KEGG   Musca domestica (house fly): 101895218
Entry
101895218         CDS       T03448                                 
Name
(RefSeq) LOW QUALITY PROTEIN: adenomatous polyposis coli homolog
  KO
K02085  adenomatosis polyposis coli protein
Organism
mde  Musca domestica (house fly)
Pathway
mde04310  Wnt signaling pathway
Brite
KEGG Orthology (KO) [BR:mde00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04310 Wnt signaling pathway
    101895218
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:mde01009]
    101895218
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:mde03036]
    101895218
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:mde04812]
    101895218
Protein phosphatases and associated proteins [BR:mde01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     101895218
Chromosome and associated proteins [BR:mde03036]
 Eukaryotic type
  Centrosome formation proteins
   Other centriole associated proteins
    101895218
Cytoskeleton proteins [BR:mde04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    EB / APC
     101895218
SSDB
Motif
Pfam: APC_r Arm APC_rep APC_15aa RRP12_HEAT SAMP KAP
Other DBs
NCBI-GeneID: 101895218
NCBI-ProteinID: XP_058983931
Position
Unknown
AA seq 2926 aa
MFRSSAGEKTQSQATTPDLDDSISFSDDANPDVDVVDVDVESVATKKPHFLDYDAIPPPD
FIEHFDRAMNFGNSTKSSNTTNHPQNTNNCSGSGSGEQLKMDKKFEKDGEISDYELAASG
YTKKEFTQDDNTLNLNISMQSSSACGKPRKHFLDENPIPPDYMINEHQLREHRSLDRNFE
RHNEQRSALDLHGNLPGFRSSRERYKDVPPMARLPKGLAWTQSFDSRYEGNLNAGNKLDD
FEPKVECVYSLLSMLGSNDPLEMAKKFHELSKNPETCNTLRRSGCIPLLVQIIHADGGPD
EPRKWAGMALHNVVHSHPDEKSGRREAKVLRLLDQIMDYCNFLRTLLQSGGEAIADDADR
HPLAAMSSLMKVSFDEEHRHAMCELGALQAIPSLVHLDHAVHGPKPENQCCNSLRRFALM
ALTNLTFGDENNKALLCSQKLFMEALVAQLDCAPDDLLQVTASVLRNLSWRADAQMKAVL
NEIGTVTALAKAAMKNKCENTLKAILSALWNLSAHCSTNKAEFCAVEGALSFIVRMLTYE
GPSKTLKIIENAGGILRNVSSHIAVREDYRQILREHNCLSILLQQLKSESLTVVSNSCGT
LWNLSARCPEDQRFLWDNGAVPMLRSLIHSKHAMISEGSACALKNLLNFRPSAQNTNHLD
PIARSLNLKKLPTLNVRKQKALEQELGAASKKHSETCDNLDTVNPKDRPTYDATATTGSS
GSSSMLHRHRFNLHAGALGSMVMGGGASSSGRLTRSAMLTKSESRDSVFSAKSDGVVYDQ
LMRSHSASDANRKLHHASSVRPPPSASAVYALPRDVEPAEEQPIDYAQKYTEHISKHGNS
REDPENNAATYQETDLDQPTDFSLRYAENQLESDIDLSPPSGQNDNVPQDVNPANAANGP
ARSKNQTEGSEILLILEDSVKCYQTEDTPYVISNAASVTDLRSVQTSDKNEENDLPTGLE
NPETPASNAGVGGVGHMPTRKFSRGPHQQPTHNSNPYGSGSYTPEKPVNYCEEGTPGYFS
RYESLSSLDESPPQPEHNTTTKERHEGSSVKNTAREEDTAVCVLKPISNDADKSDSPPEP
PSSSTLAGAAQPQINSALETPLMFSRRSSMDSLAEEDVGPLDDKSSVVSDFSRLASGVIS
PSEIPDSPTQSMPQSPRRNSNTSNSQGQVCFSGGASPNVQRTSHNRPGDNTSKRCLRSVF
EDDISTFHVENTPAQFSTATSLSNLSMMDEEASSTNLSPPQPQPTAATTTNTISEGEEEE
DGNTNNNDDLLLASCINMGMNRAAAPSMYSQHNDNSSSINNPVSGGMMAQDEPKQYYTED
TPALLSKVGSNTNLSAISLGSSNNDAKDDTVYETIGNSVARNHHQSINRRSLNLSDDMSS
NASESGAAGIDILQQCIREGMQKSASAKEKPKISETPAASHRSLPPSVNNIDPIAMLRRG
GNVLPPYLTGNDEMSKYRVEDSPCNFSVMSGLSNLTVGSSLVGPALLIHGGNSGATSSGN
NNNSDNSMAPLNVRTSQNSTKPLLSAVVEDARREPQWQDDSLSSLSIESEDDTNLLSQAI
AAGCNRPKSNLGFTTNLTSTGNHKTTPSLSSSQPIPINAATSASSLTSQTTARQFDKPQP
QPNGAKQPNYGPILAGNESYSSVDSSDSNDNQSKSLFELCILTGMHKNRDNNLGGGSSSS
SRKHTRSSHSHRTHKNGHNDQNTTQSNPNLKQFDSLPMQGKQLTPNRHVRERDRRDEKLL
MECINTGIMKKIGESCKQQNPPSLLTREALVLHNNQPKNGQATSAAAQMEELIRPQSAKS
MDNSSLSTATSINTTTTITAAPDVEKNDNISNNLQQTITSNIISHDEDINDQRNPFNSEA
AQHRNPAVPPDENLPSLASDPEITNGIGCKSDEPEDTQMQSDESNQSFIMETTVSLESRT
NDNSPEKPLENEKHKDPDLMLKSVERLTLEFVSSAEQLRTNSTGPAIIHHNFINVTVAND
SAGDCTTTTASISNDTWDEDTCPNDVSFPSVSISAPKVISITYDEDDEDQATTADYKELN
DFAENTPNIDELPPPDLSLDFDNIGVNQANGNGYNYDSQPSSMDCYTDKTLVNENVSSTK
TDNGDDGKKDRKDNPESEMENSSCGLNFKLGGIVQTAAAAPSLCFNVNAMTNSTFIAQEA
RKLANNLQAPDTDGEEELTFSINSLDLDNIRPPSGMDSLNISGYYQDSHTQPNSLQNSPQ
MYFKSPKFPRKTLPAGLVARRALGQMPPHLSGSAESVNSSCNLLLDNIKPPSLMDELLDS
MISVSSIQSEIADDCASMATTVTVSNYETANGGVTLGCEDGDTITLRSYSEDQLPRDDEQ
HTYNDGTITPLPSDYDFSSAESTPKKSYSASPSMGLRNLTPKQKRQVVKDRYRTYTIDGE
MSEELRRKIEESQKDETLQIEITSYDERNATTSVENGKYDDDDGQKQDSDLQNTPRSRRR
SSQERYRTQTISYSDLQAHITQGTNYTDITSNYTFTSDNVATSDNETNTRLDQDLTSLEY
DQNSETESCHNFETKPHVLTDCEEEQELEDAEMEIVEKQSVVRPRIVIPGESTAINDEST
ENGDEEHASPVKTIRGGKKPQYVSPYSMKFQKTIDTSKTTKAQGPTTGTATKPNGQLRKP
NGASVASTNTKLAQKKPLKDAAKDKAQDVAAPVPPLERQGTFVKDEPSVDASTVPVVETS
PKKSKLSKLPMKRQLSSSSNTSPQKTANTRKLPTSANSSSSSLSATNKRNFGGSITKPQR
ANSNVNIRVTTNAARIAVLSTRVSTTTPPSRSNSTLNSANAAVTAAQNAAAKINQAQSRI
AGIWRRVDEAKNRQQTTTKINNNNTKGSQLSGKTTTTAQAASSPRPGTLVRSTTFDNSPP
LTTVVAAKPKAGVGNVAATGPGKSNGGSVASTKIAMAQRQILGIRK
NT seq 8781 nt   +upstreamnt  +downstreamnt
atgtttcgttcatcggccggtgaaaagactcagtcacaagcaacaacacccgacttggat
gactccattagtttttccgatgatgccaatcctgatgtagacgttgtcgatgtcgatgtt
gaatcggtggccaccaaaaaaccacattttttagactatgatgccataccaccacccgat
tttatagaacactttgacagagccatgaattttggcaattcgaccaaatccagcaacacc
accaatcaccctcaaaacacaaataattgcagtggtagcggcagtggtgaacaactcaaa
atggataaaaaatttgaaaaggatggggaaataagtgattacgaactggctgctagtggt
tataccaagaaagaatttacccaagatgataataccctgaatttgaatatatctatgcaa
agttcatcggcttgtggtaaaccacgtaaacatttcttagatgaaaatcccatacctccc
gattacatgatcaacgaacatcagttgcgcgaacatcgcagtttggatagaaactttgaa
cgtcacaatgaacaacgttctgccctggatttgcatggcaacttgccaggcttcagatct
tcccgtgaacgttacaaagatgtaccgccaatggcaagattacccaaaggcctggcatgg
actcaaagttttgacagtcgctatgaaggcaatttaaatgctggcaacaaattagatgat
ttcgagcccaaagttgaatgtgtctattctctgctgtccatgttgggttccaatgacccg
ctggaaatggccaagaaattccatgagctctccaaaaatcctgaaacttgtaatacctta
cgtagatcaggttgtataccattgttagtgcaaataattcatgccgacggtggacccgat
gaaccgagaaaatgggcgggcatggccctgcacaatgtagtacactcacatccagatgaa
aagtcaggacgcagagaggccaaagtcttacggctattggatcaaataatggattattgc
aactttttgcgtacgctcttgcaaagtggtggcgaagccattgccgacgacgcagaccgt
catcctttggctgccatgtcctccctcatgaaggttagtttcgatgaagaacatcgtcat
gccatgtgcgagttaggtgctttgcaagccattcccagtttagtgcacttggatcatgct
gtgcatggtccaaagccagaaaatcaatgctgcaactctttgagacggtttgccttgatg
gccttaaccaatctcacatttggcgatgaaaacaataaagccttgctctgcagtcaaaag
ctgtttatggaagcgctggtcgctcaactggactgtgcacccgatgatttgctacaagtg
acggcaagcgtattgcgcaacctatcctggagggcagatgctcaaatgaaggcggtacta
aatgaaattggaactgtgacggctttagccaaggcagccatgaagaataaatgtgagaat
accctaaaagccatactgtcggcattgtggaatctatcggcccattgcagcacaaacaaa
gcggaattttgtgcagtcgagggggcattatccttcattgtgcgcatgctaacctacgag
ggtcccagtaaaaccttgaaaattattgaaaatgctggtggcattttgagaaatgtctcc
tcgcacattgcggtgcgcgaggattaccgccaaatcttgagggaacacaattgcctgtcg
attctgctgcagcaactgaaatcggaaagtctaactgtggtaagcaattcttgtggtact
ctgtggaatttgtcggcacgttgtcccgaagatcagaggtttctgtgggataatggtgcg
gtgcccatgttgaggtccctaatacactccaaacatgccatgatctctgagggcagtgcc
tgtgctctgaaaaatctcttgaattttcgtccatctgcacagaataccaaccatttggac
ccaattgccagatcattaaatttgaaaaaattaccaactctcaatgtacgaaagcaaaag
gcattggagcaggagttgggagctgcttccaagaaacacagtgaaacctgtgataatcta
gatacagtgaatccaaaagatcggccaacatatgatgctacagctactaccggctcaagt
ggttcttcatcgatgttgcacagacatcgttttaatttacatgccggggcgctaggatcc
atggtaatgggcggtggtgcttcaagttctggtcgtttaacccgctcagctatgcttacc
aagagtgaaagtcgtgattccgtcttctctgccaaatcagatggagttgtctacgatcaa
cttatgagatctcattcggcatccgatgccaatcgtaaattgcaccatgcatcatcggta
agacctcctccatcggccagcgccgtatatgctctaccccgggatgttgaacccgccgag
gaacagccaattgattacgcccagaaatataccgaacacataagtaaacacggaaactcc
agagaggatcctgaaaataatgcagctacataccaggaaactgacttagatcagccaaca
gattttagtctacgctatgctgaaaaccaattggaatcagatatagatttgtcaccgcca
tctggacaaaatgataatgtaccgcaagatgttaacccagctaatgccgccaacggccca
gcccgttctaaaaaccaaacagaaggcagcgaaatactgcttatattggaggacagtgtc
aaatgctatcaaaccgaagatactccatatgttatatcaaatgcagcttccgtaacagat
ttaagatctgttcaaacttctgataaaaatgaggaaaatgatttacccacaggcctggag
aatccggaaactccagcttcaaatgcaggggtgggaggtgttggtcatatgccaacacgt
aaatttagtagaggtcctcaccagcaaccgactcacaactcaaatccatacggatcagga
tcgtatacacccgaaaagccagtaaattattgtgaagaaggtacacccggatacttcagt
cgttatgagtcgttgagcagtttagatgaatcaccaccccagccagagcacaatacaaca
accaaagaaagacatgaaggatcgagtgttaagaatacagctagagaagaagacactgct
gtatgcgttttgaaacccataagcaatgatgctgataaatcagattctccaccagagcca
ccatcgtcatcgacactggctggcgcagcacaaccacaaattaattccgccttagaaacg
ccacttatgttttcacggcgttcttcaatggattccctggccgaggaagatgttgggccc
ttggacgacaaaagttcagtggttagtgatttcagtcgtttggctagcggtgttatatct
ccatcggaaattcccgattcaccaacacaaagtatgccacagtcacctcgacggaactca
aataccagtaatagtcaagggcaagtctgtttctctggcggtgcttcccccaatgtacaa
agaacttcgcataaccgccccggcgataataccagtaaacgttgcctgcgcagtgttttt
gaagatgacatcagcacatttcatgtcgaaaatacacctgctcaattctcaactgccacg
agtttgagtaacctctccatgatggacgaagaagcatcatccaccaacctatctccaccc
caaccgcaaccaacagctgccacaacaaccaataccatatcagagggtgaagaggaagag
gatggcaatacaaacaacaatgatgatttattattggcatcctgcatcaacatgggtatg
aatagagctgcagcaccctcaatgtattcccaacataacgacaacagctcctcgataaat
aatccagttagtggtggtatgatggctcaagatgaacctaagcaatattacaccgaggat
acaccagcattgttgtccaaagtcggcagcaatacaaatctttcggccatatcactcggt
tccagtaataatgatgccaaagacgataccgtctacgagacaataggtaattccgttgct
agaaatcatcaccaatcgatcaatagacgttctttgaatttatccgatgacatgtcatcg
aatgcctcggaaagtggtgctgctggcattgatatcctccagcaatgcattcgtgaaggt
atgcaaaagtctgcttcagccaaagaaaaacctaaaatatctgagacaccagcagccagt
caccgatcattgccgcccagtgtcaataatatcgatcccattgccatgttgagacgtggt
ggtaatgttttgcccccctatctgacaggcaacgatgaaatgagcaaataccgtgttgaa
gacagtccatgcaatttttcggtaatgtctggtctttccaatcttacggttggatctagt
cttgtcggcccggccttacttatacatggcggaaactcgggtgcaacttcctctggcaat
aacaacaacagtgataactccatggcgcccttaaatgtaaggacttcccaaaactccacg
aagccactattaagtgccgttgtagaggatgctcgcagagaaccacagtggcaagacgat
tcgttgagttcactctcaatcgaatctgaagatgataccaacttattaagtcaggctatt
gccgctggctgcaatagacccaaatcgaatttgggttttacaaccaatttgacttctacg
ggcaaccacaagaccaccccatcgttatcgtcatcacaaccgataccaattaatgccgca
acctcagcatcctctctaacatctcaaacaacggcccgtcaatttgataagccacaaccg
cagccaaacggtgcaaaacaaccaaactatggccccattctggccggcaatgaatcatat
agttccgtagactccagtgattccaatgataaccaatcgaagtccctattcgagctatgc
atactcacgggaatgcataagaatcgagataacaacttgggtggcggcagcagttcatcg
tcgcgaaaacatacacgcagttcccattcacaccggactcataaaaatggtcataacgat
cagaataccacccaatcgaatcccaatttgaaacagttcgattcattgccaatgcaagga
aagcaacttacaccgaatcgtcatgtgagggaacgcgatcgaagggatgagaaactctta
atggaatgcatcaatacgggtattatgaagaagattggtgaatcctgcaaacaacaaaat
cctccctcgttactgacccgtgaagccttggttttgcataacaaccagccaaaaaacggg
caggctacgtctgcagctgctcaaatggaggaactaattcgcccacaaagtgccaaatcc
atggacaactccagtttgtccacagctaccagcatcaacaccaccaccaccatcacagca
gctccagacgtagagaagaacgacaacatttcgaacaatctgcagcaaacgatcaccagc
aacatcatcagtcacgacgaagacataaacgatcaaagaaatcccttcaactcggaagcg
gcgcagcacaggaatccagcagttccaccagacgaaaatcttccaagtctcgcgagcgat
ccagagataacgaacggtattgggtgtaaatctgatgaaccggaagatactcaaatgcaa
agtgatgagtctaatcagtcatttataatggagaccacagtgtcactagaatcacgaaca
aatgataatagtccagaaaaacctctggaaaatgaaaagcacaaagatccggacttgatg
ttgaaatcggtggagaggttaactctagagtttgtctcctcggccgaacaattacgtact
aatagcactggtccagctattatacatcataactttatcaatgtcactgtggccaatgac
agtgctggcgattgtacaacaacaacagcttcgatttccaatgacacttgggatgaagac
acttgccccaatgatgtaagttttcccagtgttagcatatcggcacccaaggttatctca
atcacctatgacgaagatgatgaagatcaagccaccacagccgattataaggagctaaac
gattttgccgagaacacaccgaatattgatgaattaccacctcccgatttatctttagat
ttcgacaatattggtgtaaatcaggccaatggaaatggttacaattatgattctcagcca
tcatccatggactgttatactgacaagacgttggtcaatgaaaacgtctcgtctactaaa
acagacaatggagatgacggtaagaaagaccggaaagataacccggaatccgaaatggaa
aactcttcgtgtggcctcaattttaaattgggtggcatagtgcagacagctgccgctgct
ccatctttgtgcttcaatgtcaatgcaatgacaaattcgactttcatagcccaagaagcc
agaaagcttgctaacaacttgcaagcgcccgatactgatggagaagaggaattaaccttt
agcattaacagtcttgatctggataatattaggccgccatccggaatggattcactaaat
atttctggctattatcaggattcccatacacagccaaattcattgcaaaactctccgcaa
atgtatttcaaatcgcctaaatttccacgaaaaacattgcctgctggtttggtagcgcga
agagcattggggcaaatgcctcctcatctaagcggaagtgccgagtcggtgaattcttct
tgtaatttactgctggataacataaagccgccaagtttgatggatgagcttttggattca
atgataagcgtttcgagtatacaatctgaaatagctgatgactgtgcgagcatggccaca
acagtcactgtatcgaattatgaaactgctaatggcggtgtaacgttgggctgtgaggat
ggtgataccattactttacgtagctacagcgaagatcaattgccccgtgatgatgaacag
catacctataatgatggaactataacaccattaccatcagattatgacttcagttcagca
gaaagtacaccaaaaaaatcgtactcggcctctccaagtatgggactaagaaatctgaca
cccaaacaaaagcgacaagtggtaaaggatcgctatcgtacctacaccattgacggagaa
atgagtgaagagttgagaagaaaaatcgaagaatcacaaaaagacgagaccctacaaatt
gaaataacaagctatgatgagagaaatgcgacaacctcagtggagaatggaaagtacgat
gatgacgatggacagaaacaagatagtgatttgcaaaatacaccacgtagccgaagaaga
tccagccaagaacgttatagaactcaaacgatatcgtattccgatttacaggctcatata
actcaaggaaccaattatacggacataacctcaaattatacattcaccagtgataatgtt
gcaacatcagacaatgaaacgaatacacgattagatcaagatttaaccagtttggaatac
gatcaaaattctgaaaccgaatcatgtcataattttgaaacaaaaccacatgtattgacc
gattgtgaggaggaacaagaattggaagatgctgaaatggaaattgtcgaaaaacaaagt
gtggttaggcctagaattgtaatacccggtgaaagtacggctattaatgatgagagtaca
gaaaacggcgacgaagaacatgcgtctcccgtcaaaacaattagagggggtaaaaaacca
caatatgtctctccctatagtatgaaattccaaaaaaccattgacacatctaagacaaca
aaagcacaagggcctaccacaggcacagctacaaaacctaatggacaattaagaaagcct
aatggagcctcagtggcctcaacaaatacaaaattggcccagaagaaacctctcaaggat
gctgcaaaagataaggcccaggatgtagctgcacctgttccacctttggaacgtcaaggc
acatttgtaaaagatgaaccatctgtggatgcatcaacggtgccggtagttgaaactagt
ccaaagaaatcgaaactatcaaagctgccaatgaaacgccaattgtcttcctccagcaac
acatcgccacagaagacagccaacacacgcaagctgccaacatcagccaattcttcttct
tcatcattatcagccacaaacaaacgcaactttggcggttccattacaaaacctcaacgg
gcaaatagtaatgtcaacataagggtaactaccaatgctgcccgcatagcggtattatca
acaagggtttcaaccaccacacctccatcgcgtagcaattcaacattgaactcagccaat
gctgcagttacagcagctcaaaatgctgctgcaaaaatcaatcaagctcaatcacgcatt
gctggcatttggcgtagagtggatgaggcaaagaacagacaacaaacaacgacaaaaatc
aacaacaacaacacaaaaggatctcagttaagtggaaagacaacaactacggcacaagcc
gcctcatcgccccggcctggtacgcttgtacgtagcacaacgtttgataactcaccacca
ttgactacggtagtagcggcgaaacccaaagctggtgtgggtaatgttgctgctactggt
cccggtaaatcaaatggtggatcagtggcatcaacgaaaattgccatggcacaaagacaa
attttgggcatacgaaaataa

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
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 (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (7)   
   Pfam (7)   
All databases (88)   

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