Bacillus thuringiensis BMB171: BMB171_C2222
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Entry
BMB171_C2222 CDS
T01239
Name
(GenBank) collagenase
KO
K01387
microbial collagenase [EC:
3.4.24.3
]
Organism
btb
Bacillus thuringiensis BMB171
Brite
KEGG Orthology (KO) [BR:
btb00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
btb01002
]
BMB171_C2222
09183 Protein families: signaling and cellular processes
02042 Bacterial toxins [BR:
btb02042
]
BMB171_C2222
Enzymes [BR:
btb01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.24 Metalloendopeptidases
3.4.24.3 microbial collagenase
BMB171_C2222
Peptidases and inhibitors [BR:
btb01002
]
Metallo peptidases
Family M9
BMB171_C2222
Bacterial toxins [BR:
btb02042
]
Toxins that damage the extracellular matrix
Hyaluronidases/Collagenases
BMB171_C2222
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Peptidase_M9
Peptidase_M9_N
ColG_sub
PKD_4
PKD
PPC
K319L-like_PKD
PKD_3
Motif
Other DBs
NCBI-ProteinID:
ADH07034
LinkDB
All DBs
Position
2388734..2391616
Genome browser
AA seq
960 aa
AA seq
DB search
MNKNLKFTQLILGISTMALSIGSIQTQVSAEEKAPYNVLQVKPMGTETSKDEIVHATKAD
ETLTFEERLKVGDFSQRPTPVMKRDESQLKKSYTLAELNKMPDSELIDTLSKISWNQITD
LFQFNQDTKAFYQNKERMNVIIDELGQRGRAFTKEDSKGIETFVEVLRSAFYVGYYNNEL
TYLKERSFHDKCLPALKAIAKNPSFTLGTAEQDRVVAAYGKLIGNASSDTETVQYVVNVL
KQYNDNLSTYVTDYAKGQAVYEIVKGIDYDIQSYLQDTNKKLNETMWYGKIDNFINEVSR
IALVGNITNENSWLINNGIYYAGRLGKFHSNPNKGLEVITQAMNLYPRLSGAYFVAVEQM
KTNYGGKDYSGNAVDLQKIREEGKQQYLPKTYTFDDGSIVFKTGDKVTEEKIKRLYWAAK
EVKAQYHRVIGNDKALEPGNADDVLTIVIYNNPDEYQLNRQLYGYETNNGGIYIEEKGTF
FTYERTPKQSIYSLEELFRHEFTHYLQGRYEVPGLFGSGEMYQNERLTWFQEGNAEFFAG
STRTNNVVPRKSMISGLSSDPASRYTVKQTLFSKYGSWDFYKYSFALQSYLYNHQFETFD
KLQDLIRANDVKKYDSYRESLSNNTQLNAEYQAYMQQLIDNQDKYNIPQVTNDYLIQHAP
KPLAEVKNEIVDVANIKDAQITKYESQFFNTFIVEGKYTGGTSKGESEDWKAMSKQVNQT
LEQLSQKGWSGYKTVTAYFVNYRVNAANQFEYDIIFHGVATEEKEKTTTIVNMNGPYSGI
VNEEIQFHSDGTKSENGKVISYLWNFGDGTTSTEANPTHVYGEKGTYTVELTVKDSRGKE
SKEQTKITVKQDPQIGESLEEEKVLPFNKLVKGNLITPDQTDVYTFNVTDPKEVEISVVN
EQNIGMTWVLYHESDMQNYVACGEDEGNTIKGKFVAKPGKYYLNVYKFDDKNGEYSLLVK
NT seq
2883 nt
NT seq
+upstream
nt +downstream
nt
atgaacaagaatttgaaatttactcaactgatacttggtattagtacaatggcattatca
attggaagtattcaaacgcaagtatcagcagaggaaaaagcaccgtataatgtgttacaa
gtgaaaccaatgggcacagaaacttcaaaagatgaaattgtacatgctacaaaagcagac
gaaacattgacttttgaagagcgattaaaagtaggcgatttttcacaacgacctactccg
gttatgaaacgtgatgaaagtcaattaaagaaaagctatacgctggcagaactaaataaa
atgcctgatagcgaactcattgatacactatcaaaaatttcttggaatcaaattactgat
ttatttcaattcaatcaagataccaaagctttttatcagaataaagaacgtatgaacgtt
atcattgatgaattaggacagcgaggaagggcgtttacgaaagaggactcaaagggtatt
gaaacatttgttgaagtattacgttccgctttttatgtgggatattataataatgaatta
acttacttaaaagagagaagcttccatgacaagtgtttaccagcattaaaagcaattgca
aaaaatccaagctttacattaggtacagccgagcaagatagagtagtagctgcgtatgga
aaattaattggtaatgcttctagtgatactgaaacagtacagtatgtggtaaatgtttta
aaacaatataatgataacctttctacgtatgtaaccgattatgcgaaaggacaagctgta
tatgaaattgtaaaaggaattgattatgatatacagtcttatttacaggatacgaataag
aaacttaatgaaacaatgtggtatggaaagattgataactttataaatgaggttagtaga
attgctctcgtggggaatataacaaatgaaaatagttggttaattaataatggcatttat
tatgcaggacgtttagggaaatttcatagtaatccaaacaaaggattggaagttattaca
caagcgatgaacttgtatcctcgtttaagtggagcttattttgtagcagtagaacaaatg
aaaacaaactatggtggaaaagattatagtggaaatgcagtagatttacagaaaatacgt
gaagaagggaaacaacaatacttacctaaaacatatacatttgatgacggatctattgtc
tttaagacgggagataaagtaacagaagaaaaaattaagagattatattgggcagccaag
gaagtaaaagcacaatatcaccgtgtaattggaaatgataaagcactagaaccgggtaat
gctgatgatgtactaacaatagtaatttataataatccagatgaatatcaattaaataga
caattatatggatatgaaacaaacaacggtggaatttatattgaagagaaggggactttc
tttacatatgagcgtacgccaaagcagagtatttatagtttagaagagttgttccgtcat
gaattcactcactatttacaaggaagatatgaggttcctggtttatttggaagcggagaa
atgtatcaaaatgaacgattaacttggttccaagaagggaatgcagaattttttgcagga
tctacacgtacaaataatgttgttccgcgtaaaagtatgataagtggtttatcatctgat
ccagcaagccgttatacagtaaagcaaactttgttctcaaaatatggatcatgggacttt
tataagtattcctttgcactacagtcatatttgtataatcatcaatttgaaacatttgat
aagcttcaagatttaattcgtgcaaatgatgtgaaaaagtatgactcgtatcgtgaatca
ttgagcaacaatacacaattgaatgcagaatatcaagcgtatatgcagcagttgattgat
aatcaagataaatataatataccgcaagtaacaaatgattatttaattcaacacgcaccg
aagccgttagctgaagtgaaaaatgaaattgtggatgtagcaaatataaaagatgcacaa
attacaaaatatgagtcgcaattctttaatacatttattgtggaaggcaagtacacaggt
ggtacatcaaaaggtgagtctgaagattggaaagcgatgagtaaacaagtaaaccaaact
ttagagcagttatcccaaaaagggtggagcggctataaaacagttacagcttattttgta
aactatcgtgtaaatgcagctaaccagtttgaatatgatattatttttcatggtgttgcg
acagaggaaaaagaaaaaacgactactatagtaaatatgaatggaccatacagcgggata
gtaaatgaagagattcaatttcatagcgatggtacaaaaagtgaaaatggaaaagttatt
tcttacctatggaactttggagatggtacaacaagtacagaagctaatcctacccatgta
tatggagaaaaaggaacttatactgtggaactaacagtaaaagatagtagaggtaaagaa
agcaaagaacaaacaaaaattactgtaaaacaagatccgcaaataggtgaatcccttgaa
gaggagaaggtactcccgtttaataaacttgtaaaaggaaatctgattactcctgatcaa
acagatgtttatacgtttaatgttacagatccaaaagaagtagagatttctgtggtaaat
gaacaaaatattgggatgacatgggtactttatcatgaatcagatatgcaaaattatgta
gcttgtggtgaagatgaaggaaatactataaaggggaaattcgtagcgaaaccagggaaa
tattatctgaatgtgtataaatttgatgataaaaatggtgaatattcactattagtaaaa
taa
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