Bacillus thuringiensis MC28: MC28_2678
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Entry
MC28_2678 CDS
T02263
Name
(GenBank) Microbial collagenase
KO
K01387
microbial collagenase [EC:
3.4.24.3
]
Organism
btm
Bacillus thuringiensis MC28
Brite
KEGG Orthology (KO) [BR:
btm00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
btm01002
]
MC28_2678
09183 Protein families: signaling and cellular processes
02042 Bacterial toxins [BR:
btm02042
]
MC28_2678
Enzymes [BR:
btm01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.24 Metalloendopeptidases
3.4.24.3 microbial collagenase
MC28_2678
Peptidases and inhibitors [BR:
btm01002
]
Metallo peptidases
Family M9
MC28_2678
Bacterial toxins [BR:
btm02042
]
Toxins that damage the extracellular matrix
Hyaluronidases/Collagenases
MC28_2678
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Peptidase_M9
Peptidase_M9_N
ColG_sub
PKD_4
PKD
K319L-like_PKD
PPC
Big_9
GP24_25
Cadherin_5
PKD_3
PKD_6
Motif
Other DBs
NCBI-ProteinID:
AFU14100
LinkDB
All DBs
Position
complement(2622237..2625152)
Genome browser
AA seq
971 aa
AA seq
DB search
MKGYSKKVLVGVSFASLLLGSFQGSISAENTKEEQVSYRNVLKMEPVGVQLPVQELAHSS
KVLENKSFEKRLQFADLSQRPPEVKKESKQLAVAKTYTIAELNQLSNQQLVDLLVTIDWE
QITELFQFNKDSLAFYQNDSRMQAIIDKLKQQGQTYTQDDSKGIETLVEVLRSGFYLGFY
NTELSKLNERSYHDKCLPALKTIASNPNFKLGTLEQNRVVSSYGKLIGNASSDVETITSA
AKIFKQYNDSFSTLVDNLSAGNAIYDIMQGVDYDIQSYLYDTRKVPKDTVWYQKIDSYIN
ELSRFALMGTITAKNGWLINNGIYYTGRLGTFHSTGTKGLQVVTDAMNIYPYLGVQYFVA
AEQIATNYGGKDANGNMVNLDQIREDGKKKYLPKTYTFDDGAIVLKAGDKVTEEKVKRLY
WAAKEVKAQFHRTVESDQPLEKGNPDDVLTMVIYNSPAEYQFNRQLYGYETNNGGLYIEG
TGTFFTYERTPQESIYSLEELFRHEFTHYLQGRYEVPGLWGQGKMYENERLSWFEEGNAE
FFAGATRTDNVVPRKSIIGGLSSNPAERYTAERTLNAKYGTWDFYNYSFALQSYMYNKRY
DMFDKVHDLIRKNDVAAYDAYRSALSKDANLNKEYQDYMQMLVDNRDKYNVPLVSDDYLA
THASKPVSDIAVEITAEANVKNVSVKKNKSQFFNTFTLQGTYTGTAAKGEYEDWKTITQK
VNDTLKRLSAKEWTGYKTVTAYFVNYRVNASGQFEYDVVFHGMNTEEGAVNKAPVAVING
PYSGNVNEAISFKSDGSKDEDGKIASYKWEFGDGTVSNEQNSTHIYTKEGTYTAKLTVTD
DKGATNTATTSVTVKKKEDNSVEKEPNNSFQTANKLQLNQILRASLGNGDTSDFFEINVE
TAKNLQINVTKENNIGVNWVLYSEADLNNYVTYAQQQGNQLVGSYYTYPGKYYLHVYQYG
GGTGNYTVEVK
NT seq
2916 nt
NT seq
+upstream
nt +downstream
nt
atgaaaggctattcaaaaaaagttttagtaggggtaagttttgctagtttacttttaggg
agttttcaagggagcatatcggcggaaaatactaaggaagagcaagtttcttatcgaaat
gtgctcaaaatggagccagttggtgtacaattgccagtgcaagaattagctcattcatca
aaagtgctagaaaataagtcttttgagaaaaggctacaatttgctgatttatcgcaaaga
ccgccagaagtaaaaaaagaaagtaaacaattagctgtagcgaaaacttatacaattgct
gaattaaatcaattaagcaatcagcaattagtagatttacttgtaacaatcgactgggag
caaattacggagttatttcagtttaataaagacagtctagcattctatcaaaatgatagt
aggatgcaggcgattattgataaattaaagcagcaagggcaaacttatacgcaagatgat
tcaaaagggattgagacattagtagaggtattgcgatccgggttttatttaggattttat
aatacagaattaagtaaactgaatgaacgaagctatcatgataaatgcttacctgcatta
aaaacgattgcgagcaacccgaattttaagctcggtacattagaacaaaatagagttgta
tcatcatacggaaaattaataggaaacgcttcgagtgatgtggaaacgataacatcggct
gcgaagatttttaaacaatataatgatagtttttctacattggtagataatctttcagct
ggaaatgcgatttacgatattatgcaaggtgtggattacgatattcaatcatatttgtac
gatacgagaaaagtaccgaaagatacagtatggtatcagaaaatagatagttatattaat
gagctaagtcgttttgcattaatgggaacgattacagcgaaaaacggatggcttattaac
aatggcatttattatacaggtagactcggtacgttccatagtacagggacgaaagggtta
caagttgtaacagatgcgatgaacatatacccgtacttaggggtgcaatatttcgtagca
gctgagcaaatcgcgacaaattatggcggaaaagatgcaaatggaaatatggttaattta
gatcaaatacgagaagatggtaagaaaaaatatttaccgaaaacgtatacgtttgatgat
ggtgcaattgttttaaaagctggagataaagtgactgaggaaaaagtaaaacgtctatat
tgggcagcgaaagaagtgaaggcacaattccatcgtaccgttgaaagtgaccagccatta
gaaaaagggaatccagatgatgtattgacgatggttatttataatagtccagcagaatat
caatttaatcgtcaattgtacgggtatgaaacgaataatggtggtctttatatagaagga
acaggtacattctttacttatgaacgtacaccacaagaaagtatttatagtttagaagag
ttattccgacatgagttcacgcattatttacaaggtagatatgaagtgccaggactatgg
ggacaaggtaagatgtatgaaaatgaaagattatcttggtttgaagaaggaaatgctgaa
ttttttgcaggagcaacgagaacggataatgttgtaccgagaaagagcattataggagga
ttatcttcaaatccagcagagcgttatacggccgagcgaacgttaaatgcaaagtatgga
acgtgggatttctataattattccttcgctttacaatcgtacatgtacaataagaggtat
gatatgtttgataaagttcatgaccttattaggaaaaatgatgtggcagcatatgatgca
tatcgctctgcgttaagtaaagatgcgaatttaaataaagagtatcaagactatatgcaa
atgttagttgataatcgtgataaatataatgttccgttagtatcagatgattatttagca
acgcacgcatcgaaaccagtttcagatattgcagtagaaattacggcggaagcaaatgta
aaaaatgtatctgtaaagaaaaataaatcacagttctttaatacatttacactacaagga
acatatacaggtactgctgcaaaaggagaatatgaagactggaaaacaattacacaaaag
gtgaatgatacgttaaaacgtttaagtgcaaaagaatggacaggctataaaacagtaaca
gcttattttgtgaattatcgtgtgaatgcatcaggacaatttgagtatgacgttgtgttc
catggtatgaatacagaagaaggagctgtgaataaagcgccggtcgcagttataaatggt
ccgtatagcggaaatgtgaacgaagcaatctcttttaaaagcgatggatcaaaagatgaa
gatggaaaaattgcttcttataaatgggagtttggagacggtactgtaagtaatgaacaa
aactcaacgcacatttatacaaaagaaggaacatatacagcgaaattaacagtaacagac
gataaaggagcaactaatactgctacaacgagtgtgacagttaaaaagaaagaagataac
agtgtagaaaaagagccaaacaattcattccaaacagcaaataaactgcagttgaatcaa
attttacgtgctagtttaggaaatggtgatacaagtgatttctttgaaataaatgtagaa
acagctaaaaaccttcaaatcaatgtaacgaaagaaaataatattggagtaaactgggtt
ctttattcggaagcagatttaaataattatgttacgtatgcccagcaacaaggaaatcaa
ctagtaggtagctactatacgtatccagggaaatattatttacatgtgtatcagtatggt
gggggaacagggaattatacggtagaagtgaagtag
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