KEGG   Linepithema humile (Argentine ant): 105672238
Entry
105672238         CDS       T04898                                 
Name
(RefSeq) protein dachsous
  KO
K16507  protocadherin-16/23
Organism
lhu  Linepithema humile (Argentine ant)
Pathway
lhu04391  Hippo signaling pathway - fly
lhu04392  Hippo signaling pathway - multiple species
Brite
KEGG Orthology (KO) [BR:lhu00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04391 Hippo signaling pathway - fly
    105672238
   04392 Hippo signaling pathway - multiple species
    105672238
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04515 Cell adhesion molecules [BR:lhu04515]
    105672238
Cell adhesion molecules [BR:lhu04515]
 Cadherins
  Cadherin related
   105672238
SSDB
Motif
Pfam: Cadherin Cadherin_2 Cadherin_3 CADH_Y-type_LIR bMG10
Other DBs
NCBI-GeneID: 105672238
NCBI-ProteinID: XP_012222457
Position
Unknown
AA seq 2728 aa
MVNYTLAGGRLESKQLLVRSDTGHICVRSRLDRETAPYLELPVIATDRGGLSTIAIVRIE
VTDINDNRPIFEPQKYNVTLRSDSTAHGPILRLAATDLDAGVFGQFTYRITSGNEASIFR
IDRNTGELHVAKSSQLSRSSLHQFNVSATDAAGLKSIVDAEVKVAVSSAGHRIATCEKPR
YTVTVKENVPQNTVVAGVKDTATASSSSTGERPSRFYLVREEADLSLDPNTGMLRIRQPL
DRESRDKYVLSVEARNGGSVGYCQMEVIVEDVNDNTPSFRTTSVRISVPESHPLHVPLYV
AHATDPDATPSLPIRYVLNQNSNDLFGIDARTGELYLVRRLDYETQSRHGLLITALDGAG
LSANLSLSVEVQDVNDNPPAFERNEYHVEVPEGAGLDSQIFQVTAVDQDTGNNARLSYRL
QGSTAFRISRNTGWIYLAQNLDRETLDRYALTVFATDNGSPAATASASVLVTVQDDNDND
PRFEKDFYGFELLENLPSGTSVGSVSATDSDLGKNSLLRFAVVQANSSFTVDPDTGEITT
REPLDRETKAVHELVLEARDQGTPSRAARVPLKVTVLDVNDNSPEIVDPQGNIVSVREEQ
PPGTEIARVRALDTDLGENASVTYSILKDRDSDGYNVFTIDPITGMIRTKIVLDHEERNV
YRVSVKATDAGHPPRHSVRALRVEVLALADNRPTFTSSSLTFNVREDASIGHAIGSVSGA
GPAGRMAFTLNSLTPISEFPAFDVDRSSGQLVVAHSLDRENVSEYHLEIRALDTTSIGNP
QSIAVSVKIIIEDANDNAPNWPQDPIIVRVSERAAIGSTIYNLTASDLDSGLNGELRYDL
VAELPSKGYFAVDFLTGALTLAKQLDREERAEYTLILKASDRAPPGEQLASTVTARIIVL
DQNDNDPVFVAPESTKIAVASNLLPGASLVRVVAVDKDSGDNGRVSYVITAGNEEARFTV
GYESGIVSLMKHITKPTDLEITANDHGSPPRKAVLKLNLIPVPAQTIGPPRLLLSNPAVT
ISENLPAGTPVINVAAPAIADQGNVTFNIASNTASNKFAIMPSGLVVLQASLDREEVARY
SVSIVARSNKLLDITILEVIVVDENDNSPEFRPGSCYTLTVPENQEDYAIHTVAASDLDE
GKNGEISYSIAEGNIGAKFALDRMTGVLSMSNLDRETIPKYVLTISAKDNGRSSREARCN
LTVIVLDINDNAPTFVYNKYTESRNGFQFASTNRPGKYVTTISEDIAPDSSVMSIKATDP
DQGVNGKITYAIAKETSWLFRVDNLTGVVTTAGSLDRERESSYTFLIVATDSGKDHAMST
SIPVEINISDVNDNAPVFEEYPFRTRVSIGTQPGQNILRVSANDADDGPNGEVVYSFLHE
QEKPKFRINPSTGEVTASLSLSQDNGKTYYLEVLARDKGNPPKSAKGLIELQVGDHADLA
LALKFQNDTYNVVVPENSAAGTEIVQITAVRTDGRRQHVSYSIASGNDFDTFAIDEGTGL
LRVNNPTKLDAELWNDLTVKSGDELSDDAGRTTSWARSLEDQPKEEPRESSRHILNVLAR
TAAGSDALEAYVKVIVRVSDVNDNPPIFTQTQYSATVLEGNVKGDFVVQLSASDADQGLN
SRILYHIVDGNPDNAFTISPPYSGIVRTNIVLDREIREKYRLTIIATDQGNPQLTGTAAL
SVRVIDINDNQPTFPEHNVISVSEGTAMGTVLTTITANDVDSSPTLTYRFGNVTHPGPFS
IDRYSGKIVLRKSLDAETRSEYTLQVIASDGMHGATTDLTIRVTDINDNAPRFLQPVYVA
VLSEGQGILQEILTVNATDDDLSEDNSKVNYYLQSPVKGFLVNSQSGTVTVNRTAIPRPI
PKEMNLAIVAKDQGTPAAFSVCSVIVRLSSLKSTLPGREYNITVKESSPKGTTLMRLSDV
DLLDGAIVAGDDSGVFEISRGKLILSKTLDREVKDRYVLSLGSKVGNMTTGSLVGDEPVT
VTIIVEDINDNHPYFMKELYTVSIKEDAPRGTTVAVLRAKDDDIIGSAAATLVYDITSGN
DGGLFRVEKTTGAVLVNSTLDCDLEPEVYNLVVMVCDSDPVSPLCALAKLCVILEDVNDN
SPKFPVSEYLEFVGENEPIGTTVFSARASDLDRGIFGSLNYSIVSAAASGFSDIDDSWKL
FAVDERSGIVIARAQFDYEQRNRYAFTLRATDMGGRTAAVRVRVEIESRDEFFPQFTEKM
YRFGIKSGAQMSPGTVIGHVTATDRDKGPDGRVVYQLRSQNPYFKLNRTTGALIVKQKLM
HIELDIEESSRLMITASSGRQGSLSNMTIVEIVLMDDNEPNGARGALATPTDVGSNMAVA
TSGGLADWVLGLLIALLLLILAFGAIFLYLHIRNRRHKKPGAKPGLNGESNATASNSYVD
PSAFDTIPIRSVTGVGANGNGSGSAGGAGGGASCQFAPPKYDEIPPYGTSGQSGQQQATS
ELSGSDQSGSSGRGSAEDDGEDEEIRMINEGQQTGDSASDLSVHNTQEYLARLGIVDPPA
GTPRRPPEALPLDSLHLFEDEASTEADIATLIYGKIGESGRPTSGLEVPGGPSMNGSLSS
IVHSEEELTGSYNWDYLLDWGPQYQPLAHVFSEIARLKDDAASVQSGNSGSSGKTKSVHK
APPPPLLTSVAPRSLAAPALARGILPRSPISHDASTFPSAALSPSFSPSLSPLATRSPSI
SPLVPPTTQRSGQSANRGIPVTDAELRI
NT seq 8187 nt   +upstreamnt  +downstreamnt
atggtcaattataccctggccggcggtcgactggagagcaaacaactcctggtgcgaagc
gataccgggcacatttgcgtccgttcgcgcctggaccgagaaacagcgccttatctggag
ctgcctgtcatcgccaccgatagaggtggcttaagcacgattgcgattgtgcgcatcgaa
gtgacggatataaacgataaccggccgattttcgagccgcagaaatacaatgtgaccctg
cgtagcgacagcacggcgcacggcccgatcctcaggctggcggcgaccgatctcgatgcc
ggtgtcttcggccaattcacctatcgcatcaccagcggcaacgaggcctcgatctttcgc
atcgatcgcaataccggcgagctgcatgtggcaaaatcgagccagctctcgcggtcgtcg
ttgcatcagttcaacgtatcggcgacggacgcggctggtctgaagagcatcgtcgatgcc
gaggtcaaggtcgctgtctcctccgccggacacagaatagccacctgcgagaagccacgc
tacaccgtcacggtcaaggaaaacgtcccgcagaacaccgtcgttgctggcgtgaaggac
accgcgacagcatcatcttcctcgacaggcgaacggccgagcaggttttatctggtaaga
gaggaagctgatctctcgctggatcccaacacggggatgctgaggattcgacagccgctc
gatcgggaatcacgtgacaaatacgttctcagcgttgaggcacgtaatggcggctccgtt
ggatattgccagatggaagtaattgtggaggatgtgaacgacaacacgccgtcattccgc
acgacaagcgtccgcatctcggtgccggaatcgcaccctctccacgtacctctgtacgtg
gcgcacgccaccgatccggatgccacgccttcactgccgatacgctacgttctcaatcaa
aatagcaacgacttgttcggaatagacgcacgtacgggcgagctctatttggtaagacga
ttggattacgaaacgcagtcgagacacggcctcttgataacggccctggacggcgccggg
ctctcggctaatctcagcctgagcgtcgaggtgcaggacgtgaatgacaaccccccagcg
ttcgagaggaacgagtatcacgtggaggttcccgaaggcgccgggctcgattcccagatt
tttcaagtgacagcggtcgatcaggacacgggaaacaatgcgagactgagctatcgtctc
cagggctccacggcctttcgcattagccgcaacaccggatggatctacctggcgcaaaat
ttggaccgcgagactctcgatcgatacgctctgacagttttcgcgactgacaacggctcg
cccgcggcgaccgcgagcgcctctgtattggtgacagtccaggacgacaatgacaatgat
ccgcgattcgagaaggacttctatggattcgagctgctcgagaatcttccttcgggcact
tcggtgggctccgtgagcgccaccgattccgatctcggcaagaactcgctgctgagattt
gcggtggttcaggcgaacagcagctttaccgtggatcccgacacaggcgagatcaccacg
cgcgagccgctcgatcgtgaaacgaaagccgtccacgagctggtgctggaggcgcgggat
caaggaacgccgtcgagggccgccagggtgccgctgaaagtcacggtgctggacgtgaac
gacaactcgcccgagatcgtcgatccgcaagggaatatagtcagcgtgagggaagagcag
ccaccgggaacggaaattgccagggtgcgtgcattagacacggacctcggtgaaaacgct
tcggtgacttacagcatcttgaaggatcgtgattcggatggctacaacgtcttcaccatc
gatccgatcaccggcatgattaggaccaagatcgtgctcgatcacgaagagcgcaacgta
taccgggtgtccgtaaaagcgaccgatgccggtcatccgccgcgacacagcgttcgcgcg
ttgcgagtcgaagtcctggcactcgcggataaccggccgaccttcaccagcagcagtctt
acctttaacgtacgcgaggatgcaagtatcggacatgctataggatcagtgtcgggggcg
ggtcctgcgggtcgcatggccttcaccttgaactcgctaacgccgatcagcgagtttcca
gcttttgacgtcgatcgcagctcgggccagctggtggtcgcccattccctcgatcgcgag
aacgtgagcgaatatcacctggagatccgtgcgttggatacgacttcgatcgggaatcct
caaagtattgctgtttcggtgaagatcatcatagaagacgccaatgacaatgcgccgaac
tggccgcaggatccgataatcgttcgagtgtccgaaagagcagccattggttcgacgatt
tacaatcttacggctagcgatctggacagtggcttgaatggcgaacttagatacgatctc
gtcgccgaattgccatcaaagggctattttgctgtggacttcttgacgggcgctttgacg
ctggctaagcaactggatcgagaggaaagggcggagtatactttgattcttaaagcatcg
gatcgcgcaccgccgggagagcagttggcttccacagtcaccgcgagaatcatcgtcctc
gatcagaatgacaacgatcctgtttttgtcgcgccggaatctaccaagatagccgtcgcg
tcgaatcttctgcctggcgccagcctggtaagagtcgttgccgtggacaaggattcgggt
gataacggtcgagtgtcctatgtgataactgccggcaacgaggaagcgcgctttaccgta
ggctacgagtcgggaatcgtgagtctcatgaagcatatcacgaagcccacggatctcgaa
atcactgctaatgatcacggatcgccgccgcgcaaggcagtgctgaaactgaatctgatt
ccggtgcctgcgcagacgatcggacctcctcgactgctgttgtccaatcctgctgtcacg
atctctgagaatcttcctgccggcacgccagtgataaatgtcgcagcaccggcaattgcc
gatcaaggcaacgttaccttcaacatcgcaagcaacacggcttcgaacaagttcgccata
atgcctagtggtctagtcgttcttcaagcttctttggaccgcgaggaagtcgcacgttac
tccgtttccatcgtcgcgaggtccaataagcttctggatatcacaattctggaggtgatc
gtagtggacgaaaacgacaacagtccggaatttcggccaggttcctgctacactctcact
gtgccggaaaatcaggaagactacgcgatccacacagtagccgcgtccgatctcgacgaa
gggaagaacggcgagatcagttacagcatcgcagaaggcaacatcggcgccaagtttgcg
ctcgaccgaatgaccggtgtattgtcgatgtcgaatctcgatcgcgaaacgatacccaag
tacgtgctgacgatctcggccaaggacaacggcagatcgagccgagaggcgcgctgcaat
ctcaccgtcatcgttctggatatcaacgacaacgctccgacttttgtttacaataaatac
accgagtcgcggaacggctttcaattcgcatcgacgaatcgtcccggcaagtatgtgacg
accatttcggaggacatcgcgccggactcaagcgtcatgagtataaaggccacagatccg
gaccagggtgtgaacgggaagatcacgtacgccatcgccaaggagacgagctggctcttc
agggtcgacaacctgaccggcgtcgttaccaccgccggttcactggaccgcgaacgcgaa
agcagttacaccttcctcatagtggcgacggatagcggcaaggaccacgcgatgagcact
tcgataccagtcgagatcaacatcagcgacgtgaacgataatgcgcctgtcttcgaggaa
tatccctttcggacgcgcgtatccatcggcacgcagccaggtcagaacattcttcgggtg
tcggcaaatgacgccgacgacggtcccaacggagaggtcgtgtactcgttcctacacgag
caggagaagccgaagtttcggattaatcccagtaccggcgaggtgacggcgagcctgtcg
ctgtcgcaagacaacggcaaaacttactacctggaggtgctggctagggataagggaaac
ccgccgaaaagcgccaagggtctgatcgaactgcaagtcggtgatcatgcagacctagcg
ctcgccctcaagtttcagaacgacacgtacaacgtcgttgttccggaaaactcggcagct
ggcacggagatcgtccagatcaccgcggtgcgcactgacggcagaaggcagcacgtctcc
tactccatcgcgtcgggaaacgactttgatacgttcgcaattgacgaaggcaccggtcta
ctgcgtgtcaacaatcctaccaagttagatgctgagctttggaacgatctgacagtgaag
tctggcgacgaattgtcggatgacgcgggtcgcaccacctcgtgggccagatctctggaa
gatcagccgaaggaggagcccagggaaagctcgaggcacattctcaatgtactcgcgaga
acagcagcaggttcggacgccctagaagcatatgtcaaagtgatcgtcagggtgtctgat
gttaacgacaacccaccgatcttcactcaaacgcaatactctgcaactgtattagagggc
aatgtcaaaggagatttcgtcgtccagctttcagcaagtgatgccgatcaaggattaaac
agcagaattttataccatattgtggacggcaacccagataatgcctttaccataagccca
ccatacagtggaattgtacggaccaatatagtcttggatcgtgaaattcgtgaaaagtac
agactgaccataattgcgactgaccaaggaaatccgcaattaactggcaccgctgcactg
agcgtgcgagtaatcgacattaacgacaatcagcccacttttccggaacacaatgtcatt
tcagtttctgaaggtactgccatgggcaccgtgctgaccaccatcacggcgaacgacgtc
gacagttcgccgactctgacgtatcgcttcggcaacgtgacgcatccggggccgttcagc
atcgaccggtacagcggcaagatcgttctgaggaaatctctggacgccgagacgcgttcc
gagtacactctccaggtgattgccagcgacgggatgcacggggctacgaccgacctcacc
atacgcgtgaccgatatcaacgacaacgcgccgcggttcttgcagcccgtctacgtggct
gtgctttcagaagggcaaggtattctgcaagaaatcctgaccgtgaacgcaacggacgac
gatctctcggaggacaacagcaaagtaaattattacctgcagtcacctgtgaagggattt
ttggtgaattctcagagcggtactgtgactgtgaatcgcacagcgatacccagaccgata
ccgaaggagatgaacctggcgatcgtcgcgaaggaccaaggtacgcctgcggcgttctcg
gtgtgctcggtcatcgtgcgacttagcagtttgaagagtactcttcccgggcgtgagtac
aatatcacggtaaaggaaagctcgccaaagggtacgacgttgatgaggctctccgacgta
gacttgctggacggcgccatcgttgcgggcgacgatagcggggtattcgaaatatctagg
ggcaagctgatcctctcgaaaacacttgatcgcgaggtgaaggacagatacgtgttgagc
ctgggcagcaaggtcggtaacatgacgactggctcgctggtgggagacgaaccggtaaca
gtaacaatcatcgtggaagacatcaatgacaatcatccgtatttcatgaaggagctctac
acagtttcgataaaggaagacgctccgcgtggcacgaccgttgccgttttacgcgccaag
gatgacgacataatcggcagtgcggcggccacgctggtgtacgacatcacgtcaggaaac
gacggcggtctgttccgcgtggagaagacgaccggtgccgttttggtgaactccacgctc
gactgcgacctcgaacccgaggtctacaatctcgtggtgatggtctgcgacagtgatccg
gtatctcctctctgcgcgctcgccaaactctgcgtcatcctggaggacgtgaacgacaac
tcgccaaagttccccgtttccgaatacctcgagttcgtcggcgagaacgagccgatcggc
acgaccgtcttctcggcgcgcgcctcggatctggatcgcggtattttcggatcgttgaac
tactccatcgtttccgccgccgcgagcggcttctcggacatcgacgatagttggaagctg
ttcgcggtcgacgagagatcgggcatcgtcatcgcacgcgctcagttcgactacgagcag
agaaatcggtacgccttcaccttgcgcgcgacagacatgggtggtcgtaccgcggcagtg
cgtgtcagggtggagatcgaatcgagggacgagttctttccgcaattcaccgagaaaatg
taccgattcggaattaaaagcggggctcagatgtcacccggcacggtgattggtcacgtg
acggcgaccgatcgcgacaaaggccccgacggccgggtcgtataccaattgaggtctcag
aatccttacttcaaactgaaccgcacaaccggcgcgctgattgtgaagcaaaaattgatg
cacatcgaactagacatagaagaatcatccagattgatgatcaccgcgagttctggtagg
caaggctctttatccaacatgacaatagtggagattgtgttgatggacgataacgagccg
aatggagctagaggggctctagcaacaccgacggacgtcggctcgaacatggccgtggcc
acttccggaggtctggccgattgggttctgggtctattgatcgctcttcttcttctcatc
ctcgcattcggtgctatctttctctatcttcacatccgcaatcgtcgtcacaagaagccc
ggcgcaaaaccaggtctgaatggcgaaagcaacgctacggcgtccaatagttacgtcgac
ccgagcgcattcgacacaattccgattagaagcgtgactggagttggcgcgaatggaaac
ggttccggaagtgctggaggcgcgggtggcggcgcgtcttgccagtttgcgcctccgaaa
tacgacgaaatacctccgtacggaacatctggccaatccggacaacaacaggctacctcc
gagctttccgggagcgatcaatcaggttcttccggcaggggctccgccgaggacgacggg
gaagacgaggagatcagaatgatcaacgagggccaacaaaccggcgattccgcgagcgat
ctctcggttcacaatactcaggaatacttagctagattgggcatcgtggatcctccggct
ggtacgcctaggaggccccccgaggctcttcccctcgacagtctgcatctgttcgaggac
gaagccagcaccgaggcggacatagcgacgctaatctacggcaagatcggagaatccgga
cgtcctacttccggtttggaggtcccaggaggaccgtcgatgaacggctcgttgagctcc
attgtgcacagcgaggaggaacttaccggctcgtacaattgggactaccttttggactgg
ggaccgcagtatcaaccgttagctcacgtgttcagcgaaatcgccaggttaaaagacgat
gccgccagtgttcagagcggaaactctggcagcagcggtaagaccaagtctgtacataaa
gcaccgccgccgccgttgctcacgtccgtcgctccaaggtcattggcggcgccagcgctg
gcgagagggatcttgccgaggtcaccgatcagccacgacgcctccacgttcccctccgcc
gcgctaagtccaagtttctcgccctcactgtcacctctggccacgagaagtcctagcata
agtccgctcgtgccacccaccacccagcgatccggtcagagtgccaaccgagggattccc
gtcaccgatgccgagctcaggatctga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Pathway (2)   
   KEGG PATHWAY (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (4)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (1)   
   RefSeq(pep) (1)   
DNA sequence (1)   
   RefSeq(nuc) (1)   
Protein domain (5)   
   Pfam (5)   
All databases (16)   

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