KEGG   Rattus norvegicus (rat): 313262
Entry
313262            CDS       T01003                                 
Symbol
Pappa
Name
(RefSeq) pappalysin-1 precursor
  KO
K07762  pappalysin-1 [EC:3.4.24.79]
Organism
rno  Rattus norvegicus (rat)
Brite
KEGG Orthology (KO) [BR:rno00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:rno01002]
    313262 (Pappa)
Enzymes [BR:rno01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.24  Metalloendopeptidases
    3.4.24.79  pappalysin-1
     313262 (Pappa)
Peptidases and inhibitors [BR:rno01002]
 Metallo peptidases
  Family M43: cytophagalysin family
   313262 (Pappa)
SSDB
Motif
Pfam: Sushi Laminin_G_3 Peptidase_M43 DUF4215 Notch Reprolysin_3 Peptidase_M10
Other DBs
NCBI-GeneID: 313262
NCBI-ProteinID: NP_001388248
RGD: 1307742
Ensembl: ENSRNOG00000033527
Vega: OTTRNOG00000000909
Position
5:83513358..83751364
AA seq 1624 aa
MRLWSWVLRLGLLSAALGCGLAERPRRARRDPRAVRPPRPAAGPATCATRAARGRRASPP
PPPGGAWEAVRVPRRRQQRAARGAEEPSPPSRALYFSGRGEQLRLRADLELPRDAFTLQV
WLRAEGGQKSPAVITGLYDKCSYTSRDRGWVMGIHTISDQGNRDPRYFFSLKTDRARKVT
TIDAHRSYLPGQWVHLAATYDGRLMKLYMNGAQVATSAEQVGGIFSPLTQKCKVLMLGGS
ALNHNFRGHIEHFSLWKVARTQREILSDMETRGLHTPLPQLLLQENWDNVKRTWSPMKDG
HSPQVEFSNAHGFLLDTNLEPPLCGQTLCDNTEVISSYNQLPSFRQSKVVRYRVVNIYDD
HHENPTVSWQQIDFQHQQLAEAFQHYNISWELDVLDINSSSLRHRLILANCDISKIGDEK
CDPECNHTLTGHDGGDCRQLRYPAFMKKQQNGACDMDCNYERFNFDGGECCDPDITDVTK
TCFDPDSPHRAYLDVNELKNILKLDGSTHLNIFFANSSEEELAGVATWPWDKEALMHLGG
IVLNPSFYGIPGHTHTMIHEIGHSLGLYHIFRGISEIQSCSDPCMETEPSFETGDLCNDT
NPAPKHKFCGDPGPGNDTCGFHGFFDTPYNNFMSYADDDCTDSFTPNQVSRMHCYLDLVY
QSWQPSRKPAPVALAPQIVGHTTDSVMLEWFPPIDGHFFERELGSACDLCLEGRILVQYA
FNASSPMPCGPSGHWSPREAEGHPDVEQPCKSSVRTWSPNSAVNPHTVPPACPEPQGCYL
ELEFRYPLVPESLTIWVTFVSSDWDSSGAVNDIKLLTVSGKNISLGPQNVFCDIPLTIRL
RDVSEEVYGIQIYTLDEHLEIDAAMLTSAVDSPLCLQCKPLQYKVLRDPPLLDDVGSLLH
LNRRFMDMDLKLGNVYQYRIITISGNEESEPSPAAIYTHGSGYCGDGVIQKDQGEECDDM
NKVNGDGCSLFCKQEVSFNCIDEPSRCYFHDGDGMCEEFEQKTSIKDCGVYTPQGFLDQW
ASNASVSHQDQQCPGWVVIGQPAASQVCRTKVIDLSEGISQHAWYPCTINYPYYQLPQTT
FWLQTYFSQPMVAAAVIIHLVTDGTYYGDQKQETISVQLLDTKDQSHDLGLHVLSCRNNP
LIIPVVHDLSQPFYHSQAVHVSFSSPLVAISGVALRSFDNFDPVTLSSCQRGETYSPAEQ
SCVHFACEATDCPELTVENASLNCSSSHRYHGAQCTVSCQTGYVLQIQRDDELIKSQVGP
SVTVTCTEGKWNKQVACEPVDCGIPDHHHVYAASFSCPEGTTFGRRCSFQCRHPAQLKGN
NSFLTCMEDGLWSFPEALCELMCLAPPPVPNADLQTARCRENKHKVGSLCKYKCKPGYHV
PGSSRKSKKRAFKTQCTQDGSWQEGTCVPVTCDPPPPKFHGLYQCTNGFQFNSECRIKCE
DSDASQGRGSNTIHCRKDGTWSGSFHVCREMQGQCSAPNQLNSHLKLQCPDGYAIGSECA
TSCLDHNSESIILPVNLTVRDIPHWMNPTRVQRIVCTAGLQWYPHPARIHCVKGCEPFMG
DNYCDAINNRAFCNYDGGDCCTSTVKTKKVTPFPMSCDLQDDCACRDPEAQEHSRKDLRG
YSHG
NT seq 4875 nt   +upstreamnt  +downstreamnt
atgcggctctggagttgggtgctgcgcctggggctgctgagcgccgcgctgggctgcggg
ctggccgagcgcccccgccgggcccggagagaccctcgggccgtgcgccccccgcgcccc
gccgccggaccggccacctgcgccacccgggcggcccgcggtcgccgcgcctcgccgccg
ccgcctccgggcggtgcctgggaagccgtgcgcgtcccccggcggcggcagcagcgggcg
gcgaggggcgccgaggagccgagcccgccgagccgggcgctctatttcagcgggcgaggg
gagcagctgcgtctccgggccgacttggagctgccccgcgacgccttcacgctgcaagtg
tggctgagagccgaaggtggccagaagtctccagccgtgatcacagggctgtatgacaaa
tgttcttatacctcgcgtgatcgaggatgggtcatgggcattcacaccatcagtgatcaa
ggcaacagagatccacgctactttttctccttgaagacagaccgggccaggaaagtaacc
accattgatgcccatcgcagctacctcccgggtcagtgggtgcacctagctgctacctac
gatgggcgactgatgaagctctatatgaatggtgcccaggtggcgacctcagcggagcaa
gtaggtggcatattcagcccactgacccagaagtgtaaagtgcttatgttggggggcagt
gctctgaatcacaacttccggggccacattgaacacttcagtctatggaaagtagccaga
acccagcgagagatactatccgacatggaaacgcgtggcctccacacccctctacctcag
ctcctcctccaggagaactgggacaatgtgaagcgcacttggtcccctatgaaggatggc
cacagcccccaggtggaattcagcaatgcacatggcttcctgttggacactaatttggag
ccccctctttgcgggcagacactgtgtgacaacacagaggtcatctccagttacaatcag
ctcccaagttttcggcagtccaaggtggtgcgctatcgtgtggtcaacatctatgatgat
caccatgaaaaccctacagtgagctggcagcagattgactttcagcaccaacagctggct
gaggccttccagcactacaacatctcctgggagttggacgtactagatataaacagttcc
tctctgcgtcaccgcctcatcctggccaactgtgacatcagcaagattggggatgaaaaa
tgcgaccctgaatgtaaccatacactgactggccatgacggtggggattgccggcagctg
cgctaccctgcattcatgaagaagcagcagaatggcgcatgtgacatggactgcaactac
gaaaggtttaattttgatggtggagagtgctgtgacccagacatcactgatgtcactaag
acatgctttgatcctgactctccacacagagcctacttggatgttaatgagctaaagaac
attcttaaactggatggatcaacacatctcaatattttctttgcaaactcttcagaggag
gagttggcaggagtggcaacttggccatgggacaaggaggccctaatgcacttgggcggt
attgtcttgaacccgtctttctatggcattcctggacacacccacaccatgatccatgag
attgggcatagcctgggcctctatcacatcttccgtggtatctcagaaatccagtcctgc
agtgatccttgcatggagacagagccctcatttgaaactggagacctctgcaatgacacc
aacccagcccctaaacacaagttttgtggagaccctggaccagggaatgacacttgtggc
tttcatggcttcttcgacactccttataacaacttcatgagctatgcagatgacgactgt
acagactctttcacgcccaatcaagtctccagaatgcactgttacctggacctcgtatac
cagagctggcagccctccagaaagccagcacctgtagctcttgcaccccagattgtgggc
cacacaaccgactctgtgatgctagagtggttcccacccatcgatggccacttctttgaa
agagaattgggatcagcatgtgacctttgcctagaagggagaatcctggtgcaatatgct
ttcaatgcttcctcccccatgccctgtggaccatcgggacactggagtcctcgggaagca
gaaggtcacccagatgttgaacagccctgtaaatccagtgtccgtacctggagtccaaat
tcagctgtcaacccacacacagtccctccagcctgccctgagccacaaggctgctacctc
gagctggaattccgctaccccttggtccctgagtctctgaccatctgggtaacctttgtc
tccagtgactgggactccagtggagctgtcaatgacatcaaactcttgactgttagtgga
aagaacatctctttgggtcctcaaaatgtcttctgtgatatcccacttaccatcagactc
cgagatgtgagtgaggaggtatatggcatccaaatctatactctggatgaacacctggaa
attgatgcagccatgttgacctccgctgtagacagcccactctgtctacagtgtaaaccc
ctgcaatacaaagtgctcagagacccacctctgctggatgacgtaggctcattactccac
ctcaacagaagattcatggatatggatctgaaacttggcaatgtgtaccagtaccggatt
atcaccatatcaggaaacgaagagagtgagccctcacctgctgccatatacacccatgga
agtgggtactgtggtgatggcgttattcaaaaagaccaaggggaagaatgtgatgatatg
aataaggtcaacggggatggctgctcccttttctgcaagcaagaagtttccttcaactgc
attgatgaacccagccggtgctatttccatgatggggatgggatgtgtgaagagtttgag
caaaaaactagcattaaagactgtggtgtctacacgccccagggtttcctggatcagtgg
gcgtccaatgcttcagtatcccatcaagaccagcagtgcccaggttgggttgtcattggg
cagccggcagcctctcaggtgtgtcgaaccaaggtgatagatctcagtgaaggcatttcc
cagcatgcttggtatccttgcaccatcaattacccatactatcagctgcctcagaccaca
ttctggctccagacatatttctctcagccaatggtggctgcagctgttattattcacctg
gtgactgatgggacatactatggggaccaaaagcaagagaccatcagtgttcagttgctt
gataccaaagatcaaagccacgatttaggcctccatgtcttgagctgcagaaacaatccc
ctgattatccctgtggtccatgacctcagccagcccttctaccacagccaggcggtacat
gtgagcttcagttcgcccctggtcgccatctcgggggtggccctccgatccttcgacaac
tttgaccccgtcaccctgagcagctgccagagaggagagacctacagccctgctgagcag
agctgtgtgcattttgcctgtgaagccacggactgcccagaactgactgtggagaatgct
tctctcaactgttccagcagccatcgttatcatggtgctcagtgcaccgtaagctgccag
acaggttatgtgctgcagatacagcgagatgatgagctaatcaagagccaggtagggcca
agcgtcacagtgacatgtacagagggcaaatggaacaagcaggtggcatgtgagcctgta
gactgcggtatcccggatcaccatcacgtctacgccgcctccttctcctgtccagagggt
accacctttggtagaagatgctcctttcagtgtcgccaccctgcccagctgaaaggcaac
aacagctttctgacctgtatggaagatggactgtggtccttcccagaggcactgtgtgag
cttatgtgcctcgccccacccccagttcccaatgcggacctacagacagcccggtgtcgc
gagaacaagcacaaggtgggctccttatgcaagtacaagtgcaaacctggataccatgtg
cctggctcatctcggaagtccaagaaacgggccttcaagactcaatgtactcaagacggc
agctggcaagagggaacatgtgtgccggtgacttgtgacccacctccacccaaattccat
gggctctatcagtgcactaatggcttccagttcaatagtgagtgtaggatcaagtgtgaa
gacagtgatgcctcccagggccgtgggagcaacaccattcactgccggaaagacggcact
tggagtggttccttccatgtctgccgagagatgcaaggccagtgctcagccccaaaccaa
ctcaacagtcacctcaaattgcagtgtcctgacggctatgccatagggtcagagtgtgcc
acctcgtgcctggaccacaacagcgagtccattatcctgcctgttaacttgacggtgcgt
gacattccccattggatgaaccccacacgagtacagaggattgtctgcactgctggtctc
cagtggtatccccaccctgctcggatccactgtgtcaaaggctgtgagccattcatggga
gacaattactgtgatgccatcaacaatcgagccttctgcaactatgatggtggggactgc
tgcacctccacagtaaagaccaaaaaggtcactccctttcctatgtcctgtgacctacaa
gatgactgcgcctgtcgggaccctgaggcccaagaacacagccggaaagaccttcgtgga
tatagccatggctaa

  All links  
Ontology (3)   
   KEGG BRITE (3)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (7)   
   KEGG ORTHOLOGY (1)   
   NCBI-PROTEINID (1)   
   NCBI-Gene (1)   
   Ensembl (1)   
   OC (1)   
   RGD (1)   
   VEGA (1)   
Protein sequence (3)   
   UniProt (1)   
   RefSeq(pep) (2)   
DNA sequence (2)   
   RefSeq(nuc) (2)   
Protein domain (8)   
   Pfam (8)   
All databases (25)   

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