KEGG   Leucoraja erinaceus (little skate): 129711349
Entry
129711349         CDS       T09122                                 
Symbol
apc2
Name
(RefSeq) adenomatous polyposis coli protein 2 isoform X1
  KO
K02085  adenomatosis polyposis coli protein
Organism
leri  Leucoraja erinaceus (little skate)
Pathway
leri04310  Wnt signaling pathway
leri04810  Regulation of actin cytoskeleton
Brite
KEGG Orthology (KO) [BR:leri00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04310 Wnt signaling pathway
    129711349 (apc2)
 09140 Cellular Processes
  09142 Cell motility
   04810 Regulation of actin cytoskeleton
    129711349 (apc2)
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:leri01009]
    129711349 (apc2)
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:leri03036]
    129711349 (apc2)
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:leri04812]
    129711349 (apc2)
Protein phosphatases and associated proteins [BR:leri01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     129711349 (apc2)
Chromosome and associated proteins [BR:leri03036]
 Eukaryotic type
  Centrosome formation proteins
   Other centrosome associated proteins
    129711349 (apc2)
Cytoskeleton proteins [BR:leri04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    EB / APC
     129711349 (apc2)
SSDB
Motif
Pfam: APC_basic Arm_APC_u3 APC_rep APC_N_CC Arm SAMP APC_r Suppressor_APC Sec7-like_HUS Mis12 HALZ APC_u13
Other DBs
NCBI-GeneID: 129711349
NCBI-ProteinID: XP_055514924
Position
29:complement(26495467..26623123)
AA seq 2539 aa
MSGSTSSYDHLVKQVEALRKENSHLRRELEDNSSHLTKLETETSDMKEMLKQLQNKLEQE
ASNLVSTGRSDILDQLTELNTDIASLCDNKWQSNMVCTGPGRFTLDQAFERNQAHPTTPL
AQDYVPRPHGRLEHLEELNEERALLLSEIEKEEKEKAFYCAQIQNLGKRADEMLQIRSVS
KHMDLIRQQLQYEAHQIKAIIEERYGTGDSTTERLQMRMNRVQEIEKEILQSQQRVRETE
TEGRGQSNDQDAEDRMNNLPQGLNNLGSKVEMVFWLLSMLATRDKEDMSRTLLAMSSSQD
SCVAMRKSGCLPLLIQLLHDSEREAAGSAVDGGTKEARARASAALHNIVYSQPDEGQAKR
EMRVLHVLEQVRLYCDSCWEWLDNRGENGADTNSLPLPIEPQICQAMCAIMKLSFDEEYR
RAMNELGGLQAVAELLQVDCDMYGATSDPLNSALRRYAGMALTNLTFGDVVNKATLCSRK
GCMQSIVAQLESDSEDIHQVVASILRNLSWRADVNSKRILREVASVTALMQCALKAKKES
TLKSLLSALWNLSAHSTENKVAICSVDGALIFLVGTLTYKCQSNSLAIIESGGGILRNVS
SLIATNEEYRQVLRDYNCLQTLLQHLKSHSLTIVSNACGTLWNLSARNAKDQELLWDMGA
VSMLRNLIHSKHKMIAMGSAAALRNLLTNRPAKYKDTAMISPGSCMPSLYMRKQKALEAE
LDAKHLSETFDSIEKLSPKHSNINKPLRHIESLAKDYASDSGCFDDDEGPNISTGLETGG
LSMLSMYLNSSFLQGQGFSRCRSAGRSSKSERDLDGTQADLQKFNPSTDNVSIAAERLVN
QISTTVARIDKIVEDMSHMHTSSEDSFSLSSEDQCIDWQSALDDLNEPRTKSSSPRHLAD
AVNSGIRVKAQGILGARTDNANLSSDSLECGNSTEQDTKSQMSSSKESSSSGHKEEVPLY
QKRPNNLVLKNGENHQMDRKESDGQPRSREPRTSWNDAWGVRKVDEISKSQFSPFYERSQ
VASITSRSSPSPSPGNSLTPQSLTSRKQAWVHSGLSQSNRDLSQGLSSTSACTPSSNGQE
TLQTYCVEDTPICFSRCSSLSSLSSAENALDVQIGSENENDIDSDSSLEIIGVEKESPLT
AEKTISDESLGSEEMLLKSSDHSFSSTSQPIEIPCPKQEKFLMRKRAASRNMDSSPSSLS
DNYLQETPLVLSRCSSVSSLGSFESPSIVSSIQSDPCSEMVSGTISPSDLPDSPGQTMPP
SRSKTPLLDHLDKDANQVNNQWDSEMKKHMDINEFKERFQLPADIDTMLYFTLEKPNENF
SCASSLSALTLHEPYIQKDIELKLMPLLQEKSCFNCLAQEKREDMREERTADGMEKADKL
DCILENSDDDIEILKECINSAMPTKFRKVISGLSGQVLQSKKSLQLPVYMLLPDHSQLES
GGHTVAKNDNFREDSSYSDSVEGTPVNFSSSASLSDETLEYPQRDSPSVAKVRPEITERR
ELIPAEGRNTDDLEVPISIRMHEKSLEHGNKYHFNINEVCPHSSSIPRGQSHLLINVNQR
EVQKLNQNPLPSQQCQNHNDPVFQSGLTANILRKEHAPPRQLVKPDKMGCKRAEEGEQRM
EVSGGEYIHGSYAFQSMRHTTPTEEAVYCFYENDTLDRLSVSKDSVKQKNGVKSDYEENL
IITQNGETMNEPNENYKTTMKFKTAKMERSLITDESPLCSLSSSLSSLSDVELEEFQTKT
RKAFVKSRKKSASSSAASKSFTQGYSSSPTTRDSSPSSPSYDSEDDLLQKCISSAMPKKR
KHSSKQKSEKSAKQSCQNGNSQTHAGANVSWDLPQRNDGSRDVCSSLSDLSSPDVESFEW
KAIQEGANSIVTSLHQAAACLSREPSSESDSILSFVSGLSVGSTLHFTLERKDKKRTQKE
QPRDLEAAEHIVKEGKKLTEHKATAGKPSNANRGSNIPKQPSRAVSLPVIFRGRTVIYMP
DMWKKPNNNANNTPSKKAIPKNNAPSKNLNQTFRSRSLHRPGQMTEKVDTSLPKRSVTPP
ARITRGPSRGSSRNSTPSRQPQRNLTSSTQPNKQVTPHVTKTIVNKIDQKQRTQVTSLPS
TPNIRSPASGKLTRKSPVQVSNSQAPAKPETPVKKLSTFQKKNTTASNKSLGSKKMMPPN
RLDLVRMSSAKSSGSESDKSNFVRQLTFIKESPGLLKRQKSEASSSESISSLSQSVSPRR
SKSDFQAALLRSSQCPALKVARPALTVNASQRKAACKEPAVRNEKWSRRPSSESPSRLPV
KNSAAWKQEHFKRYSSSPHINVLQRAASPSSTRSASSESSDKTKSEEELRGTDRPTRRSE
QQVRKNQPSLKGTWRRIKDEDIPYFLSNSLPPSAMTLVNKPESARLPGKAGVAVETKTSD
AFVQTEDFPITKTNSSTSPTLDLIPHLQQALHRNVRSRPFIGKSLETIYGIHSTEQEPDA
VLLMRSNITSSSETESHSIAPAHMHFNPSRHGSPSRAARVTPFNYIPSPKAIRSDNGSLQ
PSQIRAPIINEKTVAKVQS
NT seq 7620 nt   +upstreamnt  +downstreamnt
atgtcagggtcaacgtcttcttacgaccatctcgtgaagcaagtcgaggcacttaggaaa
gagaactctcaccttcggagagagctggaggacaactccagccatctgactaagctggag
accgagacgtcggacatgaaggagatgctgaagcaacttcagaacaaactcgagcaagag
gcgagcaacttggtttctactgggagaagcgacatcttggaccagctgacagagctgaac
accgatattgccagtctgtgcgacaacaagtggcaatcgaacatggtgtgcacgggaccc
ggcagatttacactggaccaggcatttgagagaaatcaggcgcaccctacaactccgctg
gcccaagactacgtgcctcgcccacacgggcgattggagcacctggaggaactcaacgaa
gaaagagcactgcttctttccgagattgaaaaggaagagaaggagaaggcattttattgt
gcgcagatccagaatcttggcaagcgagcggatgagatgctacaaatcagaagcgtttcg
aagcacatggacctgattcggcaacagctacagtatgaggctcatcagatcaaagccatt
attgaggagagatacgggacaggtgacagcacaactgaacgactccagatgcgaatgaac
cgggtgcaagagattgaaaaggagattcttcagtcgcaacagagagtgcgtgagaccgag
accgagggacgtggtcagtctaatgatcaggacgcagaggacagaatgaataatttacct
caaggactaaacaacttgggcagtaaggtggagatggtgttctggctgctctccatgctg
gccacccgggacaaggaggacatgtcgcggaccttgctggccatgtccagctctcaggac
agctgcgtggccatgcgcaagtcgggctgcctgccgctgctcatccagctgctgcacgac
agcgagcgggaggccgcaggctccgccgtcgacgggggcaccaaggaggcccgtgcccgg
gccagcgccgccctccacaacatcgtctactcgcagcccgacgagggccaggccaagcgg
gagatgcgcgtcctccacgtactggagcaagtgcgactctactgtgactcctgctgggag
tggctggacaacagaggggaaaacggcgccgataccaacagcctgccgttacccattgaa
cctcagatctgccaggcgatgtgcgccataatgaagctgtccttcgatgaagagtaccga
cgagctatgaatgagctaggaggtttgcaggcagtggcagaactgcttcaggtggactgc
gacatgtatggggccaccagtgaccctctgaactcggccctccgacggtatgctgggatg
gccctgaccaacctcacctttggagatgtggtcaacaaggctacgctgtgctcgagaaaa
ggctgcatgcaaagtatcgtggcccagttagagtccgacagtgaagacatacatcaggtt
gtggcgagtattttgaggaacctttcatggcgggcagatgtcaacagtaagaggattctg
cgggaagtcgcgagtgtcactgccctgatgcagtgtgctctaaaagcaaaaaaggaatcg
acactcaagagcctgctgagtgccctttggaacctgtcggctcacagcacggagaacaaa
gtagcaatctgttccgttgacggggcactgatattcctcgtgggtactctgacctataaa
tgtcagagcaattccctcgccatcatcgagagcggcgggggcatcctccgcaacgtttca
agtctcatcgcaacgaacgaggagtacaggcaagttcttcgcgactacaactgtctgcag
accctcttgcagcatctgaagtcccacagtttgaccattgtcagcaatgcgtgcgggacc
ctgtggaacctttcagctcggaatgcgaaggaccaggaactgctctgggacatgggggca
gtcagcatgctgaggaacctgatccattccaaacacaagatgatcgccatgggaagtgca
gctgccctgaggaacctgttgactaaccggccggcaaaatacaaggataccgccatgata
tccccgggctcttgcatgccttctttgtacatgaggaagcagaaggccctcgaggccgag
ctggatgcaaaacatttatcggagacctttgacagtattgagaaactcagtccgaagcat
tccaacatcaacaagccccttcggcacattgaaagtctggccaaggattatgcttcagac
tctggatgctttgacgatgatgagggccctaatatttcaactggattggaaaccggtggg
ttgtctatgctgtccatgtatctgaactcttccttccttcaagggcaaggtttttcacgg
tgccgtagtgctggaagaagctcgaagtcggaaagagatcttgacgggacgcaggcggat
ctccagaagttcaacccctccacggacaacgtgtcgatcgctgcggagaggctggtgaac
cagatctccacaacggtggccaggatcgacaaaatagtggaagatatgtcgcacatgcac
acatcctcagaggacagttttagcctcagctctgaagaccagtgcatcgactggcagtct
gcgttagatgatctgaatgaacccaggacaaagtcctcatcgccccgtcaccttgccgat
gccgtcaattcaggcatacgcgtgaaggcacaaggcatcttgggtgcaaggacagacaat
gccaacttatcaagtgacagtctggagtgtggcaatagcactgaacaggacactaaaagc
caaatgagttcatccaaggaatcctcaagttcaggacacaaggaagaggttcctctgtat
cagaaaagaccaaataatttggtcctgaagaacggagaaaaccatcagatggatagaaaa
gaatctgatggacaaccaaggtcccgagaacccagaacctcatggaatgatgcctggggg
gtaaggaaagttgatgagataagtaagagccaattttcacccttttatgaaaggagccaa
gtggcttcaatcactagcagaagtagtcctagtccaagcccaggaaattccttgactcct
cagagcttgacaagtagaaaacaggcgtgggtccattctgggctttctcagagcaacaga
gatttgagtcaaggcctctccagcacatctgcttgtacgccaagctccaacggccaggaa
acgttgcaaacctactgcgtggaagacacaccaatttgcttttcacgttgcagttcattg
tcgtccctctcatctgctgagaatgccctggacgtgcaaattgggagtgaaaatgaaaat
gacattgacagcgattcttcgctggagattattggtgtcgagaaagagtccccactgact
gctgaaaagactataagcgatgagtctcttggctcggaagaaatgctgctcaaatctagc
gaccattcatttagcagcacgtcacagcccattgaaataccttgcccgaagcaagaaaag
tttttgatgaggaaaagggcagcttccagaaacatggattccagcccatcgagtctgtcc
gataattacttgcaggaaacgccactggtcttgagcaggtgcagttcagtcagctctctc
ggaagcttcgaaagtccttcaatagtcagttccattcagagtgacccttgcagcgagatg
gtgagtggtaccatcagccccagtgatctaccggacagccctgggcaaaccatgcctcct
agcagaagtaagaccccattgctggaccatctggacaaagatgccaaccaagtcaataac
cagtgggacagtgagatgaagaagcacatggacatcaacgagttcaaggaacgcttccag
cttccggcagacattgacaccatgctgtacttcactctggagaagccaaacgagaacttc
tcatgtgcgtcaagtctgagcgccctcacccttcacgagccgtacattcagaaggacatt
gagctgaagttgatgcctcttctgcaggagaagagctgcttcaactgcctggcacaagag
aagagggaagacatgagagaggaacggacggcggacggcatggagaaggcggataagttg
gattgcatcctggagaactctgacgacgacattgaaatcttgaaagaatgcattaattcc
gcgatgccgaccaaattcaggaaagtcatttctggcttgtccggtcaagtgctgcagtcc
aagaagtctcttcagctgcccgtttacatgttactgccagatcattctcagttggagtca
ggcgggcacaccgtcgctaaaaacgacaactttagagaagactcctcctactcggactct
gttgaagggactccggtcaacttttccagctcagcctccctcagtgatgagaccttggag
tatccgcaaagggattcacccagtgtggctaaagtcaggcctgagatcactgagagaagg
gaactcattcccgcagaaggacgaaacactgacgacctcgaggtgccgatatctatcaga
atgcacgagaaaagccttgagcatgggaacaagtaccattttaatataaacgaggtgtgt
ccccactccagctcaatcccaagaggacagtcgcacttgcttattaacgtcaaccaaagg
gaggttcaaaaactaaatcagaaccctctaccttcgcagcaatgtcagaaccacaacgat
cctgtgttccagtcaggactgacggcaaatatcttgcggaaggagcatgcccccccaagg
cagctggtgaaaccggataaaatggggtgcaagcgggcggaggaaggagagcagagaatg
gaggtttctggtggagaatacattcatggaagctatgccttccagtccatgcgccatacc
acgcccactgaggaagctgtttactgcttttatgaaaatgacactttagataggctgagt
gtctcaaaagactcagtcaaacagaaaaacggagttaaaagcgactatgaggaaaatttg
atcatcacccaaaatggagaaactatgaatgaaccaaacgagaattataagaccaccatg
aagttcaaaacggctaaaatggaacggtcgctgatcacggatgagagtccgctttgctcc
ctcagttcctcgctaagctctctgagtgacgtggagttggaagagtttcaaacaaagaca
cggaaagcatttgtaaaatctaggaaaaagtctgcaagttccagcgcggcttccaaatct
ttcacccaggggtactcgtcctcgccaaccacgagagacagctcgcccagctccccgagt
tacgactcggaagatgatctcctgcagaagtgcatcagctcggcaatgccaaagaaaagg
aagcattcttcaaagcaaaagtccgagaaatcggcaaagcagagttgccagaacggcaac
tcgcaaacccacgccggggcgaacgtcagttgggatttgccgcagaggaacgacggaagc
agagacgtttgtagctcgttgtctgacctgtcatctcctgacgtggaaagcttcgagtgg
aaagccattcaggaaggtgccaattccatagtcaccagtttgcaccaggcagcggcctgc
ctttcgagggaaccctcttctgaatccgactccattttgtcatttgtgtcggggttgtcc
gtcggatcgacactccacttcacgctcgagcggaaggacaagaaaaggactcagaaagag
caaccccgtgatttggaggctgccgagcacattgtgaaggaaggaaagaaactgactgag
cacaaggcaactgcgggtaaaccctccaatgccaacagaggttcgaacataccgaagcaa
ccatcccgggccgtgagcctaccggtgatcttcaggggaaggaccgtcatctacatgccc
gacatgtggaagaagcccaacaacaatgccaacaacactccttccaagaaagcgataccc
aagaataatgctcccagcaaaaatcttaatcagacctttagatctcgaagcttgcacaga
cctggacaaatgacggagaaagttgacacttctctcccaaagagaagtgtgactccgcct
gcaagaataacaagaggtccatccagggggtcatcgaggaattcgacaccatccagacag
cctcagcggaatttaacttcatctacgcagcccaacaaacaagtgacgccacatgtaacg
aagaccatcgtcaataaaattgaccagaaacagagaactcaagtcacgtccttgccttcc
actccgaacatcagatcgcccgcgtcggggaaactcactcgtaagtcaccggtccaagta
tcaaacagccaagcaccagcgaagccggagacaccagtaaagaagctgtccacatttcag
aagaagaataccactgcatcgaacaagagcctaggttcgaagaagatgatgccaccaaac
aggttggacctggtgagaatgtcgtctgcaaagtcaagcggcagcgagtcagataagtcc
aactttgtgcggcagctaacgttcatcaaggagtccccaggccttctgaagaggcagaag
tccgaagcgtcttcatcggagtcgatctcgtcgctctcgcagtctgtatcgccgaggaga
agcaagtcggactttcaggctgccctcctgcgctcgtcgcagtgcccggcgctgaaggtc
gccaggccagctctcaccgtcaacgcgagtcagcgcaaggctgcctgcaaggagccggcg
gtgcggaacgagaagtggtcgaggaggccaagttcggagagcccctccaggctccccgtg
aagaacagcgccgcctggaagcaggagcacttcaagcggtattcatcgtccccccacatc
aacgtgctgcagagggcggcgagcccgtcctccacccgctccgcatcctccgagtccagc
gacaagaccaagagcgaggaggagcttcggggaacggacagacccaccagacgcagtgaa
cagcaggtgagaaagaaccagccaagcttgaagggaacgtggagaagaattaaagacgaa
gacattccgtacttcctcagcaactctctcccaccttcagcgatgacgctggtcaataaa
ccggaatccgcgcggctgcccgggaaagcgggtgtggcggtggaaaccaaaacgagcgat
gcctttgtgcagactgaagactttcccattacgaaaactaattccagcacctcacccacg
ttggacctaatcccacaccttcaacaagctcttcacaggaatgtcaggagcaggccattc
atcgggaagagcttagagactatttatggcatccattcaactgaacaggagcccgacgca
gtgttacttatgaggagcaatataacctcctcgtcggagaccgagagccactccattgcc
ccagctcacatgcacttcaatcccagtagacacggctctcccagcagagctgccagagtg
actcctttcaactatatacccagccccaaggcaataaggtcagacaatggatctctccag
ccatctcagattcgggcacccattattaatgaaaaaacagtggctaaggtgcagagctga

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (2)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (12)   
   Pfam (12)   
All databases (18)   

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