KEGG   Xenopus tropicalis (tropical clawed frog): 779961
Entry
779961            CDS       T01011                                 
Symbol
pcsk5
Name
(RefSeq) proprotein convertase subtilisin/kexin type 5 isoform X1
  KO
K08654  proprotein convertase subtilisin/kexin type 5 [EC:3.4.21.-]
Organism
xtr  Xenopus tropicalis (tropical clawed frog)
Brite
KEGG Orthology (KO) [BR:xtr00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:xtr01002]
    779961 (pcsk5)
  09182 Protein families: genetic information processing
   03110 Chaperones and folding catalysts [BR:xtr03110]
    779961 (pcsk5)
Peptidases and inhibitors [BR:xtr01002]
 Serine peptidases
  Family S8: subtilisin family
   779961 (pcsk5)
Chaperones and folding catalysts [BR:xtr03110]
 Intramolecular chaperones
  Subtilisin family
   779961 (pcsk5)
SSDB
Motif
Pfam: Peptidase_S8 Furin-like_2 GF_recep_IV P_proprotein S8_pro-domain VSP Furin-like Phi29_Phage_SSB
Other DBs
NCBI-GeneID: 779961
NCBI-ProteinID: XP_031746755
Xenbase: XB-GENE-959596
UniProt: A0A6I8RXE3
Position
1:131669791..131916019
AA seq 1850 aa
MASKWLPRRCPLVALTVLLGILIPPCRARMFTNHWAVRIAGGETEANRIASKYGYTNMGQ
IGALQDYYHFFHSKTIKRSILSSRGTHSFISMEPKVEWIQQQVVKKRIKRDYKPTNTQST
FFNDPKWPSMWYMHCSENVHHCQSDMNIVGAWKRGYTGKNVVVTILDDGIERNHPDLMQN
YDAQASTDINGNDFDPMPRYDASNENKHGTRCAGEVAATANNSHCTVGIAFNAKIGGVRM
LDGDVTDMVEAKSLSLNPQHVHIYSASWGPDDDGKTVDGPASLAREAFENGIRTGRRGFG
SVYVWASGNGGRSRDHCSCDGYTNSIYTISISSTTESGKKPWYLEECASTLATTYSSGES
YDRKVITTDLRQRCTDSHTGTSASAPMAAGIIALALEANPFLTWRDVQHIIVRTSRQRHL
NAPDWKTNAAGYKVSHLYGFGLMDAEAMVIEAEKWTTVPAQHICVENTDRQIKTIRPDNV
VRSVYKATGCADNTNHHVVYLEHVVVRVSITHPRRGDLAIYLTSPSGTRSQLLANRLFDH
SMEGFKNWEFMTTHCWGERASGDWTLEIYDTPSQLRNFKTPGKLKEWSLVLYGTSVHPYS
PRNDVPKVERVRSSPIDEPSEDYSMDDYTGPCDVECSNVGCDGPGPDHCTDCLHFYYKAK
NNTRICVSDCPAGHYLADKKRCKKCFLHCESCVGSRSDQCTACKPGYYLNEESNSCIINC
PEGFYLNENKVLCRKCNENCKSCTSEQTCTECKPGLSLQGSKCAMSCEDGKYYSALKKEC
DPCHRSCATCSGPGIDNCINCTDGTLFEDGKCVHMCSSGYYLTQSKTNAYKICKKCDASC
LTCSGPGDRNCTSCLDNYVLESSVCVVGTICKDGEYIDETGRCKFCDASCAKCIGPGKYN
CIGCSQTRIFDNKQCVLRCPSGKFESNRQCHQCHHTCHECNGSEPDECTSCGPDKNEITR
FLYNGECREGCPQGHYAAESTCIQCPPNCDLCDRDSTCIRCLEGFHLDKGVCQKRACPEG
ETEDMDTGNCVACTIGCSKCYTYDPSSCISCIKGYYMYETYCYDVCPENTYSNDSLMSCI
DCAETCFSCTEDQCIECEEGFYLLEGECVTDCGPGFYSDDIDKECDICYRACDSCTGPDY
DECTSCKDTYTLLQGKCMPYKNSPEEGTFVNREGKSQPCNSACKTCNGSASACTSCKQGT
YLHDRSCIPECPNGFFENEKDGRCEKCTVGCERCTEANVCLQCLVGYKHEGKCYKQCPSG
FFGHTGVCEKCSSDCKTCKDNADYCLSCSDPKLLEQARCTNVCSERYTAINGECKHCSHN
CKTCTSLDTCSECMHGYFLYDGKCVEYCPDGYYENNGNCFQCDPMCAKCSGPDADDCEEC
SSKSFFLYNGECFGTCPEGTYYEPSTKDCQDCDTSCKTCSSFTTCDSCRDNLVKNKEGFC
VTYKDCSLNQYQDEHKNCHPCHKKCSRCMGATEHHCLNCPSNHFLLNSTCFAKCPEGYYT
EEEEHRCAPCHSTCLTCFGKRSTHCLSCKTDWYSLGGACMQNCIKGYYAENSTSKCEKCH
MSCEECTGPEASNCLSCHKDFFLMRAKQQCVSSCPEQYYEDHTVRRCERCHPTCKTCTSF
GALACTSCVSSYQLFGHICNSECLAGEFKAKEDPDQSCEKCHESCIECKGPGPLNCTVCP
ASQVLYVDEGRCVHCCHGNLAEVAECCDCSVTLDECILLKGLLTESEGKQKTALFITTSI
LLVLSIGAILVYWKRSKAKVKSVSKAGYEKLPDQTKSFQSFKGRERTSSFQRDQVIEYHD
REEEDEDEDDDDDIVYMGQDGTVYRKFKYGLLEDEEEDDLEYDDESYSFR
NT seq 5553 nt   +upstreamnt  +downstreamnt
atggcaagtaagtggctccccaggagatgtccgctcgtcgccctgaccgtgctgctggga
atcctgataccaccgtgcagggctcgcatgttcactaaccactgggctgtgaggatagca
gggggggaaaccgaagccaacaggatagcgagcaaatacggatacaccaacatgggacag
attggagcactccaagattactaccacttttttcacagtaaaaccatcaagaggtccatt
ctatccagccgaggtacacacagcttcatttctatggaaccaaaggtggaatggattcaa
cagcaggtggtcaaaaagaggataaagagggattataaacctactaacactcaatccact
tttttcaatgatcccaagtggccaagcatgtggtatatgcattgcagcgaaaacgtccat
cactgccagtcagacatgaatattgtaggagcctggaagaggggatacactggcaaaaat
gttgtagttactatcttggatgatggaattgaaagaaaccaccctgacctgatgcagaat
tatgatgctcaggccagcacagacatcaatggcaacgactttgatcctatgcctcgatat
gacgcaagcaatgaaaacaagcatgggactcgttgtgctggagaagtggcagctactgca
aacaactcacactgtactgtaggaattgcttttaatgccaaaataggaggagtgcgcatg
ctggacggagatgtaactgacatggtggaagcaaaatctctcagcttgaacccacaacat
gtccacatctatagtgccagctggggcccagatgatgatggtaaaacagttgatggacct
gcgtcattagcccgggaggcttttgaaaacggcatcagaaccggaagaagaggatttggt
tcagtttatgtgtgggcatcaggcaatggtggcaggagccgagaccactgttcttgtgat
ggttacacaaacagcatatacacaatctctattagcagcacaacagaaagtggcaagaag
ccatggtatctggaagaatgtgcatcaactcttgcaactacttacagcagtggggaatcc
tatgacagaaaagtgatcaccacagatctccgacaacgatgcacagacagccatacagga
acatctgcatcagctccaatggctgcaggaatcatagctcttgcactagaagcaaaccca
tttttaacatggagagatgtgcagcatattattgttaggacctctcgccaacgacatctg
aatgcccccgactggaagacaaatgctgcaggatacaaggtgagccatctgtatggattt
ggtttgatggacgcagaagccatggtgatagaagcagagaaatggacaacagtccctgca
cagcacatatgcgtggagaacacagacagacagatcaagaccatacggccagataatgtt
gtccgttcagtatataaagcaactggctgtgctgataacaccaatcaccacgtggtttat
ttggagcatgtagttgtacgtgtcagtattacacatccacggcgaggggaccttgcaatt
tatctgacgtctccatcaggcacaaggtcacagttgctggctaaccgactctttgaccat
tctatggaaggctttaagaactgggaatttatgacaacacattgttggggagaaagagcc
tcaggagactggactctggaaatatatgatactccatcccagttgagaaactttaaaaca
ccaggaaaattaaaagaatggtctttagttctctatggtacatcggttcatccatactcc
cctagaaatgatgtccccaaggtggaaagagtacgatccagtccgatagatgagccttct
gaggattacagcatggatgactatacaggtccctgtgatgttgaatgcagtaatgtagga
tgtgatgggccaggtccggaccactgtaccgactgtcttcacttttattacaaggcaaaa
aacaacacacgaatttgtgtatcagactgtcccgctggtcactacctcgcagacaaaaaa
agatgcaaaaaatgtttcctgcactgtgaatcgtgtgtggggagtcgcagtgaccaatgc
acagcatgcaaacctggctattatttaaatgaagaaagcaacagctgcataattaactgc
ccagaaggcttctacctgaacgaaaataaggtcctttgtcgaaaatgcaatgagaactgc
aagagctgcacttcagagcaaacctgcactgaatgcaaaccaggactgagtttacaagga
tcaaagtgtgccatgagttgtgaagatgggaaatattacagtgctcttaaaaaggaatgt
gatccatgtcacagatcatgcgccacatgttcaggaccaggaatagacaactgcataaac
tgcacagatggaacattatttgaagatggaaaatgtgtgcacatgtgtagttctggatat
tatctgacacaatcaaaaacaaatgcttacaaaatttgcaaaaagtgtgatgccagctgc
ctgacgtgctccggcccaggagacagaaattgcacaagttgcctagataactatgtcctg
gaaagcagtgtctgtgtagtgggaacgatctgtaaagatggggaatatattgatgaaaca
ggaagatgcaaattctgcgacgcctcctgtgctaagtgtattggtcctggcaaatataat
tgtatcggctgttcccaaacaaggatttttgataacaagcagtgtgttctaagatgccct
tctggcaaatttgagtcgaacagacaatgccaccagtgccaccatacttgtcatgaatgc
aatggaagtgaaccagatgaatgcacctcctgtggcccagataaaaatgaaataacgcgt
ttcctgtacaacggggaatgcagagagggttgccctcagggtcattacgctgcagagagc
acctgcatacagtgcccacccaactgtgacctgtgtgacagagattctacatgcatcaga
tgtttggaaggcttccatttagacaaaggcgtctgccagaagcgagcatgtcctgaagga
gaaacagaagacatggacactggcaactgtgtggcatgcacaatagggtgcagcaaatgc
tacacatatgatccttcaagttgtatctcttgcattaaaggatattatatgtatgaaacg
tactgctatgatgtttgtcctgaaaatacatacagtaatgattctttaatgagctgcatt
gactgtgctgagacctgcttcagctgcacagaagaccagtgtatagagtgtgaagaaggt
ttttatctccttgagggggaatgtgtgactgactgtggacctggattttactcggatgat
atagacaaagaatgtgatatttgctacagagcctgtgactcatgcacagggccagactac
gatgaatgcacgtcttgcaaagatacttacacactgctacaagggaaatgtatgccttat
aaaaatagtccagaagagggcacttttgtgaatcgtgaaggaaaatctcaaccatgcaat
tcagcatgtaaaacttgtaatggatctgcttctgcttgcacatcatgtaaacaagggaca
tatctccatgatcgaagctgtattccagaatgccctaatggattctttgaaaatgagaaa
gatggtagatgtgagaaatgtacagtaggctgtgagaggtgcactgaggccaatgtatgt
ctgcagtgcttggttggttacaagcatgaagggaagtgctacaagcagtgcccaagcggc
ttctttggccatactggtgtgtgtgagaagtgcagctcagactgcaagacttgtaaggac
aatgcagactactgtttatcatgttctgaccctaaactgctagaacaagccagatgcacg
aatgtttgctctgagagatacacggctatcaatggggagtgcaaacactgctctcataac
tgtaaaacttgtacatctctggacacctgttcagaatgtatgcatggctatttcctttat
gacggcaagtgtgtggaatattgccctgatggatattatgaaaacaacggaaactgtttt
cagtgtgatccaatgtgtgcaaaatgcagtggacctgatgctgatgactgtgaagaatgt
tccagcaaaagcttcttcctctataatggtgaatgctttggcacatgtccagaaggaact
tattatgaacccagtaccaaagattgccaagactgtgacacatcctgcaagacttgctcc
tcctttaccacctgtgatagctgcagagataatctggtaaagaacaaagaaggtttctgt
gtgacatacaaggactgctctctgaatcagtaccaagatgaacataagaactgtcatcca
tgtcataagaagtgttctcgatgcatgggagctactgagcatcactgtctaaactgtccc
agcaatcacttccttttgaactctacctgttttgcaaaatgcccagaaggatactataca
gaagaggaagaacatcgctgtgctccgtgccacagcacatgtctgacctgctttggaaag
cgtagcactcattgcctctcttgcaaaactgactggtattccctgggcggtgcctgcatg
cagaactgtattaaaggatattatgctgaaaattcaactagtaaatgtgaaaaatgtcac
atgagttgtgaagaatgtacaggtccagaagcatccaattgcctctcctgtcacaaagac
ttcttcctaatgcgtgccaaacaacagtgtgtcagctcctgccctgagcaatattatgaa
gaccacacagttagaagatgtgaaagatgccatcccacctgcaaaacatgcacaagtttt
ggggctctcgcctgcacatcttgcgtttcgagctaccaactttttggacatatttgtaac
tcagaatgtcttgctggtgaatttaaagctaaagaggatcctgaccagtcctgtgaaaaa
tgtcatgagagctgtattgagtgtaaggggccagggcccttgaattgcacagtgtgccca
gccagtcaagtgttgtacgtagatgaaggacgctgtgtacattgctgccatgggaatctg
gctgaagttgccgagtgctgtgactgttctgtaacattagatgaatgtatcctattgaaa
ggacttttaacagaatctgaaggaaagcagaagactgctttgtttataactacatcaata
ttactggtccttagcattggagccatcttagtctattggaagagatccaaagccaaagtt
aagtctgtaagcaaagctggctatgaaaaacttcctgaccaaacaaaatcgttccagtcc
ttcaaaggcagagagaggacttcaagcttccaaagggatcaggtcattgaataccatgac
cgtgaggaggaagatgaagatgaagatgatgatgatgacatcgtatatatgggccaagat
ggaacagtctatcggaaatttaaatatggacttttagaagacgaggaggaagatgattta
gaatatgatgatgaaagctattcatttcgataa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Genome (1)   
   KEGG GENOME (1)   
Gene (5)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   OC (1)   
   XENBASE (1)   
Protein sequence (4)   
   UniProt (1)   
   RefSeq(pep) (3)   
DNA sequence (6)   
   RefSeq(nuc) (4)   
   GenBank (1)   
   EMBL (1)   
Protein domain (8)   
   Pfam (8)   
All databases (27)   

Download RDF
DBGET integrated database retrieval system