KEGG   Camponotus floridanus (Florida carpenter ant): 105251334
Entry
105251334         CDS       T03919                                 
Name
(RefSeq) uncharacterized protein LOC105251334 isoform X1
  KO
K02085  adenomatosis polyposis coli protein
Organism
cfo  Camponotus floridanus (Florida carpenter ant)
Pathway
cfo04310  Wnt signaling pathway
Brite
KEGG Orthology (KO) [BR:cfo00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04310 Wnt signaling pathway
    105251334
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:cfo01009]
    105251334
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:cfo03036]
    105251334
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:cfo04812]
    105251334
Protein phosphatases and associated proteins [BR:cfo01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     105251334
Chromosome and associated proteins [BR:cfo03036]
 Eukaryotic type
  Centrosome formation proteins
   Other centriole associated proteins
    105251334
Cytoskeleton proteins [BR:cfo04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    EB / APC
     105251334
SSDB
Motif
Pfam: Arm APC_rep APC_15aa APC_r SAMP
Other DBs
NCBI-GeneID: 105251334
NCBI-ProteinID: XP_011256354
Position
Unknown
AA seq 2839 aa
MFHETELETRREMPGENRDQLARSAGGSAPGGPRRESSRGGEPDPRNRGLTTTMIPLPRT
GQFAAVSQNQKIVKTEKNRLRLILESRGTVNKERRIGMQEEEEEEEQVSRNNWQVSAANC
STIARFNEESGISYRKGKENADIRRDRLRATEGRVLCGSAASVGVEGVGGAWGAQRRQSP
PPLASRRLESAADAVVAAAAAAAVATTAASFNPVTQRCAKKGAVDAVAPRRIYPGPPLVA
ETSKEDAMEPEAKEEDERRSSTPSPEFYLRRSKRYNEDGSSEEETKQDSISLPNHRLPSS
YRGTWPIRRDVWANQQIGFPAQQSTSLAAHNDVASVMSFSSSSNSAGLDSHSVELQGHRR
LGAKVDVVYNLLGMLEKNGRDDMSTTLLSMSTSLDSCLVMRQSGCLPLLVQLIHAPRQDP
DTRDRAMQALHNVVHAKSDERAGRREARVLRFLEQLRDYCQSLRMSLERGQSMDDLERGH
PAATIAALMKLSFDEAHRHAMCQLGGLHAVAELIEMDHLAHGSESDDQNCITLRRYAGMA
LTNLTFGDGNNKALLCSFKEFMKALVSQLKSPSDDLRQVTASVLRNLSWRADSSSKQTLR
EVGAVTGLMKAAMEGRKESTLKSILSALWNLSAHCSTNKVDICAVDGALAFLVDMLSYKA
PSKTLAIVENAGGILRNVSSHVAVREDYRAIVRERGCLQVLLQQLRSPSLTVVSNACGAL
WNLSARCPQDQRLLWDLGAVPMLRSLVHSKHKMISMGSSAALKNLLSARPGCNNLVHLDS
TARGLGLSTLPSLAARRQRALEQEIDQNLAETCDNIEPSTSPINKDDKFTFKLDHSFLGI
NTHGLRTYQLHSQPSTSTVKCNGVARSESRDSMRSVTSTHSDTMFERVNRHVLNGSSPTD
SQMKQQSSSLHSAVGFEGACGDTHTKATSSERKYTLRYKNAIPERLRPSDGFDVNELRCT
NSTISWATAPNQEPSQTSLHSSIENNMSLIDQSASSSSKAGSQSSVSEEAEPTVCAKSDY
RRTTAKAIDSSKQVSYLRDISPMKENATFSNVYAEKALLRQHDTLNNIQKAISPTIDPDN
NLFGDYAETDLDQPTDYSLRYGEQTIEDEKQHSGFFSANDQGLLHEDTIRTYYTEGTPRE
ASLNSSRATSASDLQDDSRMRNPSKKLSERYKVRHAEDHGECKASSLTDVPKLNDFAESV
TPLNLRGATHLTDDESTNHSLPYLEEDLGKQIKTIQEDVSIQNHSSVRTTPISMVLGSSE
YNDDHDAESSSRIISIDSKSNDCKINKPSSDVEFSESGNNTALKTANNDSGYQVSDGDED
DEDLLAACINIGMQNNRHRHSFIGNNLEKLPRSESNLTRYQTSLALDQVEHNGTVESDTS
LFNIKYAESRETTAGSDLSEKNRDKKDNEENIQMEAATVMTNMNHEYMYNIEKPNNASAM
TIVNDDNFENNFSAITVLQKPDMFLSKNVSNNFSENDERNTVEKDCITPMDEATVDDQIP
TDIPSMKQSFTKDSESSESIDSVEQSEHALLELCIQPSIKSESNIAINPSNAEYVKTQLE
LYNKQIDFIKGRNHISEELSEIDGNMDGKPEAPFEIVRTSDVLHRESAEKHIKEETYRRQ
RDPDAMIASLDRLTATLVQQTEAIRERDSSTMKQSLTCDTWNEDSPNDVSFPSISISAPL
VASFNSDAQEDQRTNVLENNAQVENNEQTAMTESKIIQREAIKLAEAVDAEVNNQNELET
TSLTSIDLEAIKPPSSMGSLLSLTASYAGSADNSETFVNRDRCYSTSLPPVSTRCSADPR
NVRKKSLPLGVVAKRALGQSQSHTSSLENLLNECTSSHLENVKPPSMMDELPDVGDMENS
MVSVASITSEIADSKEQDSHSLTGSDPAVFEMLKPVANVLSMTCMRYAEGMQSSANNSLS
ECLENINPPSLFNEVSEMDESTMEATTDTLCSDTLCIETELHTDEVVHSIVAEVIDEAEN
DTDEAVTPISSEYCVSSSAESTPKRRPHLKTHLTPKQKRNLTKERYKTYTIAAEIVKKEQ
EERRKQDGTCNNEEGDKIPREKYSPFSKLTPKQRRQENRARFQTQVLENPFPDLNLTQTN
EVQDLVSARNSVEKQESTSPNKSSIPTLTKLPMCRALRKKRGNSQENKERYRTRTLNDSE
TMFKEVEHNSVSNTNAAEEEQINAQEYHEEIQTMLEQNATIVLNTLNESNKTNGDDILRC
ETVNLTSHDSELDHNLRMRFVNGLSKKLMSTQQADNAQTLATNIDHEEAEAEYMKITRED
LGSADPIESGSDEESNCDEEKEPRETKRPRIIKPGMPGRDPSVDSNATDKSEPESPKAIR
GRRKALYSNPITRKPTPQSSPLKQVNLTSGIPIGRSNTSPIVRATRVTTLRQNSLTATKD
SPKSNTSPKRTPFVADADKKTRNLATMSKRASVPQKGSSLTFTKSTKRYSTPPACSSNYQ
NDSRLPEAPKPLERQGTFTKDEPEVENIPTVHSASASPVKTKIAKPIKSSSSKIYPATGK
SKISVKAHQAYQPKMTANSSEKIQSPKGLLAPKKMSSGKIITPPKVLNGNASQNDKTFRK
VDSLGQRSNSNSSIAANSSMGVQNRKLAKEATSKIASLWKKVEETKNKQRFEKPDTRQWI
RPANSTTEVDAAPITATTFSKPPAYKLFRSSTFEGISQEDNSVETSPYKSKSRPPVLDTQ
VGLVGPKYRNSCDLTGMNANEAPCKIPVKSSESYKRETTQLGDSVVTMRKQQSAEFGTET
DPTKRISRLGSFIRVDPATAAENGVRTPASAIVPPFNYNPKPDIPSQAAKPRSDEDQGKF
EVTDCHAEIVTGSARVTTV
NT seq 8520 nt   +upstreamnt  +downstreamnt
atgttccatgaaactgaattggagacgcggcgagagatgccgggtgaaaatcgcgaccag
ctggcgagaagcgcaggaggaagcgcaccaggaggacctcgcagagagtcctcgaggggt
ggcgagccggatcctcgtaatcgcggattaaccacgacgatgattccgcttccgcgcacc
ggccagttcgcggccgtctcgcagaatcagaagatcgtcaagacggagaagaatcggttg
aggctcatcttggagagtcgtgggaccgtcaacaaggagcggaggattggcatgcaagag
gaggaggaagaagaggagcaagtgtcgcggaataattggcaagtgtcggccgccaattgc
tcgactattgcgcgattcaacgaagaatccggcatttcttatcggaagggaaaggagaac
gcggatatccggcgagacagattgcgcgcgacggagggccgcgtgctgtgcggttcggcg
gcgagcgtcggggtggaaggcgtcggcggcgcgtggggtgcccagagacggcagtcgccg
ccgcccctggcatcgcgcaggctggagtcggccgctgacgccgtcgtcgccgccgccgcc
gcagcagcagtagccacaacagcagcgtccttcaaccccgtcacgcagagatgtgcgaag
aagggcgccgtcgatgccgtcgcgccgagacggatctacccgggtcctcctctcgtcgct
gagaccagtaaggaggatgccatggagccggaggccaaggaggaggacgagcgacgctcg
tcgacgccgagtcccgagttctacttgaggagaagtaaacgttacaacgaggatggcagt
agcgaggaggaaactaagcaagatagcatctctctgcccaaccacaggctgccgtcttcg
taccgcggaacgtggcccatcagaagagacgtatgggctaatcagcagattggctttccg
gcccagcagagcacatcactcgctgcgcacaatgacgtggccagcgtgatgagtttctcg
tcatcttcaaattccgcgggtcttgacagccactccgtggaattgcaaggccaccgacga
ctgggtgccaaggtagacgtggtttacaacctgttgggaatgctagagaagaacggtcgg
gatgacatgagcaccactctgctttccatgagtacttctttagatagctgtctggtgatg
aggcaatccggatgcctgcctctgctcgtgcagttgattcacgcgcccagacaggatcca
gatacgcgggacagagctatgcaagcattgcacaacgtggtgcacgccaagagtgacgag
agagccggtcgtcgtgaggcgcgggtgcttcggttcctcgaacagctgcgcgattattgt
cagagtctaagaatgtccttggaaagaggtcagtccatggatgacctggagagaggacat
cccgcagcaacgatagccgcgctcatgaaattgtccttcgacgaggctcaccgtcacgcc
atgtgtcaactgggtggtcttcacgcggtcgcggaactcatcgagatggatcacttggcg
cacggtagcgagagcgacgaccagaactgcatcacgttgcgacgatatgcaggaatggca
ttgaccaacttgactttcggcgacggcaacaacaaggcgctactctgctccttcaaggaa
tttatgaaggctttggtatcgcagctgaaaagtcctagcgacgatcttagacaagtgacg
gcgagtgttttgagaaacttgtcctggcgcgccgacagcagcagtaagcagaccctgaga
gaagtaggagcggtgacgggtctaatgaaagccgccatggaaggtcgcaaagaatccact
ctgaaatctatactatccgctttgtggaatctttcagctcattgcagcacaaataaagtg
gatatatgcgccgtagatggcgcactggcttttctcgtcgacatgctgagctataaagcg
ccgtccaagacgctcgcgatagtcgagaacgccggcggtatccttaggaacgtgtcgagt
cacgtggcagtgcgagaagattatcgagctatcgtgagggagagaggttgcttgcaggtt
ctcctgcagcagttaagatcacccagtttgaccgtggtcagcaacgcctgcggagcactc
tggaatctatccgcgaggtgtcctcaggatcagcgtctcctttgggatctgggagctgtg
ccgatgttgcgtagtctcgtccattccaagcataagatgatctcgatgggttctagcgcg
gccttgaagaatctattgagcgctagacccggttgtaataatctcgttcatttggattcc
accgcgcgaggacttggattatcgaccctgccaagtctagctgctcgcagacaacgggct
ctagagcaagaaatcgatcagaatctagccgagacttgcgacaacattgaaccgagtaca
tcgccgatcaacaaagacgacaagttcacattcaaactcgatcatagtttcctcggcatc
aatacccatggtctgcgcacttatcagttacacagtcagcccagcacgtctaccgtcaag
tgtaatggagtcgccagaagcgagagtagagattctatgcgttcagtgacgagcacgcac
tccgacacaatgttcgagagagtgaatcgtcacgttctgaatggttcatcacctaccgat
tcgcagatgaagcagcaatcttcatcgcttcattccgcggttggattcgagggtgcgtgc
ggcgatactcatacaaaagccacttcatccgagagaaaatataccttgcgttacaagaat
gctatacctgaacgactgagaccatccgatggctttgacgtgaacgaactgagatgcacg
aattctactatatcgtgggctacagcaccgaatcaagaaccatctcagacctcattacac
tcttccatcgagaacaacatgtccctgatcgatcagagcgcgtcgtcttcgtccaaagcc
ggcagtcaatccagtgtctccgaggaagctgaaccgaccgtgtgcgccaagtcggattat
cgacgaacaaccgcgaaagctatcgatagctcgaagcaggtttcttatttgcgtgatatt
tctcctatgaaagaaaacgcaacttttagcaacgtctacgcggagaaggctctgttacgg
caacacgacaccctgaacaacattcagaaagcgatatcgcctacaatcgatccggacaat
aacctgttcggcgattatgccgaaacggatttagatcagccgaccgattacagtctgcgc
tatggcgagcaaactatagaggacgagaagcaacactccggctttttctcggccaacgat
cagggacttctgcacgaggacacgataagaacttattatacggagggaacgccacgtgag
gcgtccttaaattcgtccagagctacttccgcttcggatctgcaggacgatagtcgtatg
agaaacccgtcaaaaaagttatcagaacgatataaggtgaggcatgccgaggatcatggt
gaatgcaaagcgtcgtccttgacggacgtgccaaaattgaatgacttcgccgaatcggtg
acaccgttgaatttgcgaggcgcaacgcatcttacggatgacgagagtacaaatcactca
ttaccgtaccttgaggaagatttaggcaagcaaatcaaaacgattcaagaagacgtatcc
atccaaaaccattcaagtgtaagaacgacaccgatttcgatggtattaggaagctctgaa
tataatgatgatcacgatgcagagtccagttctaggattattagtatagactccaaatca
aatgattgtaaaataaataaaccgtcgagtgatgttgaattctctgaatctggcaataat
actgctttgaagactgctaataacgattcaggatatcaagttagtgacggagatgaagat
gacgaggatctattagccgcttgcattaatattggaatgcaaaataataggcataggcat
tccttcatagggaataatctcgagaaacttcctcgatcagaaagtaatctgactcgatat
caaactagtctcgctctagatcaagtcgaacataatggaactgtagaatctgatacttca
ttatttaatataaaatatgcggaatctcgtgaaaccacagctggcagtgacttatcagag
aaaaatagagacaagaaggataacgaagaaaatattcaaatggaagcagctacagtgatg
acaaatatgaatcacgaatacatgtacaatattgagaaaccaaataatgcttcagccatg
acaatagtaaatgatgataattttgaaaataatttctcagcgataactgtattacagaaa
cctgacatgttcttaagtaagaatgtatccaataactttagtgaaaatgatgagcggaat
acagttgaaaaagactgcattacaccaatggacgaggcaacggtcgatgatcagattcca
acggacattccatcaatgaagcaatcatttactaaagattccgaaagtagtgaatcgatt
gactctgtcgagcaatccgagcatgctcttctagaattgtgtattcaacctagtataaaa
tccgaaagcaacatcgccatcaatccaagtaatgcagagtacgttaaaacgcagctagaa
ttatacaataaacaaatagacttcataaaaggaagaaatcatatttccgaggaactctcc
gagattgatggcaacatggatggaaaaccggaagcaccatttgaaattgtaaggacttcg
gatgttttgcatcgcgaaagcgcagaaaagcacataaaagaagagacatatagacgacag
agagatcccgacgctatgattgcttcgttggatcgattgacggcaacgttagttcaacaa
actgaagccatacgcgagagagattccagcacaatgaaacagagcttgacatgcgacacg
tggaacgaggattctcccaacgatgtttctttccccagcatcagtataagtgcaccgctg
gtcgcttcgttcaacagcgatgcacaagaagatcagcgtactaacgtactagagaacaat
gcgcaagtcgaaaataacgaacagaccgccatgacagaatcgaaaatcattcaacgtgag
gccattaaactggcggaagctgtcgatgcagaggtgaataatcagaacgaactcgagacg
acgagtttgacgtctattgatctcgaggcgatcaaaccgccgtcctcgatgggaagttta
ttatcattgaccgcgagctacgctggctccgctgacaacagcgaaacattcgtcaaccgg
gacaggtgttatagcacatctttaccaccggtttcaacaagatgttccgccgatcctcgc
aatgtgcgaaaaaagtctctaccgctcggcgtagtagctaaacgagcgttaggtcaaagt
cagagtcacacatccagtttggagaatctgctaaacgagtgtaccagctcgcatctggag
aatgttaaaccgccatccatgatggatgaattgccagatgtgggcgacatggaaaatagc
atggtcagcgtagccagcatcacatcggagatcgcagactcgaaggagcaggattcgcac
agtctcactggtagtgatccggcggtgttcgagatgctaaagccggtcgccaatgtatta
tccatgacgtgtatgcgttacgccgagggtatgcagagcagcgcaaacaacagtctgagt
gaatgtttggagaacatcaatccgccgtccttatttaatgaggtgagcgaaatggacgag
tccacaatggaggcgactactgatactctgtgtagcgacactctgtgcatagaaacggaa
ctgcacactgatgaagtggtgcattcgatcgtggcggaagtgatcgatgaggcagaaaat
gataccgacgaggcggtcactccgatttcgtccgaatactgcgtcagcagctcggcagaa
tcgacgccgaaacggcgcccgcatctgaagactcatttgaccccaaagcaaaaacggaac
ttgacgaaagagagatataagacttatactatcgctgcggagattgttaagaaggaacag
gaagaacgccgaaagcaggatggtacttgcaacaatgaggagggtgataaaattccacgt
gaaaaatactctcccttttcgaaactaacgccaaaacaacgcaggcaagaaaatagagcg
agatttcagacacaagtactggagaatcccttcccggatctgaatttaactcaaactaat
gaagtgcaagacttagtttcggctaggaattccgtcgaaaaacaagaatccacgtctccc
aataaatcctctattcccacgctcaccaagttacctatgtgcagagcgttgaggaaaaaa
cgcgggaattctcaagagaataaagaacgatatcgcacaaggacgttgaacgattcggaa
accatgttcaaagaggtcgagcataattccgtttcgaacaccaatgcagcagaagaagaa
caaataaatgcgcaagaatatcatgaggagattcaaacgatgttagagcagaatgccact
atcgtattaaacacactgaatgaatcaaataaaactaacggagatgatattttgcgttgc
gaaaccgtcaatttgacgtcgcatgattctgagttggatcataatttaagaatgcgcttt
gtaaacggactttcgaagaaattgatgagcactcaacaagctgacaacgcacaaactctc
gcaacaaatattgatcatgaagaggcagaagccgagtacatgaaaatcactcgtgaggat
ctgggctcagcagatccgattgaatcaggtagcgatgaagagtccaactgcgatgaggaa
aaggaaccaagagagacaaagaggccacgaataattaagccgggaatgccaggtcgagat
ccgagcgtggattccaatgcaacggataaatctgagccggaaagcccaaaggcgattcga
ggacgaaggaaggcgctttattcgaacccaataacgcgaaaaccaacgccgcaatcgtcg
ccgttgaagcaagtcaatcttaccagcgggatacccataggtcgtagcaatacctcgccc
attgtcagagctaccagagtcaccactttgcgacagaatagtttgaccgctacgaaagat
tctccgaaatccaacacgagtccaaagcgaactccatttgtcgcggacgcggataaaaag
acgcgaaacttggcgactatgtctaaaagggcctccgtacctcaaaagggatcctctttg
actttcacaaaatctactaaacgttacagtacacctccggcctgctcatcgaattaccaa
aacgatagtagattaccagaagctccgaagccgttagaacgtcaaggaacctttacaaag
gatgaacctgaagtggagaacattccaacagtgcattctgcgtctgcttctccagtaaag
acgaagatcgccaaaccaattaaaagctcttcgtcaaagatatatccggcgacgggaaaa
tctaagatctctgtgaaagcgcatcaagcgtatcagccgaaaatgacggccaacagttct
gaaaaaatacaatcgcctaaaggactattggcgccgaagaagatgtcctctggaaagata
attacgccaccgaaagtccttaatggtaatgcgtcccagaacgacaaaactttccgaaag
gttgattctctcggacagcgatccaatagcaattctagcatagccgccaattcatctatg
ggcgtgcaaaatcgtaaactggcaaaggaagcaacaagcaagattgcaagtctctggaag
aaggtcgaggagactaagaacaagcagcgtttcgagaaaccagacaccaggcaatggata
aggccagccaatagtactaccgaagtagacgctgcacccattaccgctacgacattcagt
aagccaccggcgtacaaattgtttcgcagttctacgtttgagggaatctcccaggaggac
aatagcgtcgaaacgtcaccctacaaatccaagtccagaccaccagtcctagatacgcaa
gtaggacttgttggccccaagtacagaaactcctgcgacttgacgggcatgaatgccaac
gaggcaccttgcaagatcccggtgaaatcgtccgaatcgtacaagcgcgagacgacgcaa
ctgggcgacagcgtggtgaccatgagaaagcaacagagcgccgagttcggaacggagacg
gatcccaccaagaggatatccaggctcggctccttcatccgagtagatccggcaacggca
gcggaaaacggcgtgcggacaccagcttcggcaatcgtgccgcccttcaactacaatcca
aagccagacattccatcgcaagcggccaaacctaggtcggacgaggatcaaggtaaattc
gaggtgacggattgccacgcggagatagtcacaggatccgccagggtgacgacggtatag

  All links  
Ontology (4)   
   KEGG BRITE (4)   
Pathway (1)   
   KEGG PATHWAY (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (6)   
   RefSeq(pep) (6)   
DNA sequence (6)   
   RefSeq(nuc) (6)   
Protein domain (5)   
   Pfam (5)   
All databases (27)   

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