Bacillus thuringiensis HD-789: BTF1_15395
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Entry
BTF1_15395 CDS
T02411
Name
(GenBank) microbial collagenase
KO
K01387
microbial collagenase [EC:
3.4.24.3
]
Organism
btn
Bacillus thuringiensis HD-789
Brite
KEGG Orthology (KO) [BR:
btn00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
btn01002
]
BTF1_15395
09183 Protein families: signaling and cellular processes
02042 Bacterial toxins [BR:
btn02042
]
BTF1_15395
Enzymes [BR:
btn01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.24 Metalloendopeptidases
3.4.24.3 microbial collagenase
BTF1_15395
Peptidases and inhibitors [BR:
btn01002
]
Metallo peptidases
Family M9
BTF1_15395
Bacterial toxins [BR:
btn02042
]
Toxins that damage the extracellular matrix
Hyaluronidases/Collagenases
BTF1_15395
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
Cadherin_5
GP24_25
PKD_3
Motif
Other DBs
NCBI-ProteinID:
AFQ27254
UniProt:
A0A9W3JR22
LinkDB
All DBs
Position
complement(3002292..3005207)
Genome browser
AA seq
971 aa
AA seq
DB search
MKGYSKKMLVGVSFASLMLGSFQGVSLAEDTKGEQVSYRNVLKMEPVGVQLPVQELAHSS
KLLESKSFEQRIQFADLSQRPPEVKKESKQLAVAKTYTIAELNQLSNQQLVDLLITIDWE
QITGLFQFNTDSLAFYQNDSRMQAIINKLKQQGQAYTKDDSKGIETLVEVLRSGFYLGFY
NSELSKLNERSYHDKCLPALKAIANNSNFKLGTLEQNRVVSSYGKLIGNASSDVETITSA
AKIFKQYNDNFSTLVYNLSAGNAIYDIMQGVDYDIQSYLYDTRKAPKDTVWYQKIDSYIN
ELSRFALMGTITAKNGWLINNGIYYTGRLGSFHSTGTKGLQVVTDAMKIYPYLGEQYFVA
AEQIATNYGGKDANGKVVNLDQIREDGKKKYLPKTYMFDDGAIVLKAGDKVTEEKVKRLY
WAAKEVKAQFHRTVESDQPLEKGNPDDVLTMVIYNSPAEYQFNRQLYGYETNNGGLYIEG
TGTFFTYERTPEESIYSLEELFRHEFTHYLQGRYEVPGLWGQGKIYENERLSWFEEGNAE
FFAGATRTDNVVPRKSIIGGLSSNPAERYTAERTLNAKYGTWDFYNYSFALQSYMYNKRY
DMFDKIHDLIRKNDVTAYDAYRSTLSKDANLNKEYQDYMQMLFDNREKYNVPLVSDDYLA
NHAPKPVSDIAAEITAEAKLKNVSVKKNKSKFFNTFTLQGTYTGTAAKGEYEDWKIITQN
VNDTLKRLSAKEWTGYKTVTAYFVNYRVNASGQFEYDVVFHGINTEEGAENKAPVAVING
PYSGNVNEAISFKSDASKDEDGKITSYKWEFGDGTVSNEKNPTHVYTKEGAYTAKLTVTD
DKGATNTATATVTVQKKEDNSLEKEPNNSFQTANKLQLNQVLRASLGNGDTSDFFEINVE
TAKNLQINVTNENNIGMNWVLYSEADLNNYVTYAQQQGNKLVGSYYTYPGKYYLHVYQYG
GGTGNYTVEVK
NT seq
2916 nt
NT seq
+upstream
nt +downstream
nt
atgaaaggctattcaaaaaaaatgttagtaggggtaagttttgctagtttaatgttaggg
agttttcaaggggtaagtttggcagaagatactaagggagagcaagtttcttatcgaaat
gtactcaaaatggagccagtcggtgtacaactaccagtacaagaattagctcattcatcg
aaattgctcgaaagcaagtcttttgagcaaaggatacaatttgctgatttatcacaaaga
ccgcctgaggtaaaaaaggaaagtaagcaattagctgtagcgaaaacttatacaattgct
gaattaaatcaattaagcaatcagcagttagtagatttacttataaccattgattgggag
caaattacggggctatttcagtttaatacagacagtctagcattctatcaaaatgatagt
agaatgcaggcgattattaataaattgaagcagcaaggacaagcctatacgaaggatgat
tcaaaagggattgagacattagtagaggtattacgttcaggattttatttaggattttat
aattcggaacttagtaaattaaatgaacggagttatcatgataaatgcttacctgcatta
aaagcgatagctaacaattcaaatttcaagctgggtacattagagcaaaatagagtggta
tcatcatacggaaagttaataggaaacgcttcgagtgatgtggaaacgataacatcggct
gcaaagatttttaaacaatataatgataatttctctacattagtatataatctttcagct
ggaaatgctatttacgatattatgcaaggtgttgattacgacattcaatcgtatttgtac
gatacgaggaaagcaccgaaagatacagtatggtatcagaaaatagatagttatattaat
gaactaagtcgttttgcattaatgggaacgattaccgcaaaaaacggttggcttattaat
aatggcatttattatacaggtaggctcggttcgttccatagtacaggaacgaaaggatta
caagttgtaacagatgcgatgaaaatttatccgtatttaggggagcaatatttcgtagct
gctgagcaaatcgcgacgaattatggcggaaaagatgcaaatggtaaagtggtgaattta
gatcaaataagagaagatggaaagaaaaaatatttgccaaaaacgtatatgtttgatgat
ggggcaattgttttaaaagctggagataaagtgacagaagaaaaagtaaaacgtttatat
tgggcggcaaaagaagtgaaggcacaattccatcgtacggttgaaagtgatcaaccttta
gaaaaaggaaatcctgatgatgtattaacgatggttatttataatagcccagcagaatat
cagtttaatcgtcaattgtacggatatgaaacgaataatggtggtctttatatagaagga
acaggtacgttctttacttatgagcgtacgccagaagaaagtatttatagtttagaagaa
ttattccgacacgagttcacgcattatttacaaggtagatatgaagtaccagggttatgg
ggtcaagggaaaatatatgaaaatgaaagattatcttggtttgaagaagggaatgctgaa
ttttttgcaggggcaacgagaacggataatgttgtaccgagaaagagtattataggagga
ttatcttcaaacccagcagagcgttatacggcagagcgaacgttaaatgcaaagtatgga
acatgggatttctataattattcctttgctttacaatcgtatatgtacaataagagatat
gatatgtttgataaaatacatgatcttattaggaaaaatgatgtaacagcatatgatgca
tatcgctctacattaagtaaagatgcgaatttaaataaagaatatcaagattatatgcaa
atgctatttgataatcgtgagaaatataacgtaccattagtatcagacgattatttagca
aatcatgcaccgaaaccagtttcagatattgcggcagaaataacggcggaagcaaaattg
aaaaatgtatcagtgaagaaaaataaatcaaagttctttaatacattcacactacaagga
acatatacaggaactgcagcaaaaggagaatatgaagattggaaaataattacacaaaac
gttaatgatacgttaaaacgtttaagcgcaaaagaatggacaggctataaaacggtaaca
gcatacttcgtaaattatcgcgtgaatgcatcaggacaatttgaatatgatgttgtgttc
cacggtattaatacagaagaaggtgcagagaataaagcgccagttgcggttataaacggt
ccgtatagtggaaatgtgaatgaagcaatttcatttaaaagcgacgcatcaaaagatgaa
gacgggaaaattacttcatataaatgggagtttggagacggtactgtaagtaatgagaaa
aatccaactcacgtatatacaaaagaaggagcgtatacagcgaaattaacagtaacagac
gataaaggagcaactaatactgctacagcgactgtaactgttcaaaagaaagaagataac
agtttagaaaaagaaccgaataactcattccaaacagcaaacaaactgcagttaaatcaa
gttttacgtgctagtttaggaaatggagatacaagtgatttctttgaaattaatgtggag
actgctaaaaatcttcaaattaacgtaacgaatgaaaataatatcggaatgaactgggta
ctttattctgaagcagatttaaataattatgttacgtatgctcagcaacaagggaataaa
ctagtaggtagttactacacgtatccagggaagtattatttacatgtgtatcagtatggt
ggtggaacagggaattatacggtggaagtaaagtag
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