacatgcctcgggtttattgcgtagaaggt
acgcccataaacttctccacagcaacatcgctcagtgaccttacgattgattcacctcca
aacgagttggcagctattgaaaatcccccttctcatgcagaggcatccaaccaaagacgt
gataccgtcccagagggcaaaagtgcagaaacaaaggatgttgtaccctctgactcacta
ggtgctcctgctgagaatgaaggagatgacattcttgcagaatgcatcaactccgcaatg
ccaaaaggtaaaatacacaaaccttttagagtgcaaaagatgtctgatcagcctcagcac
cctcctacggcaactggcagtctagttcagcaagactttgaaaagaaaaagccgacttca
ccagtaaaacctatgcctcaaagcagtgagtacagattaaggatgctcaagcggcaagat
gctcccggtaacttatcagaagcaactgcgtatcctgataaaaacgcagaatctaaaaaa
ttcgaggccagagtaggtccaagagaattttcagataagcctgtaaatgccgaagaaaga
acacgtccaggttatacctttgattccccgcaccattacacaccaatcgagggtactcct
tactgcttctctcgcaatgattccctgagttcgctcgactttgaagatgatgatcttgac
ctttcaaaagaaagggctgagctcagaaaggataaggaacaaagaaaagtcccacctttg
aagagcagtggagaacagcctggaaacaccaacagagtggctgcctttcagaacgctcca
agcaagccccatcaaaagcctgggtttcctctagcacccaaagaaagcacaggaacagtg
cctgacgaaaagcaaaaattttcaatcgaagacactccagtttgcttctcaagaaactca
tctctaagttcgttaagtgacattgaccaagaaaacaacaacaaggattgcacactcaaa
gaggacacaacccaggtggaaatgcccaggcctcaagcctctggttatgcccccaaagct
tttcacgttgaggacaccccagtatgtttctctaggaatagttctcttagctctctcagt
attgattctgaggatgaccttcttcaggagtgtatcagttctgcaatgccaaagaagaag
aagcagccaccgcgaagtaaaagcgatgaccaaggagtaaaggaggagaaaagcatgatg
gctgatggtattttagcagaagaaccagacctcatactggatctcacagatacgcacagt
ccaatttcagagcaagccttgtcgccagactctgagtcatttgactggaaagccatccaa
gaaggtgccaattcaatagtcagcagtctacaccaggctgcagccagtctgtctcgacaa
ggctcatctgattcagactccatcctctctctcaaatctggtatatctattgggtccccg
ttccacctgccttcaaatcaagacgatagcaagcagtctgccaacaaaggcccaagaata
ttgaagcctggcgagaaaagcactttagaagcaaaaaagaaagaggaggaagctgctaaa
agcttaaaaggtggcaagaaagtgtataaaagcctcattactggcaagccacggcccagt
cttgagagtatggcttctcagcagagacaagctcaagttcctgtagtttccagagggaga
acaatgactcatgtacctggtgtaagaagcagttcgcccagcactagccctattccaaaa
aagcctcctgcacgtggtcaagttgccaagcccccatcccaaggaccaaattctgtaaac
tctcccagaagcattaagcctccatcaaaaacagatcctagtcctgccagagaatcacct
gccacacctggaggatccagtaaagcttcctctcgatcaggatccagagactccacccct
tctagaccacctcagcaatccctcacaagacctatgcagtctccaggtcgcaactctgtc
tcaccaggcagaaatggtctcaccccgccaaataagctatctcagatacctcgtactgtt
tctcccagcgccgcctccaaaccagccgggtctggacgaatgacttacgcctctcccggg
aggcagttgagccagcatacaccttcaaagcagcagagtggcttgccaaggagtaccagt
ggtatacccaggagtgagtctgcatcaaaagttttaaatcaaagtggagcctctggtcct
ccaaaaaaggcagagttgtctcgaatgtcgtccacaaagtcaagtgggagcgagtctgac
cgatccgagaagcctgggcttgttcgccagtccactttcattaaagaagcccctagtcca
acgttaaaaaggaagttagaggagtctgcttcttttgaatccttgtcaccttcgtctcca
agccagtcgcaaacgcctgtatcaagcccttcccttccagacatgtctcttagtctgcct
tatcaaggaagtggttggaaaaagtcccctcaaagccagaattcctccgaaaatggagat
gggaaatcaattagacggcaagacatttcacgttcccattccgaaagtccctcaagactt
ccaattaacagagcgggaacatggaaaagggagcacagcaagcattcctcttccctccca
agagttggcacttggaaaagaacgggcagcagttcctctatactctctgcctcgtctgag
tccagcgaaaagggcaggagcgaagatgagcgtcagccagccaatcctccacagcgttct
gggcaaagcaaggaaggaggactggaacggaaaggaacttggcggaaagtaaaagagagt
gaaacgagtccctcaatgactttagacttgacggatccagctggagatcaccagatgagt
gccgcagggtccaagagtgaggatgtgtgggttcggattgaagattgcccaattaacaac
cccagatctagcaagtccccgacagcaaatacgcctccggtcatcgatagtttgccggga
aaggtgcatccctgcgattgggactcgagcgaagtgcaccaacacaagcagccaacgtcg
agtgaacgccgccttggttctgaaacaaatttaaacttgatcagaagcagcgagagcctt
gataaaaaggtgaccgacatcaagcctgtttcaagcaacccaaacatcgccaccgaagtc
cacgaaattgcagtagccgagcgaacgccgttcagttcgaccaactccagcaagcacagc
tcccctagtggtgccgtcgctgcgagggtcagtccgtttaactataccccgagccccaga
aagagcagcgccgatggcctgacgccgaggccgtctcagatccccactccggttaactcg
aacgccaaaaagaaagactctaaaggagacacgaccgagagcgggtcatatatcgttact
tctgtgtaa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (69)   
   KEGG ORTHOLOGY (1)   
   RefGene (65)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (18)   
   Pfam (18)   
All databases (96)   

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