KEGG   Xenopus laevis (African clawed frog): 443598
Entry
443598            CDS       T01010                                 
Symbol
scap.S, scap
Name
(RefSeq) sterol regulatory element-binding protein cleavage-activating protein
  KO
K26682  sterol regulatory element-binding protein cleavage-activating protein
Organism
xla  Xenopus laevis (African clawed frog)
Brite
KEGG Orthology (KO) [BR:xla00001]
 09180 Brite Hierarchies
  09182 Protein families: genetic information processing
   04131 Membrane trafficking [BR:xla04131]
    443598 (scap.S)
Membrane trafficking [BR:xla04131]
 Endoplasmic reticulum (ER) - Golgi transport
  Others
   Others
    443598 (scap.S)
SSDB
Motif
Pfam: Sterol-sensing Patched WD40
Other DBs
NCBI-GeneID: 443598
NCBI-ProteinID: NP_001085277
Xenbase: XB-GENE-996524
UniProt: A0JPH4
Position
6S:3089693..3139703
AA seq 1311 aa
MPLIDKLRERISRAFYSHGLLCASYPIPIIILTALCILASCYPLLKLPLPGTGPVEYVTS
VKDYSPPPLEPNPEDHSDQPDWYVGLPVAFIQQVLVKAVVSPWDKDFLAVDVFRSPLSRV
FPLVEEIRNHVLRDKSQEKSLEDVCLQVTDLLPGLKKFRDKLPEHGCLLLSPANFWQNSQ
EQFSSDPDLIRTIHQHEPKTLQTSATLKDLLFGVPGKQSGVSLYNRKRIVSYTVTIALRR
YNATFLDSLRSRLKRQHPSTNSSAASQHIVHVHFKEEIGIAELIPLVTTYIILFAYIYFS
TRKIDLVKSKWGLALAAVVTVLSSLLMSVGLCTLFGLTPTLNGGEIFPYLVVVIGLENVL
VLTKSVVSTPVDLEVKLRIAQGLRNESWFIMKNMATELGIILIGYFTLVPAIQEFCLFAV
VGLVSDFFLQMFFFTTVLSIDIRRMELADLNKRIPAEACIPPPKPGAKRYDRQPTLRPAT
PHTITLQSLRNLRLPKRLRLVYFFARTRLAQRIIMAGTVVWIGILVYTDPAGLRNYLTVH
VTEQSPLGGAVMPPIPVPVLSASNPHGPLSAVFPTGSSQLLENQSQRDSKEVIDSLSSRI
WEESHPEDKSKERAAKIEDKAHTQVTWGAEDEETWRKLSFRHWPTLFSYYNITLAKKYIS
ILPMIPVTLYLTPQEVSDARHPQEAQHSHPYLQREGKPDEAWARVEAKGAEKPTENQTPA
DVTLYKVAALGLASGIFLVLFFFLLYRLLCPKNYGQNGVSHGRRKKGDLPCDDYGYSPPE
TEIVPLVLRGHHMDIECLASDKMLLVSCCLAGQIRVWDAQSGDCLTIIPKPSLRRESSGV
FEYQDNWEPTPECKYNPEESLENGYQLKRRTLHPPLFSDQPDLTSLIDTNFSEQPANEES
GARQRLSCIKQESPPIGYDFSSLVQKVYEEHEVSSFGSFPLVLSPAPYGQCQLSSGRRSQ
TPAGCVDGSCARRKSSTEETTGYCNGSSSPAPSWTDSFESSVWSLGLQGNLIVVGRSNGN
LEVWDAIEGSLRCSNCDGQSGITSLVFLNHRVVVARLNGSMDFYCLDSQKSSNQLQFRGA
PNRSNVPSSPLYSTDDVIGCQRTHTVACAHRKPITALKAAAGRLVTGSQDHTVRIYRLED
ACCLFTLQGHSGGITAIYIDETMVLASGGQDGAICLWDVLTGSRVSHMFGHRGDVTSLLC
TASCVISSGLDDVISIWDRSTAIKLYSIQQDLGCGSSLGLISDNLLVTGGLGCVSFWDVG
YGDLLQTVYLGKCEDSQPARHILVLDNSAIVCDFGSELSLVYVPSVLEKLD
NT seq 3936 nt   +upstreamnt  +downstreamnt
atgcccctgattgacaagctgcgtgagaggatatcacgagccttctacagccacgggctg
ctctgtgcctcctaccctatccccatcatcatcctcactgctctctgcattctggcctcc
tgttaccccctgctaaagcttccgctgcctgggactggcccagttgagtacgtcacctca
gtgaaagattattcacctccacctttagagccgaacccagaggaccacagcgaccaacct
gattggtacgtggggctgcccgtggccttcatacagcaggtgttggttaaagctgtcgta
tctccgtgggacaaggacttcctggctgtggatgttttccggtctccactgtctcgtgtc
tttccattggtggaagagatcaggaaccacgtgcttagagacaaatcccaggagaagagt
ctagaagatgtgtgtctccaggtgacagacctgctgcctggcctgaagaagttccgtgac
aagttacctgaacatggctgcctactactttctccagccaacttctggcagaacagccaa
gaacagttcagcagtgacccagaccttatcagaaccatccatcagcatgagcccaagacc
ttacagacctctgctactctcaaagacttgctttttggagtcccaggaaagcagagcgga
gtcagtttgtacaaccgcaagaggattgtatcctacaccgtcaccatcgctcttcgcaga
tacaatgccaccttcctggacagtttaaggtcccgactcaagcggcaacaccccagcacc
aactccagcgcagccagtcagcacattgtacatgtacattttaaggaagaaatcggtata
gccgagctcattcctcttgtcactacctacatcatcctcttcgcttacatctacttctcc
accaggaagatagacctggtgaaatctaaatgggggttggcactggctgcagtagtaacg
gttctgagctccctgctgatgtctgtcgggttgtgcactctctttggactgacaccaact
ctcaacggcggggagattttcccatacttggtcgtagtcattggtttagaaaatgttttg
gttctgactaaatctgtcgtatcgactcctgttgacctggaggtgaagctcagaatagct
caaggactccgtaatgagagctggttcataatgaagaacatggctactgagctgggcatc
attctgattggttacttcaccctggtacctgctatacaggagttctgtctgtttgctgta
gttgggctggtgtccgacttcttcttacagatgtttttcttcaccactgtgctgtccatt
gatatccgcagaatggagttggctgatctgaacaaacggataccagcagaagcctgcata
cctccccctaagcctggggctaaaagatacgatcgccagccaaccctgcgtcctgccacc
cctcataccatcaccctccagtctttgcgaaatctgcgcctccccaagagactgcgcctg
gtgtacttctttgccagaacccgacttgcgcagagaatcatcatggctgggacggtggtc
tggattgggatccttgtatacactgaccccgctgggctgcggaattacttaacagttcat
gtgaccgagcagagccccctgggaggagcagtcatgcctcctattcctgtaccagtgctg
tcggcatccaacccacacggccccctctcagctgtcttccctacaggctcctcccagctg
ctggaaaaccaatcgcaaagagacagcaaggaagtgattgactcgctgagctccaggatt
tgggaagagagtcaccctgaagacaagagcaaagagagagctgctaaaatagaggacaaa
gctcacacgcaggtcacctggggagctgaagatgaggagacttggaggaagctctcattc
agacattggccgaccctcttcagttactataatatcacgctggccaaaaagtacatcagc
atcctgcccatgattcccgtcacactgtacctgacgccacaggaggtgtctgatgcgcgg
cacccgcaggaggctcagcactcgcacccctatctgcagcgggaagggaagccagacgaa
gcctgggctcgagtcgaggccaaaggggctgagaagcccaccgaaaatcagacgccagca
gatgtcaccttgtacaaggtcgctgcattaggtctggcctctggaattttcctggtcctg
tttttcttccttctttatcggctcctgtgccctaagaattatggacagaatggagtgtcc
cacggccgcaggaaaaagggggatctgccatgtgacgactacggttattctcctcctgag
actgagattgtgccccttgtgctgagagggcaccatatggacattgagtgtctggccagt
gataagatgctgctggtgagctgctgcttggctggacagatccgcgtgtgggacgctcaa
agtggagactgtctcacaatcattcccaaacccagtttgcgcagggagagcagtggggtg
tttgagtatcaggataactgggagccgacccccgagtgcaagtacaaccctgaggagtct
ctggaaaatggttaccagctaaagagaagaacactgcaccctcctctcttctctgaccaa
ccagatttaaccagtctgattgatactaacttctctgagcaacctgcgaacgaggagtcc
ggggccaggcagcggctgagctgcatcaaacaggaatctcctcccataggttatgacttt
agcagcctggtacagaaagtgtatgaggagcatgaagtctccagctttggcagcttccct
cttgtcctctctccagccccttacggacagtgccaactgtcatcagggaggcggagccaa
acgcccgcgggctgcgtggatggcagttgtgcccgaaggaaaagctccacagaagagact
actggttattgtaatggctcctcctcacccgccccaagctggactgattcttttgagagc
tcagtttggagcctaggccttcagggaaacttgatagtagttgggaggagtaatggtaac
ttagaagtctgggacgccattgaaggaagtctccgctgcagtaactgcgatgggcagagt
ggcatcacatctctggtgttcctcaatcacagggttgtggtagcgaggctcaatggctcc
atggatttttattgtctagattcccaaaaatcctccaaccagctgcaatttagaggtgcc
ccaaacagaagcaatgtccccagctccccactgtacagtactgatgatgtcattggctgc
cagcggacccatacagtggcctgtgcccaccggaagccaatcactgccctgaaagcagca
gcaggccggctagtgacagggagccaggaccacacagtgagaatataccgcctggaggat
gcctgttgcctcttcactcttcagggacactcgggtggaatcacggccatttatatcgat
gagacgatggttctggccagcggggggcaggatggagcaatctgcctgtgggatgtattg
acaggaagccgggtcagtcacatgttcgggcaccgtggtgatgtcacgtctttgctttgc
actgcttcctgtgtaatcagcagtgggctggatgatgtcatcagcatatgggacaggagc
acagcgattaaactctactccatccagcaggatttgggctgtggttccagcttggggctc
atctcagacaacctcctcgttacaggaggactgggctgtgtgtctttctgggacgttggt
tatggggacctcttgcagacggtttatctggggaagtgtgaggattcgcagccggcgcgt
cacattctagtgttggacaattcggctatagtgtgtgactttggcagtgagctgagcctg
gtctacgtcccctctgtgctggagaagctcgactga

  All links  
Ontology (2)   
   KEGG BRITE (2)   
Genome (1)   
   KEGG GENOME (1)   
Gene (33)   
   KEGG ORTHOLOGY (1)   
   RefGene (28)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (3)   
   UniProt (1)   
   SWISS-PROT (1)   
   RefSeq(pep) (1)   
DNA sequence (5)   
   RefSeq(nuc) (1)   
   GenBank (2)   
   EMBL (2)   
Protein domain (3)   
   Pfam (3)   
All databases (47)   

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