Lactobacillus johnsonii NCC 533: LJ_1840
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Entry
LJ_1840 CDS
T00158
Name
(GenBank) cell wall-associated serine proteinase
KO
K01361
lactocepin [EC:
3.4.21.96
]
Organism
ljo
Lactobacillus johnsonii NCC 533
Brite
KEGG Orthology (KO) [BR:
ljo00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
ljo01002
]
LJ_1840
09182 Protein families: genetic information processing
03110 Chaperones and folding catalysts [BR:
ljo03110
]
LJ_1840
Enzymes [BR:
ljo01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.21 Serine endopeptidases
3.4.21.96 lactocepin
LJ_1840
Peptidases and inhibitors [BR:
ljo01002
]
Serine peptidases
Family S8: subtilisin family
LJ_1840
Chaperones and folding catalysts [BR:
ljo03110
]
Intramolecular chaperones
Subtilisin family
LJ_1840
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Peptidase_S8
fn3_5
FIVAR
PA
Glucodextran_B
Inhibitor_I9
Gram_pos_anchor
CHU_C
Motif
Other DBs
NCBI-ProteinID:
AAS09785
UniProt:
Q74HA7
LinkDB
All DBs
Position
complement(1962122..1968751)
Genome browser
AA seq
2209 aa
AA seq
DB search
MKKKREKYTWLLLSTALITSGQILGGGEQIIKASVESQTNSVKKSKTAVEHSTTALSRQA
VEAQLAAQGVNFERLTPEEQQEVYVDVIVQLEALPASENGSIDSQTASRAEIEQASNKVI
AAQSGIKDEVQKITNQAIDKSYGYVVNGFATKAKVGDIKKLREIKGVKSVTLAKVYFAAD
TSANNMANVSTVWSNYQYKGEGTVVSIIDTGIDPNHKDLRLSDESKVKLTAKDIDGFTEN
SGYGRYFTSKVPFGHNYSDNNDIITDDDPKEQHGMHVAGIVAANGTGKNSASSVVGVAPE
AQLLAMKAFSNSDSSSTTDSTSVIGAVDDSAKLGADVLNMSLGSVSGEQTEDDPEIAAVE
KAVKHGTAAVISAGNSGTSTSNQEGVNKDFYGNPDMETIGSPGTSRSATTVASAENTKVT
TDGMTVSTADGKKIFGPSVTQLSPNTSHDAFDSKKFYIVKDASGKLGMGTPSQYTADVKG
KVAVVSRGEITFTDKQKYAQAAGAAGLIIVNNAGGNTPLTSVLYNEGFPTAGLSTDDGNK
LVAYVEAHPDELLRVNVEVQPLNNVIREEDLMSSFTSYGPVSDLSFKPDITAPGGNIWSL
QNNNGYINMSGTSMASPFIAGSQALLVQAMNDKTGKFYETYQKMSGSERAALIKNIQMNT
ANIEVDVDHGSVIESPRRQGAGLVNVEAAINAILHNPSTVSGSNGYPGVELKDFQDRQHQ
FTIKFTNRTNKDIEYGLNENGKFSDVYTSETDPKTGVLFEKKIDGASLTPSEKIVVPANS
TKEVTINLSLPDNFKENQYVEGFMAFTGSDNSHLKIPYMGFFGDWAAPAIFDGLNGLAFN
PGNNNLGTIVTAGNKNGAVGYAGLNQDEDGNYRVDPDAIALSTADGASVSWVRPQYFLFR
NANDVKAEILNQDGEVINTLVSLAHVTKSYWAASSQRYAKFNYAPAWDGTYFNQQTNKTE
KVPDGTYTYRVTGTVDGTKKQQHYDIKVKVDSVKPEVKNLKLGSHKDQTGKVSYVLKAEA
KDNFSGLNGQANTYVNGELNRSVAYDIVGSSSDGYQKIEVPLSDEQVKTLRAGKNDLAIA
VFDNATNAGTNSGTSNKPGEINFGLIIDNNLPQKITTVSDGYDMTDDSYTISGTYPEKVY
GTYTDKDGKEHDLNISYDEASERFVTKLPLSVSDYDTNVKFYADEEHETLITQKRINVSL
VPPKLESLKVDDQETYTGNEEAKLSQTSEDTVEVSGKVSDDTDKVAVKVAGKTYSAKPTK
EHTFKVKVPVSYGENTMNIVLTDKDGNSSSVKQIVKSSDRGKTVVSAKDVTFDNGIKFGT
TSVNTETENYDPKTGKLTLTGKVNRPTTTVRIGDHTVKVKADGTFKLVLDLGKHGAKVFP
VLIGDTTVNDTVQERLTFYVDSNNPELTLNQEKDQSGYVPVYTNKEEFKLQGTISDDYPY
YSLLINDNNVDANWDDVDYNGNKNLKKSFSHSVKLKEGKNTFNVVVVDNNDNRSEVQTLV
VYYKKAQKLASPQITATTASDKKSVTVTGKAKDGNVLYSTDNGNKYNVLPEDGVTVKNNG
KLLFKTVDKYGNESEVVEYDVKTIGKEESTVDKSVAQARKDLRKKLDQARALGNTGKYTH
ESAKKLAQARQEASKALKDKNATLQELKQASEQLEEAIKNLVEKPVDQNKDKDKVEDKDS
QVNALKEKLEETVKAGEKFDKDKYTDDSVEKVTKALDEAKVVLANKDANSTDVQDAIDSI
VNATKSLKEKQVSPEKTTQQEDTPKENKDTEEVLAAKNALKEKADKLSHLDTTKYTSESA
ENLSNALKKVNQVLTNKDANKAQVQEALDSLSQAEKDLVEKTESNKDVETAKEQLREELN
KHKDEDKSQYTDDSAKVKDNAEKISEGVLDSKDAQADEVNKAKDSLVEAEKGLVKKEENK
PAESDTQEVDKAREALEQEVNKNANVNLDGYTPESQDKFKEILNGVRDVLNDKNASASSL
EKAEKVLETATGVLTQVEHQVELPKVEQPVVTPEKKQTEQEEAKKSESSSVSTSKDEVKE
PEEKKQDAHSVSDKGTGTSVEKKGQTPADALSQVEHQAELSKNEQEEAKKSESHSASTSK
DEVKEPEEKKQDAESVSDKESSTLVGKKHQVARSAQESSKKNADNKVPTHKNSNKAQNTT
NSSTRSTKSSNNKELPKTGERETFFGLLVTGITALFASLGTVLRIKNKK
NT seq
6630 nt
NT seq
+upstream
nt +downstream
nt
atgaaaaagaaaagagaaaaatatacttggttattactcagtacagctcttataactagt
ggtcaaatactaggtggaggagaacaaattataaaggcaagtgtagaaagccaaactaac
agcgttaaaaaatctaagacagctgtagaacattctacgacagctctctcgagacaagct
gttgaggcccaacttgccgctcaaggtgttaattttgaacgattaacacccgaggaacag
caagaggtctatgtagatgtgattgtccaactcgaggctctaccagcttctgaaaatgga
tcaattgattcacaaacagcaagtagagcagaaattgagcaagcatcgaataaagtaatt
gctgctcaatctggaattaaggatgaagttcaaaaaattacgaatcaagccattgataaa
agttatgggtatgtagttaatggttttgcaacaaaagcaaaagttggagatattaaaaaa
ttaagagagattaaaggtgtaaaatcagttactttagctaaggtatattttgcagccgat
acctcagcaaataacatggctaatgtttcgacggtttggtcaaactatcaatataagggt
gaaggaacagttgtttcaattattgatacgggaattgatccaaaccataaagatttacga
ttaagtgatgaatctaaggttaaattgactgctaaggatattgatggatttactgaaaat
agtggatatggacgctactttaccagtaaagttccatttggacataattattcagataat
aacgatattattacggatgatgatccaaaggaacaacatgggatgcacgttgcgggaatt
gttgctgctaatggtactgggaagaattcagcaagctcagtagttggagttgcgcctgaa
gcacaattacttgcgatgaaggctttttctaattcagatagctcctccacaaccgattca
acaagcgtaatcggagcagttgatgactcagctaaattgggagcagacgtccttaatatg
tcattaggatctgtatctggtgaacaaactgaggatgatccagaaatcgcggctgtagaa
aaagctgttaagcatggaacagcagccgtaatttcagccggaaactctggaacttcaacc
tctaatcaagagggagttaataaagacttttatggtaatcctgatatggaaactatcgga
agtcctggtactagtagaagtgctacaactgttgcatctgctgaaaatactaaggttact
accgatgggatgactgtttctaccgctgatggcaaaaagatatttggaccaagtgtaacg
caactttctccaaatacatctcacgatgctttcgatagtaaaaaattctatattgtaaaa
gatgcatctggaaaactaggaatgggaactcctagtcaatatacagctgatgtaaaagga
aaagttgcagttgtttcgcgaggtgaaattacattcactgataaacaaaaatatgcccaa
gcagctggcgccgcaggacttattattgtaaataatgctggaggaaatacgccattaacg
tcagttttatacaatgaaggttttcctacagctggtttatcaactgacgatggtaataag
cttgttgcttatgttgaagctcatccagatgaattattacgagtaaacgttgaagttcaa
ccattaaacaatgttattcgtgaagaagatttaatgtctagctttacgtcttatggacca
gtatctgatctatcatttaagcctgatattacagctcccggaggaaatatttggtctctc
caaaataataatggttatatcaatatgtcaggtacatcaatggcttcaccatttattgct
ggatcacaagctttacttgtacaagctatgaatgataagacaggtaagttttatgaaaca
taccaaaagatgtctggaagtgaacgtgcagctttaataaaaaatattcagatgaatact
gctaatattgaagttgacgttgatcatggctcagttattgaatcacctcgtagacaggga
gccggcttagtcaatgtagaggctgcaattaatgctattttgcataatccttcaactgtt
agtggaagtaatggttatcctggtgttgaattgaaagatttccaggatcgccaacatcaa
tttactattaaatttacaaatcggaccaataaagacattgaatatggtttaaatgagaac
ggtaagttttctgatgtatatacttcagaaaccgatccaaaaacaggtgtcttattcgaa
aagaagattgatggtgcttcacttacaccaagtgaaaagatagttgttccagcaaactct
actaaagaagtaactattaacttatcattacctgataactttaaagaaaatcaatatgta
gaaggatttatggcatttactgggtccgataactcacatttaaagattccatacatggga
ttctttggtgattgggctgcacctgctatttttgatggtttaaacggattagcatttaac
ccaggaaataataacctcggaactattgtgactgcaggaaataaaaatggagcagttggt
tatgccggcttaaaccaagatgaagatggaaattatagagttgatccagatgcaattgct
ttatctacagcagatggagcatctgtatcgtgggtgagaccacaatacttcttgtttaga
aatgctaatgatgttaaggctgaaatcttaaatcaagatggtgaagtaattaatacgcta
gtttcattggcacatgttactaagtcatattgggcagcaagtagtcaaagatatgctaag
tttaattatgcacctgcttgggatggtacatatttcaatcaacaaacaaataagaccgaa
aaagtaccagatggaacttatacttatcgcgtgactggtacggttgatggtactaagaag
cagcaacattatgatattaaagttaaagttgatagtgtgaaaccagaagttaaaaacttg
aaattaggatcacataaggatcaaactggaaaagtatcatatgttcttaaagcagaagcg
aaagataacttcagtggattaaatggacaagcaaatacttatgtaaatggagaacttaat
agaagtgtcgcatatgatattgttggttcatctagtgatggttatcaaaagattgaagtt
ccacttagcgatgagcaagttaaaactcttagggctggaaaaaatgatttagctattgct
gtatttgataatgctactaacgctggtactaattcagggacatcaaataaaccaggtgaa
attaactttggactaattattgataataacttgccgcaaaagatcacaacggtaagcgat
ggttatgatatgactgatgattcatatactatttcaggtacatatcccgagaaagtatat
ggtacatatacagataaagatggaaaagaacacgatcttaacataagttatgatgaagct
agtgaacggtttgttactaagttgccattatcagtaagtgactatgacaccaatgttaaa
ttctatgctgatgaagaacatgaaacactaattactcaaaaacgtattaatgttagtctt
gttccaccaaaacttgaaagtcttaaagtagatgatcaagaaacatatactggaaatgaa
gaagctaaactaagtcaaacttctgaagacacagtagaagtatcaggaaaagttagtgat
gatactgataaagttgctgtaaaagttgcaggtaagacttatagtgctaaaccaactaag
gaacacacctttaaagttaaagttccagtaagctacggcgaaaatacaatgaatattgtt
cttactgacaaagatgggaatagttcatctgttaagcaaattgttaagtcaagtgatcgt
ggtaagactgttgtttccgcaaaggatgttacctttgataatggaattaagtttggaaca
actagcgttaataccgagaccgaaaactacgatcctaagactggtaagttaactttaact
ggaaaagtaaatcgcccaactactactgttagaattggtgatcatacagttaaagttaaa
gcagatggaacatttaaactagtacttgatcttggtaagcatggagctaaagttttccca
gttttaattggtgatactactgttaatgatactgttcaagaacgcttaacattctacgta
gattcaaataatccagaattaacccttaaccaagagaaggatcaatcaggttatgtacct
gtttatacaaataaagaagaatttaagcttcaaggtacaattagtgatgattatccatat
tatagtttgctcataaatgataataatgttgatgcaaattgggatgatgttgattacaac
ggtaataagaatctgaagaagagctttagccattctgttaaacttaaagaaggcaaaaat
acttttaatgttgtagtagtcgacaacaatgataaccgcagtgaagtccaaactttagtt
gtgtactataagaaagctcagaaattggcctcaccgcaaattactgctacaacagcgtca
gataaaaaatcagtaactgtaactggaaaggctaaagatggcaacgttttatacagtact
gataatggaaataaatacaatgttcttccagaagatggtgtaactgtcaaaaataatggc
aagcttctatttaagactgtagataaatacggtaatgaatccgaagtagttgagtatgat
gtcaaaactattggaaaagaagagagtactgtagataaaagcgttgcacaagcaagaaaa
gatttaagaaagaagcttgatcaagcacgtgctttaggaaatacaggtaagtacacacat
gaatcagctaaaaaattagctcaagctcgccaagaagcaagtaaagcgttgaaagataag
aatgctactctccaagaattgaagcaggcaagcgaacaactagaagaagcaattaagaat
ttggttgaaaagcctgtagatcaaaataaagataaagacaaagtagaagataaagactca
caagtaaacgcacttaaagaaaaattggaagagacagttaaggctggtgaaaaattcgat
aaggataaatatactgatgattcagtagaaaaagtaactaaagctcttgatgaagctaaa
gtagttttagctaataaagatgcaaattcaactgatgttcaagatgcgatagattctatc
gttaatgcaacgaaatctcttaaggaaaagcaagtatctccagaaaaaacaactcagcaa
gaagatacaccaaaggaaaataaagataccgaggaagtccttgctgcaaagaatgcttta
aaagaaaaggcagacaaacttagtcatttggataccacgaagtatacttctgagagtgca
gaaaacttgagtaatgcactgaagaaagtaaatcaggttttgactaataaagatgctaat
aaagctcaagttcaagaagcacttgatagtttatctcaagctgagaaagatttagttgaa
aaaacagaatcaaataaagatgttgaaacagctaaagaacaattaagagaagaacttaat
aagcataaagatgaagataaatctcagtatactgatgattctgctaaagtgaaggataat
gctgaaaagatttcagaaggagtactcgattcaaaagatgcacaagcagacgaggttaat
aaagcaaaagatagtcttgttgaagcagaaaaaggcttagttaagaaagaagaaaataag
cctgctgaatctgatactcaagaagttgataaagctagagaggcattagaacaagaggtt
aataagaatgccaatgtaaacttagacggatatacgccagaatcgcaagataaattcaaa
gaaatattgaatggtgtccgggatgttttaaatgataaaaatgcatctgcaagcagctta
gaaaaagcagaaaaagtacttgaaactgctacaggtgttttaacacaggtagaacatcaa
gtggaattgcctaaggttgaacaaccagttgtaactcctgagaagaagcagactgaacaa
gaagaagctaaaaaatctgaatctagttctgtatcaacgtctaaagatgaagtgaaagaa
ccagaagaaaagaaacaagatgctcactctgtatctgataaaggaactggaacttcagta
gagaagaaggggcaaacacctgcagatgctctatcacaagtagaacatcaggcagaatta
tctaagaatgaacaagaagaagctaaaaaatctgaatctcattctgcatcaacgtctaaa
gatgaagtgaaagaaccagaagaaaagaaacaagatgctgaatctgtatctgataaagag
agcagcacattagtagggaaaaagcatcaagttgcaagaagtgctcaagaatcttcaaag
aagaatgctgataataaggtgccaactcataaaaatagcaataaagctcaaaatactaca
aatagttcaactcgaagtactaagagtagcaataataaagaattacctaagactggagaa
agagaaacattctttggattactagttacaggaataactgccttatttgctagtttagga
acagtactgagaataaagaataaaaagtag
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integrated database retrieval system
