KEGG   Acromyrmex echinatior (Panamanian leafcutter ant): 105146185
Entry
105146185         CDS       T03917                                 
Name
(RefSeq) protein smoothened isoform X1
  KO
K06226  smoothened
Organism
aec  Acromyrmex echinatior (Panamanian leafcutter ant)
Pathway
aec04341  Hedgehog signaling pathway - fly
Brite
KEGG Orthology (KO) [BR:aec00001]
 09130 Environmental Information Processing
  09132 Signal transduction
   04341 Hedgehog signaling pathway - fly
    105146185
 09180 Brite Hierarchies
  09183 Protein families: signaling and cellular processes
   04030 G protein-coupled receptors [BR:aec04030]
    105146185
G protein-coupled receptors [BR:aec04030]
 Frizzled / Smoothened family
  105146185
SSDB
Motif
Pfam: Frizzled Fz HvfC_N Phage_GPL
Other DBs
NCBI-GeneID: 105146185
NCBI-ProteinID: XP_011054583
Position
Unknown
AA seq 968 aa
MIFLLLLCCLLFCNGLSLELEHGFAANDDGENSMWKDMGRHQRIKDPNYRLDRYPIGELS
PDISTCRRPAKCVQLSKSTCMGTKLPYTFTTLDLIPEHVTQDIVEERLYLLQALKHVPKC
WAVVQPFLCSIFMPKCINDTVELPSQEMCKMVSGPCRMLMNHTIWPSFAKCDNKELFPRL
CQNDIRELKFNISGKCLKPLVPTDNVFSIFDGVEGCGTQCYDPLYTPDEHNQIHSFIIWA
ASICCTFNLFTVLTFVIDWRSANKYPALVIFYINGCFMVSCIGWLIQFTPGSRDVVICHK
DGTLRTREPSGENLSCVIVFVLVYYSLMAAAVWFVILTYAWHMSFRALGTIQDRIDKKSA
YFHLIAWCIPLVLTVAIMALGRIDGNSITGICFVGYADHMAKIFVLGPILLAVLIGGYFL
CRGLYTLICLKISSQEIISERASSKIKQTIVRMGLFSIGTLAAVVITFYCHIYEIQNSQQ
WQKSFRSYMICTIASKYADVSECKMDSRPSTGKLQLHLLALFSTGIFMSSWIWTSSTVDT
WCRFLRSIYFLFVCRIFNRESEEPPIRLSKHKLIAHLFANRKTFNKAGRLSISFHNTHAD
PVGLNFDLNSASQDFSSTWAAALPKLVTRRGALVGTTGSVSSNRRNSADSEISYSYQCVS
MESRRNSLDSQISVQIAQVKTTRKVASRSRGRRGKNRRDFGKSRSAKIDPLSRRGSTTSQ
DSQLITQIPIQMPNMGRRLGNAGLDERALKIIDTKNTGMLLPFLLRGQSGSDENLSSEEK
RQDMADKDVDIEAGNMEKEDEQDSDSEDSQSEDEIKMLDPENAHERSKNKERSNKNCKTY
NHESDRRSRESHRSKYVLQDEAILKHLLQEANDIKIKNENEKKEAYRKAVMSDLDSSLTS
CYPELTRLLQGDGQTNAREMATQTSLPLDILEMEELKQSIDEIINSRHCSSKGTQISPQL
KKSKNITT
NT seq 2907 nt   +upstreamnt  +downstreamnt
atgatatttttgctgctcctctgttgtctgctattctgcaacggtttgtctttagaactg
gagcatggatttgcagctaacgacgatggtgaaaacagtatgtggaaggatatgggtcgg
catcaaagaatcaaagatcccaattatcgattagatagatatcctataggtgaattgtca
ccggatatctcaacctgtcgtagacctgccaaatgtgttcagctatctaaaagtacttgt
atgggtacaaaattaccttatacttttaccacactggacctcataccagagcatgtaact
caagacattgttgaggaaagattgtacttgttgcaagctttgaagcatgtgccaaaatgt
tgggcagtcgttcagccatttttgtgctcaatatttatgccgaaatgcattaatgataca
gtcgaattaccatctcaagagatgtgtaaaatggtgtcaggaccctgcagaatgctgatg
aatcatacaatatggccgagtttcgcaaagtgtgataataaggaattatttccacgttta
tgtcagaatgacattagggaattgaaatttaatatctcgggcaaatgtttgaaacctctt
gtacctactgacaatgttttttccatttttgacggcgttgaaggctgtgggacacaatgt
tatgaccctttatacacaccggatgaacataatcagatacattcgttcattatatgggct
gcaagcatttgttgtactttcaatttattcaccgttctaacatttgtcatagattggaga
agtgcaaataagtatccagctttggtaatattttatattaatggttgttttatggtatct
tgcattggatggttaattcaattcactcctggcagtagggatgtagttatatgccacaaa
gatggaacattaagaacaagagaaccgagcggggaaaatctgtcgtgcgttattgtcttc
gttcttgtatactattctttaatggcagctgcagtatggttcgttatattgacgtacgct
tggcatatgagttttcgagcacttggtacgatacaagatcgaatagacaaaaagagtgct
tattttcatctaattgcttggtgcataccactcgttttgacggtcgcaatcatggcgcta
ggccgaattgatggtaacagcataacaggaatttgcttcgtcggttatgccgatcatatg
gcgaagatttttgtgctaggtcccatattactcgcagtgctaatagggggatattttcta
tgcagaggactctacacgcttatttgtttaaaaataagtagtcaggagatcatatccgaa
agagcaagttcaaagataaaacagacaattgtcagaatgggactcttttctataggtact
cttgcagctgttgttattacattctattgtcatatttatgaaattcaaaactcgcagcaa
tggcaaaaaagcttcagaagttacatgatatgcacgattgcgtcaaaatatgcagacgta
tctgaatgtaaaatggactcgagacctagcacaggtaaactgcaattgcatttgcttgca
ttattttctaccgggatatttatgtcttcatggatatggactagctcaactgtcgatacc
tggtgcagatttctaagaagcatatattttctcttcgtttgcaggattttcaatcgcgag
tctgaggaacctcctataagactgagtaagcacaagcttatcgcgcatttatttgcgaac
cggaagacatttaataaggccggtcgtttatcaataagttttcataacactcatgcggat
ccagttggactaaatttcgaccttaattcagcgtcacaagactttagcagcacttgggcg
gccgctttacctaaattagtaacgcgaaggggtgcactagttggtactacaggatctgta
tctagtaatagacgcaactcggctgattccgaaatcagttatagttaccaatgtgtctct
atggaatccagacgaaattctctggactcgcagatatctgtacaaatcgcacaagtgaag
acaacacggaaggttgcaagccgatcgcgcggccgtcgtgggaaaaacagaagagacttc
gggaaatcccgctcagcaaaaattgatccgctgtctaggagaggcagcaccacttctcaa
gatagtcaactaataactcaaattccaattcaaatgcccaatatgggcagaagactcggg
aacgctggactggatgagcgagccttgaaaattatcgacactaaaaacacgggcatgctt
ttgccttttttgttaagagggcagagtggcagtgacgaaaatttaagcagcgaggagaag
aggcaagatatggctgataaagacgtcgacatagaagcaggcaacatggagaaggaagat
gaacaagacagcgacagtgaggatagtcaatcggaggatgaaataaaaatgttagatccg
gaaaatgcgcacgagcgtagtaaaaataaagaacgtagcaataagaactgtaaaacttac
aatcatgaaagtgacagaagaagtcgcgagagtcataggagcaagtacgttttacaagat
gaagctatcttgaaacatttacttcaggaggctaatgatattaagataaaaaatgaaaat
gagaagaaagaggcgtataggaaagctgtgatgagcgatttggattctagtctcacctca
tgttatccagagttaacaagattgttgcaaggtgacggacagactaacgctagagagatg
gcgacgcagacttcgctgccgctcgatatactggagatggaagaattaaaacagagtatc
gatgaaataattaacagcaggcattgtagctctaagggaactcaaatatcaccgcaattg
aaaaaaagtaagaatatcacgacgtaa

  All links  
Gene (3)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
Protein sequence (5)   
   RefSeq(pep) (5)   
DNA sequence (5)   
   RefSeq(nuc) (5)   
Protein domain (4)   
   Pfam (4)   
All databases (17)   

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