KEGG   Pseudoalteromonas piratica: OM33_13060
Entry
OM33_13060        CDS       T03513                                 
Name
(GenBank) peptidase M9
  KO
K01387  microbial collagenase [EC:3.4.24.3]
Organism
pseo  Pseudoalteromonas piratica
Brite
KEGG Orthology (KO) [BR:pseo00001]
 09180 Brite Hierarchies
  09181 Protein families: metabolism
   01002 Peptidases and inhibitors [BR:pseo01002]
    OM33_13060
  09183 Protein families: signaling and cellular processes
   02042 Bacterial toxins [BR:pseo02042]
    OM33_13060
Enzymes [BR:pseo01000]
 3. Hydrolases
  3.4  Acting on peptide bonds (peptidases)
   3.4.24  Metalloendopeptidases
    3.4.24.3  microbial collagenase
     OM33_13060
Peptidases and inhibitors [BR:pseo01002]
 Metallo peptidases
  Family M9
   OM33_13060
Bacterial toxins [BR:pseo02042]
 Toxins that damage the extracellular matrix
  Hyaluronidases/Collagenases
   OM33_13060
SSDB
Motif
Pfam: Peptidase_M9 Peptidase_M9_N PPC PKD_4 PKD PKD_3
Other DBs
NCBI-ProteinID: AIY66390
UniProt: A0A0A7EI79
Position
1:complement(2817093..2819897)
AA seq 934 aa
MKLTKLALVIATLSYGTSALANSAPTSENQPKVHHHGVEFDRQDNAPTAVTSQHANLPFD
HAKNDLHTLHIEDMQQTFAATSCNVNALATSNSTQLINEIKSQGASCVNELFGATSDIQK
AAYDSNNMYAVANHVKGLSQSYQGGGDNDIEALFLYLRAGYYVEFYNDQVTFASWVKPAV
KGAIDAFVNNSHFYDDNDAHGKTLSEVLITMDSSEQQDVYLPVVVEWLNRWNESYAAKWN
MRSAVNGVFTILFRGQWNTEFKNKIGSANDLVSALAKFTTSTYMIDSDAEYMIANAAREL
GRLKQYPGTIQTSVDAALNRIFSDYQMYGYGDSVWLGAADTAGYHGSCDTYNICGFEQQL
ESQVLSQTYTCSSTIKIRSQNMTSAQHQAACSKMGYEETYFHGQLQTNNTPVADDVNSQL
QVNIFDSSNDYSKYAGVIFGIDTNNGGMYLEGNPSTPGNIPNFVAYEASYANPDHFVWNL
EHEYVHYLDGRFDLYGGFNAPTEAIVWWSEGVAEYIANENDNQAAIDTIKDGSTYSLGTV
FETTYAGFDQDRIYRWGYLAVRFMFERHRDELNLMLASTRSGDWAGYKARINTWAANYAN
EFTQWTQELASGGDTNPPANTAPVAVINGPYSGEVGTLIAFSSNGSNDKESNIASYSWNF
GDGTTSSEANPTHSYTTAGEYAVTLTVTDPEGLSSSEATTATVTGSEPPVGNELQNGVAQ
QVTGNTGDEKRFVVNVPANASDLEITLNGGSGDGDLYVKFGDAPTLTSYDCRPYVGGNSE
RCTIEQPQAGTYHVMVYGYANFDTQVKANYTVQTGGGFNVPNACATEGPSGGGRLYDGDV
MCLAEQEPIWLSIADVSGATSVAITTSNGSGDINLEYRNGGWPSAGNVDASSQNVGNGEC
IYITNQSEYWGYVKVSGTANGASIVVDFNTPGCR
NT seq 2805 nt   +upstreamnt  +downstreamnt
atgaaacttactaaattggcgttagtaattgccacattaagttacgggacaagtgcactg
gcaaacagtgcgccaacctcggaaaatcagcctaaggttcatcatcatggtgttgagttt
gaccgccaagacaatgcgcctacagcggtgacatcgcaacacgcaaatttacctttcgac
catgctaaaaatgatttacatactttgcatatcgaagatatgcaacaaacgttcgcagcg
acatcatgtaatgttaatgcactggcaacatctaactcaacgcaactaattaatgaaata
aaatcgcaaggtgctagctgcgtaaatgagttatttggtgcaacaagtgatattcaaaag
gcagcatatgattcaaataacatgtatgcagtcgctaatcatgtaaaagggctttcgcaa
agctatcaaggcggtggtgataacgatattgaagcgttatttctatatttgcgcgcaggt
tactatgttgaattttacaacgatcaagttacctttgcttcttgggtaaagcctgcggtt
aaaggcgcgattgatgcctttgtaaataacagtcatttttatgatgataacgacgcgcac
ggtaagacgctttcagaagtactaatcacaatggatagctctgagcagcaagatgtgtat
ctgccggtagtggttgagtggttaaaccgctggaacgaaagttatgcagccaaatggaat
atgcgcagtgcagttaatggtgtgtttactattttattccgtggccaatggaatactgaa
ttcaaaaacaaaattggatcagctaatgatttagtgagtgcattagctaagtttacaact
agcacttatatgattgactcagacgctgaatacatgatcgccaatgcggcacgtgaatta
ggtcgtttaaagcaatatccaggcacaattcaaacaagtgttgatgcggcgttaaatcgc
attttctctgattaccaaatgtatggatatggtgactcagtatggttaggtgcggcagat
actgcgggttaccacggcagctgtgatacgtataatatttgtggttttgaacagcagcta
gaatcacaagtgctgtcacaaacatatacatgtagtagtacgattaagattcgttctcaa
aatatgactagcgcgcagcatcaagcagcatgtagcaaaatgggttacgaagaaacgtat
ttccacggtcaattacaaactaacaatacgccagtagcagacgatgtgaatagccagtta
caggtcaatatcttcgattcaagtaatgactacagcaaatatgcaggtgtgatttttggt
attgataccaacaatggtggtatgtacttagaaggtaatccatctactccaggtaatatt
ccaaactttgtcgcgtatgaagcaagttatgcaaacccagatcactttgtatggaattta
gagcatgaatacgtgcactatttagatgggcgttttgatctttatggtggttttaacgca
ccaacagaagctattgtttggtggagtgaaggtgtagcagaatacattgctaatgaaaat
gacaatcaagcagctatcgataccatcaaagatggttcaacatacagcttaggcacagtg
tttgaaaccacttatgctggttttgaccaagaccgtatttatcgttggggttacttagct
gttcgctttatgtttgagcgccatcgtgacgaattaaacttgatgttagcgtcaactcgt
tcgggcgattgggcgggctacaaggcacgtattaatacttgggctgctaattacgctaac
gaatttacccaatggacacaagagcttgctagtggtggtgatactaatccgccagcaaat
acagcacctgttgctgttatcaatggcccttacagtggtgaagtaggtacgctaatcgcc
ttctcaagtaatggctcaaatgataaagagtctaatattgcttcttacagctggaacttt
ggtgatggcaccacaagttcagaagcaaatcctacgcacagttatacaactgcaggtgaa
tatgcggttaccttaactgtaaccgatccagaaggcctaagctcaagcgaggcaactact
gcaacggtaacaggtagcgagccgccagtgggtaatgagttacaaaacggtgtagcacag
caagtgactggtaacacaggtgatgaaaaacgctttgttgtgaatgtaccagcaaatgca
agtgatcttgaaattaccctaaacggtggttctggtgatggcgatctttacgttaagttt
ggtgacgcacctactctaactagctatgactgtcgcccgtatgttggtggaaacagtgag
cgttgtactattgaacagcctcaagcaggtacttatcacgtaatggtttatggttacgct
aatttcgacacgcaagtcaaagctaactataccgtacaaactggtggcggattcaatgtg
ccgaatgcgtgtgcaacagaaggacctagtggtggcggtcgcctatatgatggtgatgta
atgtgtcttgcagagcaagagccaatttggttaagcattgctgatgtgagtggcgcaaca
agtgtagcaattacaacatcaaatggctcaggcgatattaatcttgaataccgtaatggt
ggctggccaagtgctggtaatgtggatgcgtcttcacaaaatgtgggcaatggtgaatgt
atctatattactaatcaaagcgagtactggggctatgtaaaagtgtcaggtacagcaaat
ggcgcttcgattgttgtggatttcaatacaccaggttgtcgttaa

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Ontology (4)   
   KEGG BRITE (4)   
Chemical reaction (1)   
   KEGG ENZYME (1)   
Genome (1)   
   KEGG GENOME (1)   
Gene (59)   
   KEGG ORTHOLOGY (1)   
   RefGene (56)   
   NCBI-PROTEINID (1)   
   OC (1)   
Protein sequence (1)   
   UniProt (1)   
Protein domain (6)   
   Pfam (6)   
All databases (72)   

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