Caldanaerobacter subterraneus subsp. tengcongensis: TTE2615
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Entry
TTE2615 CDS
T00081
Symbol
AprE3
Name
(GenBank) Subtilisin-like serine proteases
KO
K01361
lactocepin [EC:
3.4.21.96
]
Organism
tte
Caldanaerobacter subterraneus subsp. tengcongensis
Brite
KEGG Orthology (KO) [BR:
tte00001
]
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
tte01002
]
TTE2615 (AprE3)
09182 Protein families: genetic information processing
03110 Chaperones and folding catalysts [BR:
tte03110
]
TTE2615 (AprE3)
Enzymes [BR:
tte01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.21 Serine endopeptidases
3.4.21.96 lactocepin
TTE2615 (AprE3)
Peptidases and inhibitors [BR:
tte01002
]
Serine peptidases
Family S8: subtilisin family
TTE2615 (AprE3)
Chaperones and folding catalysts [BR:
tte03110
]
Intramolecular chaperones
Subtilisin family
TTE2615 (AprE3)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Peptidase_S8
SLH
fn3_5
PA
Big_2
DUF3869
Inhibitor_I9
HL_N-beta
Glucodextran_B
Motif
Other DBs
NCBI-ProteinID:
AAM25735
UniProt:
Q8R714
LinkDB
All DBs
Position
complement(2501929..2507928)
Genome browser
AA seq
1999 aa
AA seq
DB search
MSKSYRYGNTGEGVKGFMWKRLLVFLVAFTLVFSVFGTFGYSQSFTTQASKNVSVDSLKI
DEAALKQIAKSKFVEKLQPYQPKSKASDKAGNQIEYLGDGTQQEIEKYSPEQYVRVIIEL
KEDSLASYAVKADKTLKTLKEAEKQAVLAKIDETQAAVKNTLIQKFGFIPRHTYKTVLNG
LSGQIKVKDIEKIKLLPQVKDVRIAHEYFLDMTSAVWSTNAPTVWEELGYKGEGMVVAIV
DTGIDYRHQDMKITDPSKAKLTKEKVQEIASKMGLPYKYFTDKVPVGWNWADNNDEILDI
GATASMHGQHVAGIVAANGQIKGVAPEAQLIAEKVFSNNPYFASAFSDDIVAGIDHAVAF
GADVINMSLGATAGFVREDDPENLAIKRAVENGVIVVVSAGNSAYSTKAEFYPYAIDPDI
GTVGSPGLFLDTIQVAASVNPGLTGKSFLVTPAPKDFDRVVYLVGSPSDHAPIDPADVLK
DEYEVVYCGLGRPEDFQGKDLTGKVALISRGAITFNAKTINAQNAGAVAAIIFNNTSGTI
SMALGEGTKIPAVSILQSAGLAIKALLDQGQTVKVKFDGKVATNNLGTPPGDTVTDFSSW
GVTPSFDFKPEIMAPGGGIYSTVNKDSYEVMSGTSMSAPHVSGAMALIAQALKEKVAKGE
LNLKGRDFVEMAKVMAMNTAKVIIDPTTSYGRIPMYPYSPRQQGAGMIQIDKAIKTPVVV
TDVKGKAGIALGSISNSVTFTLVLRNFGNSDVTYNLKDKYGVLTDQVLAGYNLTHTAPLT
GAVVTFDKDTVTVPANGQETVNVTLIIPQNAPRNIFAEGYISFVPQGSDVPELTVPYTAF
YGNWDEPRVIDSPMWDEDTYYGYTGMAGEMNGELYFLGNIASENPDPGTIAISPNGDGIF
DYVQPVLSFLRNARELRINVVDSNGNVVREISQEEYIRKNVAETSKARISDSWIWDGKVY
DAINGKFEVAPDGQYYMRFESKIDYPNARTQVLEMPVKVDTIPPEVYINPDYIDEDGYLK
DIYIADGKATVKWGGKDEGSGINSYVLITGKIDPVTFEVTNIDGELLPNDVNEAVIELPY
RYTFIAILGIDYAGNVSDGIPGQNVCIGFNADIKDNFGPVINVIRPQPAEIFNTREIVVE
GIIESGYTFGGLYINGERVRVDANNHFMTILHFDTDGRHKIEFLAYDDLYNENDPSTYEH
KTEFAIPIYIDTTIPEITLNIDNFKGYMSPEGKVSLTVAGSVYDTGFGYKLYVNGNIVLN
KEADEYTTLEDPFEVRVPLNVGPNNILVKAIDVATNKSEVTVSADVYTSDTENYVKVSYG
DKQITIPLEKVTLASLKATPNPVYIPVGREASVKVDAVYTDGSTKDVTDKAVFEVVYGES
AVLDKDVKGVIIGVNEGETTIKATYEDKSVEIKVVVSEAVTLGISVYPSFIQVPAGRSVP
IIVYKHLSDGTKVEVTNEAKIIIDNPKVAQYIDGTVKGLMPGKAVLTAIYDIHSINVPIT
VTDPVLENITVQPSSIEIKVGDTAKLTVTAYYSDGTTKDITANAQYTFDPNIVSVDKGVV
KGLKAGQTTITVSYNDKSAEVKVTVKEKEITPPPGGGIIPPPAPVTPPASTEQPKETPKA
EEASQGKVVVEGNTTVLVVEENKVANEIKDATKKEVVFDLTNVGDTSSKAIEVPVKVLNM
IAENNKNVVVKSGEVALSIDPKAMTVSEETLNLINKTGSVKLVVEDKGKKVANSLIPVSN
AYDITIKTGENKIKLDSPVKLTFEVKDVKDIRKVGIYYLNEVTGKWEYVGGKIDKNANTI
TFEAKHFSTYGAFEYDKQFKDVEKDFWGYDVINVLASRHIIKGMTEDTFAPNAKITRAEF
AALMIRALGIPEEPYKGEFEDVKEGMWYANAIEAAYQEGIMLGDGKKMRPDDPITREEMA
AVIMRVYSKLAGYKEENIGNTTFADNNKISEWARNVVANAVKLGIVRGYDDNTFKPKDNA
TRAEAAAMLYRILEKSGNI
NT seq
6000 nt
NT seq
+upstream
nt +downstream
nt
ttgtcgaaaagttatagatatggtaatacaggtgagggggttaagggttttatgtggaaa
aggctgctggtatttttagtggcttttactttagtgtttagtgtttttggaacttttggg
tattcacaatcttttacgacacaggctagtaaaaatgtttctgttgattctttaaaaata
gatgaagctgcgttaaaacaaattgctaaaagtaaatttgttgaaaaacttcaaccctat
cagccgaaatctaaggcttcagataaagcagggaatcaaatagaatatttaggagatgga
actcaacaggaaattgaaaaatacagtcctgagcaatatgtcagagttattatagagttg
aaagaagacagccttgcgtcttatgcagtaaaggcggacaagacattaaagacattaaaa
gaggctgaaaaacaggcagtattggcaaaaatagatgagactcaagcggcagtgaaaaac
actttaatacaaaaatttggatttattccacggcatacctataaaactgtgcttaatggg
ctaagtggtcagatcaaagtaaaagatattgaaaaaataaaacttttaccgcaagtgaag
gatgtaagaatagcccacgagtactttttagatatgacatcagcagtatggtccactaat
gcgcctactgtatgggaggaattaggctataagggagagggaatggttgtagctatagtt
gacacagggatagactacaggcatcaagacatgaaaattacagatccctcaaaggcgaaa
ttgactaaagaaaaagttcaagagattgcttccaaaatgggattaccttacaaatatttc
acagataaagtaccagtggggtggaactgggcagacaataatgatgaaattttagatata
ggtgcaactgcttcaatgcacggtcaacacgttgcaggaattgttgctgcaaatggacag
attaaaggtgttgctccagaggcacagctaattgcagaaaaagtattttcaaataatcca
tattttgcatctgcattttctgatgacatagtggcaggcattgatcatgctgtagctttt
ggcgcagatgttataaatatgagcttgggtgccactgcaggttttgtaagggaggatgac
cctgaaaacttagcaattaaaagagccgtagaaaatggcgtaatagttgtagtttctgca
ggtaactcagcttattccacaaaagcagaattttatccttatgcaatcgatccagacata
gggacagttggttctcctgggcttttccttgatacaattcaagtagctgcttctgtaaat
ccagggcttacaggaaaaagcttcttggttactcctgcaccaaaagactttgacagagta
gtttatcttgtgggatcgccttcagaccatgcgccaattgaccctgcagacgtgttgaaa
gatgaatacgaagtagtgtactgcggtttaggtaggccagaagattttcagggtaaagat
ttaactggtaaagttgcacttatttcaagaggtgctattactttcaatgcaaaaaccata
aatgcgcaaaatgctggagcggttgctgcgataattttcaacaatacttcaggtacaatt
tcaatggcattgggagaaggcacaaaaattcctgctgtttctattttgcagtcagcaggc
cttgctataaaagccttgcttgaccagggacaaactgtaaaagtaaaatttgatggcaaa
gtagctacaaataacttagggacacctcctggggatactgttacagacttctcttcatgg
ggagttacgccaagttttgactttaaaccagaaataatggctcctggcggtggaatatat
tcaacagttaataaagactcctatgaagttatgagcggtacctctatgtcagcacctcac
gtatcaggtgccatggcattaattgctcaagccttgaaagaaaaagtcgcaaaaggagaa
ctgaatttaaaagggcgagattttgttgaaatggctaaagttatggcaatgaatacagca
aaagttataattgaccccacaacaagttatggaagaattcctatgtatccttattctcca
agacaacaaggggcaggtatgatacagatagataaagcaataaaaacacctgtagtagtt
acagatgtaaaaggtaaagcaggaattgcacttggaagcataagcaattcagtgacattt
actttagtacttaggaactttggaaatagtgacgttacttataatttaaaagataaatac
ggtgttttaacggatcaagtgctagctggatataacctcacccatactgcaccactcaca
ggggctgtagttacttttgacaaagatactgtaacagttcctgcaaatgggcaagagact
gtaaatgtcacattaataattccacaaaatgcacctcgcaacatatttgctgaaggttat
ataagctttgtacctcaggggtctgatgtgccagaattgaccgtgccatacactgctttc
tatggcaattgggatgaaccgagagtaatagattctccaatgtgggatgaagacacttat
tatggatatactggcatggctggagagatgaatggggaactttatttcttaggcaatatt
gcaagcgaaaatccagatcctggtacaatcgctatatctcctaatggtgatgggatattt
gattatgtacagcctgtactttcattcttgagaaatgctagagaattaagaataaatgtt
gtagatagcaatggcaatgtagtgagagagataagccaggaagagtatattagaaagaac
gtagctgagacttctaaagctagaatttctgactcttggatatgggatggaaaagtatat
gatgctattaatgggaaatttgaagtagctcctgatgggcagtactacatgcgatttgaa
tcaaaaatagattatccaaatgccaggacacaagtacttgagatgcctgtaaaagttgat
acaataccgcctgaagtttatattaaccctgactatatagatgaagatggttacttgaaa
gatatttacattgctgatgggaaagctacagtcaaatggggaggaaaagatgaaggttct
ggtataaattcttatgtactcattacaggcaaaatagatccagtaacatttgaagtaact
aatattgatggagaactattacctaatgatgtaaatgaagctgtaatagaacttccatat
agatacacctttattgcaatacttggaatagattatgctggcaatgtatcagatgggatt
ccaggacaaaatgtctgcattggattcaacgctgatataaaggataacttcggtcctgtg
attaatgttataagaccacagcctgcagaaatattcaatacaagagagattgtagttgaa
ggtataattgaaagtggctatacctttggtggtctttacattaatggagaaagagtaagg
gttgacgcaaacaatcattttatgacaatactgcattttgacactgatggaagacataag
attgaatttctggcatatgatgatttatataatgaaaatgatccttccacatatgaacac
aaaacagaatttgcaataccaatttatatagatactacaataccagaaattaccctcaac
atagataatttcaaaggctacatgtcaccggaggggaaagtaagccttacagtagcagga
agtgtgtatgatacaggctttggatataaattgtatgtgaatggaaacatcgtattaaat
aaagaagctgatgaatatacgactttggaagatccatttgaggtaagagtgcctctcaat
gttggaccaaacaatatccttgtaaaagcgatagatgtagctacaaataagtcagaagtt
acagtatctgcagatgtatatacttcagatacagaaaactatgtcaaagtaagttatgga
gacaaacaaattacaatacctcttgaaaaagtgacattagcttcacttaaagccacaccg
aatccagtttatataccagtaggaagagaagcttcagttaaagttgatgcagtgtataca
gatggctctacaaaggatgtaactgataaagcagtgtttgaagttgtatacggagaaagc
gctgtgcttgataaggatgtaaaaggtgtaataattggagtaaatgaaggggagactaca
ataaaagcaacttatgaggataaatctgttgaaataaaggtagtagtgtcagaagctgta
acattaggaataagtgtttatccatcatttatacaggttccagcaggaagatcagtgcca
attatagtttataaacacttatcagatggcacaaaagtagaagtaactaacgaagcaaaa
attataattgataatcctaaagtggctcaatacattgatggaacagttaaagggttaatg
ccaggcaaagcagttctaacagcaatatatgatattcattcaatcaatgtaccaattaca
gtaacagacccagttcttgaaaatataacagtacaaccgtcttctattgaaataaaagtt
ggtgatacggcaaaattgacagttacagcttactattcagatggtactacaaaagatata
actgcaaatgcacaatatacttttgatccaaatatagtttcagttgataaaggtgttgta
aaaggacttaaagcagggcaaacaacaattactgtaagttataatgacaaatctgcagaa
gtaaaagtaactgttaaagaaaaagaaattacaccgccacctggaggaggtataataccg
ccacctgcaccagtgacaccgcctgcaagtactgaacagccaaaagaaacgccaaaagct
gaagaagcatctcagggcaaggtggttgtagaaggaaatactacagtacttgtggtagaa
gagaataaagtagcaaatgagattaaggatgccacaaagaaagaagtagtatttgatttg
accaatgtaggagatacttcttcaaaagcaatagaagtaccagtcaaagtgctcaatatg
attgcagaaaataacaaaaatgtagtagtgaaatctggagaagttgcgctttcaatagat
ccaaaagcgatgacagtatctgaagaaacacttaaccttataaacaagacaggttcagta
aaacttgtagtagaagataaaggcaaaaaggtggcaaattcattaataccagtatcaaac
gcctatgacataacgataaaaacaggagaaaacaagataaagttagattcacctgttaaa
ctaacatttgaagtaaaggacgtaaaagacataagaaaagttggaatatactacttaaac
gaggtaacaggtaaatgggagtatgtaggaggtaaaattgacaagaatgcaaacacaata
acctttgaagcaaagcacttctcaacctatggagcctttgaatatgacaagcagttcaaa
gatgtagaaaaagacttctggggctatgatgtaataaatgtactggcatcaaggcatata
ataaaaggcatgacagaggatacctttgcgccaaatgcaaaaataacaagagcagaattt
gcagcattaatgataagggcattaggtatacccgaagaaccatataaaggagaatttgaa
gatgtaaaagaaggtatgtggtatgcaaatgcgatagaggcagcatatcaggaagggata
atgcttggagatggcaagaagatgaggccagatgacccgataacaagagaagagatggca
gcagtaataatgagagtatacagtaaacttgcaggctataaagaggaaaacataggaaat
acaacttttgcagataacaacaagataagtgaatgggcaaggaatgtagtagcgaatgca
gtaaagcttggaatagtgagaggatatgatgacaacaccttcaagcccaaagacaacgca
acaagagcagaggctgcagcaatgctttacagaattttagaaaaatcagggaatatataa
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integrated database retrieval system
