KEGG   Sinocyclocheilus grahami (golden-line barbel): 107595518
Entry
107595518         CDS       T04918                                 
Name
(RefSeq) pappalysin-1-like
  KO
K07762  pappalysin-1 [EC:3.4.24.79]
Organism
sgh  Sinocyclocheilus grahami (golden-line barbel)
Brite
KEGG Orthology (KO) [BR:sgh00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:sgh01002]
    107595518
Enzymes [BR:sgh01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.24  Metalloendopeptidases
    3.4.24.79  pappalysin-1
     107595518
Peptidases and inhibitors [BR:sgh01002]
 Metallo peptidases
  Family M43: cytophagalysin family
   107595518
SSDB
Motif
Pfam: Laminin_G_3 Sushi Peptidase_M43 DUF4215 Laminin_G_2 Reprolysin_3 3keto-disac_hyd Reprolysin_4 Laminin_G_1 DUF4953 Peptidase_M10
Other DBs
NCBI-GeneID: 107595518
NCBI-ProteinID: XP_016141427
Position
Unknown
AA seq 1604 aa
MKLLPICTWLLCLLLFIVCLGSECGTPRRILRSKRDLVRIREARSTFPGPCATRLPRGRR
SLPGIDRRSSRLSQAGESSPGRRRAVYFTGRGDQLRLKPNAEVPRGNFTLEMWIKPEGGQ
RTPAVIGGLYDKCFYASSDRGWLLGIKAVSEQANRDPRVFFSLKTDRAHKLTTITSNAPY
TPNQWSHVAVTYNGLFMKLYVNGAQVAVSRDQSGEIFSPLTKKCKVLMIGGNALNHNYRG
TMEHLSLWHRALSQREIIRYMGLSLGQFGDLSQLVVYENFESMSRRWLTVKDGSFPRLED
SDRSLAAVLGDAALKPPPCGQTVCDNVEVVTNYYQLWSFRKPKTVRYRVINVYDDDGRWP
MITDHQINLQHQHLNNAFRVYNISWERTIHNVYNSSLRNRLILANCDISKVGDEECDPEC
NHTLTGFDAGYCKRQGARCPEYKQGNGVCDPECNWDNFYYDHGDCCNPNITDVTKTCFNP
ASPHRAYMNVKELKEVLNLDGSTHLNIFFANSSDEDVAGVGTWPWDKEALTHLGGIVLNP
LFYGTFGHTHTMIHEIGHSLGLYHVFRGISEVESCNDACLETEPSLETGDLCVDTNPTPK
YKYCRDPEPGNDTCGRCHFTNTPFNNYMSYADDDCTDSFTLNQVARMHCYLDLIYQSWRP
GSKPAPVPLPPRVTAQDQDSTTLEWFPALTGHYLDREVGSVCDRCTEVGVLLQYASNSSS
PRPCSPSGHWSPREAEGPPDVEQACEASVSTWSPNAGLDSSSVGSASCPPQGCMLQLEFA
YPLVPDSLTVWVTFFSPEETGLPAIHDILLLTLSGNNISLGPQYVFCDTPLTLKLDVKEE
VYGVQFFTMEQHLEIDATLLASKPDNPLCRSSHPLRYRLVRQPPFTHSPYGLILQEPTLR
YVDRDLKPDETYTYHVLTVSRRAESEPSPPLSHQLGSPYCGDGLIQKYLGEQCDDMNFAN
GDGCSNQCKKELLFNCVDEPSLCYFYDGDGVCEDFEREVSIRDCGLYTPSGFLDQWATAV
EVSNEEKIHCPAEVAVGYPAVTKSCQSKVFDLSHGVSQYAWFPCEESQQHSWISQYWLKA
YYAHPMVAAAVIIHLAADGTADIDQRQHNITIQLVDTKEQTHPLGDWRLSCRNNPLVIPV
SHDLSVAFYRTKAIIVSFSSPLVAISGVGLRSFQYFDPITISGCQSNEIYNPMGQSCVHY
SCDAIECQKPMVSNAEMKCNSPGYFNGARCTITCNRGYTLKIQRDDDIIKTQSESTVILT
CADGKWNKQVTCEPVDCGRPDKYHVHPAIFEFSEGTTYGKKCTFQCREPAQLVGSNNVLT
CMEDGMWSFPEALCELRCPVPPPVPNAVLQTKRCNATGLKVGSFCKYKCKPGYHVPHINK
PKRAVPVMYHRRAFKRQCTEDGTWQSGECVAVTCEPPPPIFHGTYKCTNGFQFNSDCWID
CNRANHTGPSTNVIRCRKDGNWTGSFRLCPNLTGQCSLPQNLSPTIHLNCKDGHGIGKEC
EVACRDASSSVVLLPSNTSVAAVMKDHWWNPPKVKNIVCTMGLKWYPNPEALHCIKGCEP
FMGDNYCDAINNRAFCNYDGGDCCHSTVKTKKVLESVTASFSYE
NT seq 4815 nt   +upstreamnt  +downstreamnt
atgaaacttttgcccatttgcacttggctcctatgccttttgctttttatcgtgtgcttg
ggatctgagtgtgggactccacggcgaattttaaggtctaaaagagacttggtacgcatc
agggaagccagaagtaccttcccaggaccttgtgccacacgcctgcctcggggcagacgc
tcacttcccgggatagatcggcgctcctctcgcctgtcacaggcgggggaaagcagccca
ggtcggcggagggctgtttactttaccggtcgaggagaccaactgcgtctgaaacccaat
gcagaggtgccaaggggaaatttcaccctggaaatgtggataaaacctgagggtgggcag
cgcactccagctgttatcggaggtctctatgataaatgcttctacgcatccagcgataga
ggatggttacttggcatcaaagcagtcagcgaacaagccaaccgtgaccctcgtgtcttc
ttctccctcaagacagaccgagcccacaagctcaccacaatcacctccaatgcaccctac
acacccaatcaatggtcacacgtggccgtcacctacaacggtctctttatgaagctgtat
gtaaacggggcgcaggttgctgtaagtcgagatcaatccggtgagatttttagccccctt
accaagaagtgcaaggtgctcatgatcggtggcaatgcattaaaccacaactacagggga
acaatggaacacttgagcttgtggcatcgggctctgagccaacgtgagatcattagatac
atgggtctcagtttgggtcagtttggtgacctctctcagctggtcgtctatgagaacttc
gagagcatgtcaagacggtggctgacggtgaaagatggcagtttcccccggttggaggac
tcagaccggagcctggcggctgtcctcggtgatgctgcactgaaacctccaccttgcgga
cagaccgtgtgtgacaatgtggaggtggttacaaactactaccagctctggagcttccgc
aaacccaagacggtgcgctaccgagtgataaacgtttacgacgatgacggacggtggccg
atgattacagaccaccagatcaaccttcagcaccagcacttgaacaatgctttccgcgtc
tacaacatctcctgggagcgcaccattcacaacgtatacaactcatccttacgtaaccgc
ctaatactggccaactgtgatatcagcaaagtgggtgatgaagagtgcgatccagaatgt
aaccacactcttactggctttgacgccggatactgtaagaggcagggcgcacgctgcccc
gaatacaagcaggggaacggggtttgtgacccagagtgtaactgggacaatttctattac
gatcatggggactgctgcaaccccaacatcactgatgtcaccaagacctgctttaatcct
gcatcaccccacagggcttacatgaacgtgaaagagctgaaagaggttttgaatttggat
ggatccacgcacttgaacatcttctttgctaactcatctgatgaagacgtggctggtgtg
ggcacttggccctgggataaagaagctttgacacatttaggtgggattgtattaaaccct
ttattttatggtacatttggccacactcacaccatgatccatgagattggccacagcctt
ggactgtaccatgtcttcaggggaatctcagaggtggagtcctgtaacgatgcctgctta
gagactgagccgtctcttgagacgggggatctgtgtgtagatacaaatcccacacccaag
tacaagtactgcagagatcctgagccaggcaacgacacctgcggcagatgtcatttcaca
aacacccccttcaacaattacatgagctatgctgatgatgactgcacagattccttcacg
ctgaaccaggtggcccggatgcactgttacctggatctgatctaccagtcttggagacct
ggcagtaaaccagctcctgttcctctacctcctcgagtaacagcacaggaccaagactct
actacactagagtggttccctgccctcaccggccattacttagacagagaagtgggatca
gtttgtgacagatgtactgaagttggggtgctcctacagtatgcctcgaattcttcttct
cccagaccctgctctccctccggccactggagtcctcgtgaagcagaaggtccaccagat
gtagagcaggcctgtgaagcgagcgtcagcacttggagccccaacgccggcctagactcg
agtagtgttggctcagcatcttgcccaccccagggctgtatgctgcagctcgagtttgcc
tatccgctggtgcctgactccctcactgtttgggtcactttcttctctccagaggagact
ggactgcctgcaatccacgacatccttctgctgaccctcagtggtaacaacatctcgctg
ggcccacagtatgtgttctgtgacacaccgttgacacttaagctagatgtgaaggaggag
gtgtatggggtgcagttcttcaccatggagcagcacttggaaatcgacgccacattgctt
gcctcaaagccagacaatcctctgtgcagatcgagtcatcctctacgctatagactggtt
cgacagccaccattcacacattcaccatatgggctgatccttcaggaacccactctgaga
tatgtggacagggacttaaagcctgatgagacgtacacctaccacgtgctgacagtgtct
agaagagcggagagtgaaccatctcctcctctctctcaccagctgggctcaccctactgt
ggagatggactcatccaaaaatatcttggagagcaatgtgatgacatgaactttgctaat
ggagatggctgctcaaaccagtgcaagaaagagctgttgttcaactgtgttgatgagccc
agcttatgttacttctacgatggtgatggtgtgtgtgaggactttgagcgggaggtgagc
ataagggactgtggtctctatactccgagcggcttcctggatcagtgggccactgcggtg
gaggtgtccaatgaggagaagatacactgtccagcggaggtggctgttggatatcctgca
gtgacaaagagctgtcagtcgaaggtgtttgacctgtcacatggcgtgtctcagtatgct
tggtttccctgtgaggagtctcagcagcacagctggatttcacaatattggttgaaggcc
tattatgcccatcctatggtggctgccgcggtcattatccacctggctgcagacggaaca
gccgacatcgaccagagacaacacaacattactattcagctggtggacactaaggagcaa
acccaccctctcggggactggaggctgagctgccggaacaatccattggtgattcctgtg
agtcatgacctgagcgtggctttctaccggacaaaagccattatagtgagcttcagctct
cctctggtggccatctcaggtgttgggctgcgctcctttcaatattttgaccccatcact
atcagcggatgccagagcaatgaaatctataaccccatgggccaaagttgcgttcattac
tcatgtgacgccattgaatgtcagaagccaatggtcagtaatgcagagatgaagtgcaat
agtcctggatacttcaatggagctcgctgtactatcacctgcaaccgaggatatacactg
aagatacagcgagatgacgatatcattaaaacacagtctgaatccacggtgatcctcacc
tgtgcggatgggaaatggaacaagcaggtgacctgtgaacctgtggactgcgggcggcct
gacaagtaccacgtgcacccggctatctttgagttctctgaaggaaccacctacggcaag
aagtgcacttttcagtgccgggagccggctcagttagtgggaagtaataacgtgctgacg
tgtatggaggatggcatgtggtccttccccgaggctctgtgtgagctgcgctgtccggtc
cctcctcctgtacccaacgctgtcctgcagaccaaacgctgcaatgccacaggcctcaaa
gttgggtctttctgcaagtacaagtgcaagcctggctaccatgtgccccacataaacaag
cccaagagggcagtgcctgtgatgtaccacaggcgtgcgtttaagcggcagtgtacggag
gatggaacctggcagtcgggtgagtgtgtggcagtcacatgtgagccgcctcctcccatt
ttccacggtacctacaagtgcacaaatggctttcagttcaacagcgactgctggatcgac
tgcaacagggctaaccacacgggtccttccaccaacgtgatccgctgcagaaaggacggg
aactggaccggttctttccgtctttgccccaacctgacaggccagtgttcccttccacaa
aatctcagcccaactatccatctcaactgcaaggacggacacggcataggaaaggagtgt
gaggtggcgtgtagagatgctagcagcagtgtggtcctcctgcccagcaacacgagcgtt
gcagctgtgatgaaagaccactggtggaacccacccaaagttaagaatattgtgtgcacc
atgggactaaagtggtatcctaacccagaggccctccactgtattaagggatgcgagccg
tttatgggtgataattactgtgacgccatcaacaaccgagcgttctgcaactacgatggt
ggagactgctgccattctactgttaaaaccaaaaaggttttggagtcagtcacggcatct
ttcagctatgagtga

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
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 (11)   
   Pfam (11)   
All databases (22)   

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