KEGG   Helicoverpa zea (corn earworm): 124634317
Entry
124634317         CDS       T08400                                 
Name
(RefSeq) uncharacterized protein LOC124634317 isoform X1
  KO
K02085  adenomatosis polyposis coli protein
Organism
hze  Helicoverpa zea (corn earworm)
Pathway
hze04310  Wnt signaling pathway
hze04519  Cadherin signaling
Brite
KEGG Orthology (KO) [BR:hze00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04310 Wnt signaling pathway
    124634317
  09133 Signaling molecules and interaction
   04519 Cadherin signaling
    124634317
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01009 Protein phosphatases and associated proteins [BR:hze01009]
    124634317
  09182 Protein families: genetic information processing
   03036 Chromosome and associated proteins [BR:hze03036]
    124634317
  09183 Protein families: signaling and cellular processes
   04812 Cytoskeleton proteins [BR:hze04812]
    124634317
Protein phosphatases and associated proteins [BR:hze01009]
 Protein serine/threonine phosphatases
  Phosphoprotein phosphatases (PPPs)
   Protein phosphatase-1
    PP1-interacting proteins (PIPs)
     124634317
Chromosome and associated proteins [BR:hze03036]
 Eukaryotic type
  Centrosome formation proteins
   Other centrosome associated proteins
    124634317
Cytoskeleton proteins [BR:hze04812]
 Eukaryotic cytoskeleton proteins
  Microtubules
   Tubulin-binding proteins
    EB / APC
     124634317
SSDB
Motif
Pfam: APC_r Arm APC_rep APC_15aa ARM_ARMC5 ZER1-like_2nd DBINO
Other DBs
NCBI-GeneID: 124634317
NCBI-ProteinID: XP_047025804
Position
11:complement(11509541..11574221)
AA seq 2940 aa
MSSRDYYKVSYMNKGADRSRVSVDHDVLDNDTEFNANQFKLYDDFTTDLRMSFNPLRRNF
HDITRTDMMRRRGDPNDSGVDMENGNPLEDVSTSNDSDLLENEVMVDPWSSMDSSNSPLT
DSGPSASEDCTPSTSSEPHRGPLDASSPLSPDSRRIPNPKDTKTKIAPKHIPPKSSDKAR
SRELTLELETLEPDLISRRPHFLDEDYQPPSKSNIECRIPKPHFLDHSPSPDEFDERSDI
TNPNFLDDDVEGDDNNAQKKAGALPKRPQKNQPSTYSSSEDRPHRTSYRSALHYGLESAA
RSSERDKRASQLYRGTWPGERDVWTGHDSASVRSFSSNGSAEGARPSSNLENKMECVCSL
ISLLSLSPENNADLSGPLLDMSRSVESCIAMRQAGCIPLLVQLIHSKVPRETRDRAAKAL
RNIIHTQTDDKAGRREARVWRLLEQVREYCYVLEDLVEMRKEGKEVIEDDATKHPSQSVA
ALMKLSFDEEHRHVVCQLGGLQALAALVSGDQAAHGSRTDDNTCLTMRKYAGMTLTNLTF
GDGNNKSLLCSFKDFMLALVEQLESPNDDMRQVTAAVLRNLSWRADTNSKQVLREVGAVK
GLTKAAMTCQKEATLKSVLSALWNLTAHCSMNKVALCSVDGALGFLVDMLSYNSPTKTLA
IVENAGGIMRNVSSHIAVREDYRQILRERNCLSVLLQHLKSPSLTVVSNSCGTLWNLSAR
CPQDQQFLWDHGAVPMLRSLIHSKHKMIAMGSSAALKNLLNSKPGKTHIISLDTTARNMN
LPALPTLGARKQKALEQELDQNLAETCDNIEPATSPTTSNREEKNLFTATERQIAMNLER
HRMTSSSPLMGTLTSQISLSHSAHLASYLSCSNTLLKGALVTRSNTGSAGNVNRSESKDS
VTSTHSDSVFERVMRPGKVPVPTPRNKDLVKSETSSETFKGSSKQHKDNSFLRYPTQPPI
PPPRSTTEMRTNYTESGFDVDQDSCDQPIDFSRKYSETKNTESEVEKPKADNKKYSKKDS
PTTFGDYQETDLDQPTDYSLRYAEHQSETGSDLSEPPGPSVHEDTIKHFATEGTPYETPA
IFSTATSMSDLRVIGKDNKKAATTVKPNPEAMTHSDEKDTCSIEDPPNIDNDRAASTPQP
ISVSEPIPEKREDFDSKFSSGMISPEKPVNYCDEGTPGYFSRVSSLSSLGEPTEEDCLAK
RNAMATINVDPSPPEQNTSSSAKDKEGSKAVTFATEPVSVCTGSEPASARASPPPQRFVE
DTPLMFSRSSSLGSLPECSQQDDQGSVVSEVSRLTSGCISPSEIPDSPGASAPLSPRARA
APAPGSLTAMSTPPQEPCVGSVFEERVSRFVVEHTPAQFSAATSLSSLTIDDEPKLPKQS
LKLLPRLTHEEEIDASPSNNPDDVLQDNRNRHQMRTMRSSNTVPIEPLRGTQTPGEVCKV
YFTEDTPAILSKAGSNSNLSALSIDSAPAPQLHDSRDLHEESDLHDSRDLHDSRDLHDSR
DLHDAHDTSDSSNLSDAGDLLEECIQKGIAKVVKNKGPTSDVNSYRDEVYRSLPPYLRSS
TETVRMSHEFARNVRDSRSGSSSPPPPLPPKLTHAPAPPRPPALDDGRRYESRLPIKNAS
SSRDRPRTADVANLARNDSLSSLSLDSFGSTDREIFEETVKAGLSSVNPRAKYCTDERTR
AHSAEGVADTSRRDRVPRSLDRASMRTRHEPEQGSIRSSRARRRRSPTGTAARLERSTSL
SSLSNESFGSTDREVFERSVQRGMARRPEARRGRSDDRLEARRRRGALARVGAARALLEE
VIARGARRPKTKNVPPPSAGRAPAGGGDNRDTPGSDRTSDTPSQHPRVASDDTRSDHSRV
ADDVTRSKDHLIPLPCDVTRSNEQLAPRSADTTLSDPERDLDRSNESYADVPDDWSDDGK
DHADGGTLTRHSKQNKLEWTDIKYTTKPLDDIPLPDDISKRDTDTWNDNTCPDDVTFPTI
SGSVHMVSSIRSEVADHNTTLPDLLEKSEVPPTMAFSRPDLTNKLELDREIPQSPIVMIM
DTDLDADRLMLDSVPEPSFTSLVDDGEQKFDSILSAAIEKEAARLAAQLKSSHYGMENSV
TSLTSLDLDNVKPPSNLGSLLSLSASGQWDETSQMSKKSQKSRKKSLPVALMVKRALSNS
MNQGSSEHLDSNPVNFLDNVKPPSEMENIDMESSMISVSSIVSEVAEVRDRTPIVFDFKQ
PIQDFPMCSTFTNVFHDLDKVNPPSLFDEIAESTLELEPTTAQPMYDDCVSTLNVVTDIP
SGSENCTPIPSDMSSVESTPKRQRDPKYLTPKEKRHAAKDRYQTYTITDTVAENDVVLEV
EEPFVTWTKSESDRSDEYVTATSEIKSRRKLSAKQRRLEDRARYQTQTVDINTIMPQEPP
QKVVDPHLESLKQRLAAKKTMKQKRIEDAERFRTRTLSEDIPPSPTFVTKDANFENVETT
TGYDSLSSNELNHQQISDDRQDDDVFSRETDSGNNEDDFELNSTQMQTYTKSFRNYLPVI
ESPAAVDMCVVYNLKNIEMTASYKRTIQMQCDKNQNPSSSDFASYEGDSNSEDKAHSESD
PETSRPKPKIIKPARRDESLDSNDSLEKENDAPKAIRGRKKAMYVSPYRRNVPAAPKKPA
TPQTKVAPKSAPPKLTNPVKAHTSAKTPKPSVSKTPSANTSPKKSLPKSPTKVQQKPICI
PPVATKPLPLERQGTFTKEDSSVPTQDLPVPVPDKKTAVPKAAKAPTPNKNNTSPSRLPQ
FNRTRPPPAKASQPKPSTSRVTKKPEPTMKNSLSNHSLQSNESGKTITIASRSSRQGSTS
SVNSIQSSKTNSKDIESKIASLWKKVEQAKKLPAKAEKKVWIEADKEPPKLIRSSTFEGQ
PKASVPSAPKQKSAIGIRVSQIPSLRPKTVPSKPAGPVNSAKKTNTRVFTRKPVNGQLTS
NT seq 8823 nt   +upstreamnt  +downstreamnt
atgagttcgcgggactattataaagtgtcttacatgaacaagggggctgatcgctccagg
gtctcggtagaccatgatgttctcgacaacgatacggagttcaacgcgaaccagttcaaa
ctgtacgatgacttcacgacggaccttcggatgtccttcaatcctctccgacgcaacttc
cacgatatcaccaggactgatatgatgaggaggaggggagaccccaacgattctggtgtt
gacatggaaaatggaaaccctcttgaagatgtgtcaacttctaacgatagtgatttgttg
gagaacgaagtgatggtagatccttggagcagcatggactcctcgaattcaccgttaact
gactccggaccctcggcaagtgaagactgcaccccttccacttcgagtgagccccatcgc
gggcctctagatgcgtcttcccctctttcgcctgactcgcgccgcatacccaacccaaaa
gacaccaaaaccaagattgcccccaaacacattcctccaaaatcttcagacaaggcgcgt
tcgcgagagcttacccttgaactagagaccctagagcccgatcttatttcacgccggcca
cattttcttgacgaagattaccaaccgccgtccaaatcaaacatcgaatgccgaatcccc
aaaccgcacttcctcgaccactcaccgtcgcctgatgagtttgatgaacgtagtgacatc
acaaacccgaacttcctagacgatgatgtcgaaggcgacgacaataatgcacaaaagaag
gctggtgctctaccaaagcgaccacagaaaaaccagccttcaacttactccagctctgaa
gatcggccgcatagaacaagttaccgaagcgctttacattatgggttagaaagtgcggca
cgatcgagtgagcgggacaaaagggcttcccaactatacagagggacctggccaggagag
cgcgatgtctggacaggtcatgattccgccagcgttcgcagtttctctagtaacggttcc
gcagagggggcgagaccctcatctaacttagaaaataaaatggaatgcgtttgttcctta
atttctctattaagtttatcaccagaaaacaacgcagacttaagcggacctttgttagat
atgagccgatcagttgaaagttgcattgctatgcggcaagcaggatgcatcccgttactc
gttcagttaatacattcgaaagtccctagagaaactcgagatcgcgcggcgaaggcgctt
cgtaacataatccacacacagactgatgacaaagcagggagaagagaagcccgagtctgg
aggttgttagaacaagtcagagagtactgttacgttttagaagatctcgtagaaatgagg
aaagaaggaaaggaagttatagaagatgatgcgaccaaacatccgagtcagagtgtagca
gctctgatgaagctatctttcgatgaagagcacagacatgtggtgtgtcaactgggagga
ttgcaagcgctggctgcgttagtaagcggtgaccaggcggcacacggcagcagaactgat
gacaacacatgtctaaccatgaggaagtacgccgggatgacattaacgaacctcaccttt
ggagatggcaacaacaagtccttgctctgctccttcaaggacttcatgctggctctggtt
gagcagctggagtcaccgaacgatgacatgcgacaggtaacagcagctgttctgcgaaat
ctttcctggagagcagataccaacagcaagcaagtgctgagagaagtaggcgccgtcaaa
ggtttgactaaagccgcaatgacgtgtcaaaaagaagccacgctgaagtcagtcctctca
gcgctctggaacttgacagctcattgctcaatgaacaaggtagccttgtgttcagttgat
ggagctctagggttccttgtggacatgctcagctacaactcaccgacgaaaacattagct
atagtggaaaacgcaggtggcatcatgaggaacgtgtcgagtcacatcgccgttcgagaa
gattacaggcaaattctccgcgagagaaattgtttaagtgtcttactgcagcacctcaag
tctccgagtctcactgttgtcagcaactcttgtggcacgctatggaacctgtccgcgcga
tgcccacaagaccaacaattcctatgggaccacggagcggtgccgatgctcagaagcctc
atccactccaagcataaaatgattgcgatgggttcaagcgcagccctcaaaaatttgctc
aattccaagcctggcaagacgcacataatctctttagatacgacggctagaaatatgaat
cttccagcacttccaaccctgggagcgagaaagcaaaaagctctggaacaagaattggac
caaaacctggccgagacatgcgacaatattgaaccggcaacgtctccgactacaagtaat
cgggaagaaaagaatctgttcacagccactgaaaggcaaatcgccatgaatttagagcga
cacaggatgacgtctagttcgccacttatgggtacgctgacttcccaaatatctttaagt
cacagcgcacatttggctagctacttgagctgcagtaacacgttattgaaaggtgctctc
gtcactcgttcaaacacgggcagtgcgggtaacgtcaacagatcagagagcaaggattcc
gtcaccagtactcattcagactccgtgttcgaaagagttatgcgtcctggcaaagtgcca
gtacctacgcctcggaacaaagacctagtgaagagtgaaacttccagtgaaacgtttaaa
ggatcttcgaagcaacacaaagacaactctttccttcgatatcccactcaacctccaatt
cctcctcctagaagtaccacagaaatgagaacaaattatacagaatctggttttgacgtc
gaccaggattcttgcgaccagcccatagacttcagtaggaaatactcggagactaaaaat
accgagtctgaggttgaaaagccaaaggcagataacaaaaagtattcgaagaaagacagc
cccaccacgttcggtgattatcaggagacggatttagaccagcctacggactattcgtta
cgttacgctgaacaccaatcggagacaggttcagacttgtccgagccgcctggtccctcc
gtccacgaggacaccatcaaacatttcgcaactgaaggcactccttacgaaactcctgcc
atcttctcaacagctacttcaatgtcagatttgagggttatcgggaaggacaataagaaa
gccgcgaccactgtcaaaccgaatcctgaggcgatgacgcattctgacgaaaaggacact
tgttccatcgaagacccgccgaacatcgacaacgacagagcagcttcaacgccccaacct
atctctgtgtccgaaccgatacctgagaaacgagaagattttgacagtaagttcagctcg
gggatgataagtcctgagaagccggtgaactattgcgatgagggtactcctgggtacttc
tcgagagtgagctctttgagcagtcttggcgagcccactgaagaggactgtttagctaag
aggaatgctatggcgaccatcaacgtggacccaagtcctcccgaacaaaataccagcagt
tctgctaaggacaaagaaggttcaaaagcagtgactttcgcaacggaacctgtctccgtg
tgcacgggttctgagcccgcgtcggctagggcttcgcccccgccgcagcgcttcgtggag
gacacgccgctcatgttctctcgctccagttcgctcggatcgctccctgagtgctcgcag
caagatgaccagggctctgtggtgtctgaagttagccgcctaacatcaggctgcatctcc
ccgagcgagatccccgactcgcccggcgccagcgcgccgctgtcgccgcgcgcccgcgcc
gcgcccgccccgggctcgctcaccgccatgtccacgccgccacaagagccatgtgtaggc
tcggtgtttgaagagcgcgtatcccggtttgtggtggaacatactcctgcgcagttctca
gcagccaccagcctctccagcttgactattgatgatgagccaaagttgcccaagcaatcg
ttgaaattattaccaagactcacacacgaggaagagatcgacgcatcaccgagcaataac
ccagatgacgtattacaggacaacagaaatagacaccaaatgcggacaatgcggtcgtcg
aacacagttcctattgaacctttgagaggaactcaaaccccaggcgaagtatgcaaagta
tacttcacagaagacacaccagccattttgtcgaaagccggcagcaactccaacctgtcc
gctctgtccatcgactctgcgcccgcgccgcaattgcacgactcacgtgatttgcacgaa
gaaagcgatttgcacgactcacgcgatttgcacgactcacgcgatttgcacgactcgcgc
gatttgcacgatgcgcatgatacgtctgatagctcgaatttgagcgatgcgggtgatttg
ttagaagagtgcatacagaagggtattgctaaggtggtgaagaacaaagggccgacttct
gacgtcaactcgtacagagatgaagtttacagatccctgccaccatacttgcgttcttcg
acggagacggtcagaatgtctcatgagttcgccaggaatgttcgggacagtaggtcgggc
agctcgagtccgccgccgccgctgccgcccaagctcacccatgcgcccgcgccgcccaga
ccaccagcacttgatgatggtcggagatatgaaagtcgtctacccatcaagaatgcaagc
agctcacgtgatcgaccacgaacagcggacgtagccaacctcgctagaaacgactcactc
tcttccctcagtctcgattccttcggctcgaccgaccgcgagatattcgaggaaacagtc
aaagctggcctctccagcgtcaatcctagagctaagtactgcacagatgaacgtaccaga
gctcattcagccgaaggagtcgccgatacttcgcgaagggaccgagtaccaaggtcttta
gaccgcgcttccatgaggacgagacatgaacccgaacagggcagcattcgcagcagtcga
gcgagacggcgacggtcaccgacgggtacagcagcaaggttagaacgtagtacgtcattg
tcgtcgctcagtaacgagtcgtttggttccactgatcgggaggtgttcgagcgtagcgtg
cagcggggtatggcgcgaaggcctgaggcgcggcgcggacgctcggacgaccggctggag
gcgcggcgccggcggggcgcgctggcgcgggtgggcgcggcgcgggcgctgctggaggag
gtgatcgcacgcggcgcgcgccgccccaagacaaaaaacgtgcccccgccgtctgcgggg
cgcgcgcccgcaggcgggggggacaaccgcgacacacctggctctgaccgcactagcgac
acgcctagccaacacccgcgcgtagctagtgacgacacgcgtagcgaccactcgcgcgta
gccgatgacgtcacgcgtagcaaggaccacctgatcccgctcccgtgtgacgtcacgcgt
agcaatgagcagctcgcgccacgctcggccgacactactctatcagatcccgagcgcgac
ctcgaccgttccaacgagtcctacgcagatgttcccgacgactggagcgatgacggcaaa
gaccacgcagacggcggcactcttactcgacactccaaacagaacaaactcgagtggaca
gacattaaatacaccaccaaaccactggacgatatacctctaccagacgatatctctaaa
cgtgacaccgacacgtggaatgataacacgtgtcctgatgacgtcaccttcccaaccatc
agcggttccgtacatatggtgtcttccatccgaagcgaagtagccgaccataacacaacg
ttacccgacttgctagaaaaaagcgaggtaccacccaccatggcgttctcaaggccagac
ttgaccaacaaactggagttggatagagaaatacctcagtctccaatcgtcatgataatg
gataccgatttagatgctgatcgactgatgttggacagtgtacctgaacctagtttcacg
tcccttgtcgatgatggcgagcagaagtttgactccattctttcggctgctattgaaaag
gaagcggcaagattggctgctcaactgaaaagttctcactatggtatggagaacagtgta
acgtcactcacttccttagaccttgacaacgtcaaaccgccgtcgaacctcggcagcttg
ttgtcactcagtgcatcaggccaatgggacgaaacttcccaaatgtcgaagaaatcccaa
aagagtaggaagaagtctctccctgtagccttgatggtgaaacgagcgctcagtaactcc
atgaaccagggcagttccgaacatttggacagcaatcccgtcaacttcctcgacaacgtg
aagcctccatcagaaatggagaacattgacatggagagcagcatgatctccgtctccagc
atagtgtcggaagtcgcggaagtcagggaccgcactccaatagtcttcgacttcaaacag
cctatacaagacttccccatgtgcagtactttcactaacgtcttccatgacctagacaag
gttaacccgccatcattgttcgatgaaattgctgaatctactttagaacttgaacccact
actgcacaaccaatgtacgacgattgcgtgtccactttaaatgtagtcactgatattcca
tcaggatctgaaaactgtacgcccataccttctgatatgagcagcgtggaatctacgcca
aagagacagagagatcccaaatacctgactcctaaagaaaagaggcatgcagctaaggac
agatatcaaacctacactataactgatacagtcgccgaaaacgacgttgtactggaagtt
gaagaaccattcgtcacatggaccaagtcggagagcgatagatccgacgagtatgtcacg
gccacttccgaaataaagtccagaaggaaattaagcgccaaacagaggagattggaagac
agagctaggtaccaaactcaaactgttgatattaacaccataatgccgcaagaaccgccg
cagaaagttgtagacccacacttagagagtttaaaacagcggctggcggctaaaaagacc
atgaaacaaaagcgaatagaagacgctgaacgtttcagaacaaggacgttaagtgaagac
atacctccttcacccactttcgtaaccaaagacgcaaacttcgaaaatgtcgagacgaca
actggttacgatagcttgtcatctaacgagctgaaccaccaacagatatcggatgacaga
caagatgacgacgtattctcacgagaaactgacagcgggaacaatgaggatgacttcgaa
ctcaactccacacaaatgcaaacttacacgaagagcttcagaaactacttgcccgtcatc
gaaagccctgcagcagtcgacatgtgtgtcgtgtacaacctaaaaaatatagaaatgacc
gcgtcatacaaacgcacgatacaaatgcagtgtgataaaaaccagaacccaagcagtagt
gacttcgcgagctacgaaggtgatagtaattctgaagataaagctcattcggagtcagac
ccggagacctcccggcctaagccgaaaattatcaaacccgctcgacgtgacgaaagtctt
gactccaacgattcgcttgaaaaggagaatgacgctcctaaagctattagaggcagaaag
aaggccatgtatgtgtctccatacaggcgaaatgtacccgcggctcctaaaaagcccgcg
actccgcaaaccaaagtagcacctaagagtgcacccccaaaactcacaaaccccgtcaaa
gcccacacaagtgccaaaacgcctaaaccttccgtttctaaaactcctagtgcaaacact
tcccctaaaaaatctcttccgaaatcccccactaaggtgcaacagaaacctatatgtata
cctcctgttgccaccaaaccgttacctttagaacgacaaggaacgttcacgaaggaggac
agttctgtgcctactcaggacttgcctgtgccagtcccggacaaaaagactgcagttccc
aaggcagctaaggcacctacgccgaataaaaacaacacgtctccttcacgacttccgcag
ttcaatcgtacgagaccaccaccagctaaagctagccaacccaagccttccacgtctagg
gtcactaagaaacccgaaccgaccatgaagaactcgctttcgaaccacagcctccaaagc
aatgaaagtggaaagaccatcaccatagcttcgagaagctctcgacaaggcagcacttct
agtgtcaattccatacagtcttctaaaactaactcaaaagacatagaaagcaaaatagca
agcttgtggaagaaagtagaacaagcaaagaaattgccggctaaagctgagaaaaaggtt
tggatagaagctgataaggaacctcccaaacttatcaggagttcgacctttgaagggcag
ccgaaggcctctgtaccttcggctcctaagcagaaatctgctataggtatacgagtgtca
caaatacctagtttaaggccaaaaactgtaccgagcaaacccgcaggaccagtgaacagt
gctaaaaaaacaaatactagagttttcaccaggaaacctgtaaatggacagctaacatct
taa

  All links  
Gene (2)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
Protein sequence (4)   
   RefSeq(pep) (4)   
DNA sequence (4)   
   RefSeq(nuc) (4)   
Protein domain (7)   
   Pfam (7)   
All databases (17)   

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