Bacillus cereus AH187: BCAH187_A3542
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Entry
BCAH187_A3542 CDS
T00799
Name
(GenBank) putative microbial collagenase
KO
K01387
microbial collagenase [EC:
3.4.24.3
]
Organism
bcr
Bacillus cereus AH187
Brite
KEGG Orthology (KO) [BR:
bcr00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
bcr01002
]
BCAH187_A3542
09183 Protein families: signaling and cellular processes
02042 Bacterial toxins [BR:
bcr02042
]
BCAH187_A3542
Enzymes [BR:
bcr01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.24 Metalloendopeptidases
3.4.24.3 microbial collagenase
BCAH187_A3542
Peptidases and inhibitors [BR:
bcr01002
]
Metallo peptidases
Family M9
BCAH187_A3542
Bacterial toxins [BR:
bcr02042
]
Toxins that damage the extracellular matrix
Hyaluronidases/Collagenases
BCAH187_A3542
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Peptidase_M9
Peptidase_M9_N
ColG_sub
PKD_4
PKD
PPC
K319L-like_PKD
Big_9
GP24_25
Motif
Other DBs
NCBI-ProteinID:
ACJ82439
UniProt:
B7HZW5
LinkDB
All DBs
Position
complement(3287548..3290463)
Genome browser
AA seq
971 aa
AA seq
DB search
MKGYSKKVLVGVSFASFMLGSFQGDALAEGTKGEQVSYRNVLKMEPIGLQLPVQELAHSS
KVLENKSFEKRLKFADLSQRPPEVKKESKQLAVAKTYTIAELNQLSNQQLVDLLVTIDWE
QITGLFQFNKDSLAFYQNDSRMQAIIDKLNQQGQAYTKDDSKGIETLVEVLRSGFYLGFY
HTELSKLNERSYHDKCLPALKTIANNSNFKLGTLEQNRVVSSYGKLIGNASSDVETITSA
AKIFKQYNDNFSTLVDNLSAGNAIYDIMQGVDYDIQSYLYDTRKAPEDTIWYQKIDSYIN
ELSRFALIGTVTAKNGWLINNGIYYTGRLGTFHSTETKGLQVVTDAMKIYPYLGEQYFVA
AEQIATNYGGKDANGKVVDLDQIREDGKKKYLPKTYTFDDGAIVLKAGDKVTEEKVKRLY
WAAKEVKAQFHRTVESDQPLEKGNPDDVLTMVIYNSPAEYQFNRQLYGYETNNGGLYIEG
TGTFFTYERTPEESIYSLEELFRHEFTHYLQGRYEVPGLWGQGKMYENERLSWFEEGNAE
FFAGATRTDNVVPRKSIIGGISSNPAERYTAERTLNAKYGTWDFYNYSFALQSYMYNKRY
DMFDKIHDLIRKNDVTAYDAYRSALSKDANLNKEYQDYMQMLVDNREKYNVPLVSDDYLA
THAPKPVSDIAAEITAEAKLSNVSVKKNKSQFFHTFTLQGTYTGTTAKGEYEDWKTITQN
VNDTLKRLSAKEWTGYKTVTAYFVNYRVNAAGQFEYDVVFHGINTEEGAVNKAPVAVING
PYSGNVNAAISFKSDGSKDEDGKIVAYKWEFGDGTVSNKQNPTHVYTKEGTYTAKLTVTD
DKGLTNTATTNVTVQKKEDNSVEKEPNNSFQTANKLQFNQVLRASLGNGDTSDYFEINVE
TAKNLQINVTKENNIGVNWVLYSEADLNNYVTYAQQEGNKLVGSYYTYPGKYYLHVYQYG
GGTGNYTVEVK
NT seq
2916 nt
NT seq
+upstream
nt +downstream
nt
atgaaaggctattcaaaaaaagtgttagtaggggtaagttttgctagtttcatgttaggg
agttttcaaggggacgcattggcagaaggtacaaagggagagcaagtttcatatcggaat
gtgctcaaaatggagccgattggtttacaattaccagtgcaagaattagctcattcatca
aaagtgctagaaaataagtcttttgagaaaaggctaaaatttgctgatttgtcacaaaga
ccgcctgaagtgaaaaaggaaagtaagcaattagctgtagcgaaaacgtatacaattgct
gaattaaatcaattgagcaatcagcagttagtggacttacttgtaacaattgattgggag
caaattactgggctatttcagtttaataaggatagtcttgcattctatcaaaatgatagt
agaatgcaggcaattattgataaattgaaccagcaaggacaagcttatacgaaagatgat
tcaaaagggattgagactttagtagaggtgttacgatctggtttttatttaggattttat
catacagaattaagtaaactaaatgagcgaagctatcatgataaatgcttacctgcatta
aaaacgattgcgaataactcgaatttcaagctcggtacgttagaacaaaatagagttgtc
tcatcatatggaaaattaattggaaatgcttcaagtgatgtggaaacgatcacatcagct
gcaaagatttttaaacaatataatgataatttttctacattggtagataatctttcagct
ggaaatgcgatttacgatattatgcaaggtgttgattacgatattcaatcgtatttgtac
gatacgagaaaagcaccggaagatacaatatggtatcaaaaaattgatagctatattaat
gaattaagtcgttttgccttaattggaacggtgacagcgaaaaatggttggttaattaat
aatggtatttattatacaggtagacttggtacgttccatagtacagaaacgaaaggatta
caagttgtaacagatgccatgaaaatctatccgtatttaggtgagcaatatttcgtagct
gctgagcaaattgcgacgaattatggcgggaaagatgcgaatggtaaagtggttgatcta
gatcaaataagagaagatggtaagaaaaaatatttaccgaaaacgtatacgttcgatgat
ggagcaattgtgttaaaagctggagataaggtgactgaggaaaaagtaaaacgtctatat
tgggcggcaaaagaagtgaaggcacaattccatcgtacggttgaaagtgaccagccgtta
gaaaaaggcaatcctgatgatgtattaacgatggttatttataatagcccagctgaatat
caatttaaccgtcaattatacgggtatgaaacgaataacggcggtctttatatagaagga
acaggtacgttctttacttatgaacgtacgccagaagaaagcatttatagtttggaagaa
ttgttccgacatgagttcacgcattatttacaaggtagatatgaagtgccaggactttgg
ggacaagggaagatgtatgagaatgagagattatcttggtttgaagaaggaaatgcggag
ttttttgcaggtgcaacgagaacagataatgttgtaccgagaaagagtattataggaggc
atatcttcaaatccagcagaacgttatacagcagagagaacgttaaacgcaaaatatgga
acgtgggatttctataattattccttcgctttacaatcgtacatgtacaataagagatat
gatatgtttgacaaaattcatgatcttattaggaaaaatgatgtaacagcatatgatgca
taccgctctgctttaagtaaagatgcgaatttaaataaagagtatcaagactatatgcaa
atgttagtagataaccgtgagaaatataatgttccattagtatcagatgattatttagcg
acgcacgcaccgaaaccagtttcagatattgcagcagaaattacagcagaagcaaaatta
agtaatgtatcagttaagaaaaacaaatcacagttctttcatacatttacactacaagga
acatatacaggtacgactgcaaaaggagaatatgaagactggaagacaattacacaaaac
gtaaatgatacgttaaaacgtttaagtgcgaaagaatggacaggctataaaacagtaaca
gcttatttcgtaaattaccgtgtgaatgcagcaggacaatttgagtatgatgttgtattc
catgggattaatacagaagaaggtgctgtgaataaagcgccagttgcggttataaacggc
ccatatagcggaaatgtaaatgcagcaatttcgtttaaaagcgatggatcgaaagatgaa
gatggaaaaattgttgcttataaatgggagtttggtgatggtactgtaagtaataaacaa
aatccgactcatgtatacacaaaagaaggaacatatacggcaaaattaacagtaacagat
gacaaaggattaacgaatactgctacaacgaatgtaacggttcaaaagaaagaagataat
agtgtagaaaaagagccgaataactcattccagacagcaaataaactgcaattcaatcaa
gttttacgtgctagtttaggaaacggtgatacgagtgattactttgaaataaatgtggaa
acggcgaaaaacctgcaaattaatgtaacgaaggaaaataatattggagtaaactgggtt
ctttattcggaagcagatttaaataattatgttacgtatgcccagcaagaaggaaataag
ttagtaggaagttactacacgtatccagggaaatattatttacatgtgtatcagtatggc
gggggaacagggaattatacggtagaagtgaaatag
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