Methanospirillum hungatei: Mhun_3130
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Entry
Mhun_3130 CDS
T00325
Name
(GenBank) peptidase S8 and S53, subtilisin, kexin, sedolisin
KO
K14645
serine protease [EC:3.4.21.-]
Organism
mhu
Methanospirillum hungatei
Pathway
mhu02024
Quorum sensing
Brite
KEGG Orthology (KO) [BR:
mhu00001
]
09140 Cellular Processes
09145 Cellular community - prokaryotes
02024 Quorum sensing
Mhun_3130
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
mhu01002
]
Mhun_3130
09182 Protein families: genetic information processing
03110 Chaperones and folding catalysts [BR:
mhu03110
]
Mhun_3130
Peptidases and inhibitors [BR:
mhu01002
]
Serine peptidases
Family S8: subtilisin family
Mhun_3130
Chaperones and folding catalysts [BR:
mhu03110
]
Intramolecular chaperones
Subtilisin family
Mhun_3130
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Peptidase_S8
PEGA
Peptidase_C1
PKD_4
PKD
CarbopepD_reg_2
Peptidase_C39_2
Peptidase_C1_2
Motif
Other DBs
NCBI-ProteinID:
ABD42816
UniProt:
Q2FUI9
LinkDB
All DBs
Position
complement(3410780..3414037)
Genome browser
AA seq
1085 aa
AA seq
DB search
MMKQLTFIFISLLIISMGLHTVAATSDPFTPVLSTVVKPPDVGVPTYHSPPSIVGPVPQV
AGPPVSRPVMSIVQSPVMSSTMSGLTPTEQSGLSMNNTLNNSLESPEYAPDRVIVKFKSA
LGSEKSSLSQVQAEAHAAMGATVIADSKTLGVEGMQVVSVPNSTGTMKAIELYRMNPMVE
YAQPDYVYQAYPVEKIHIPVNVNQNAVSYRDSIVQGKVSTPSGGPSPAPSDQNDHPSAPP
SSVSAGAISTMNETEGFGYMRLSLEDIAQIQSDYNAAVKVENAPLSTTLGSKSLLSNIQY
TPSERNQGNCGNCWVWASTGVIENALTVQNGIKDRLSIQYFDSNYNGGSAITGACNGGWA
STFANFHSTSGFKQVIPWSNTNAYYNDRYACSYGCGAQTPASSIATSPNYPITSISTSWI
STNGVSQAQAIANIKAQIDANKAVWWAFFLPDSSSWSAFNSFWAYQTESTLWNPDPYNNI
AYGSSGGGHAVVIVGYDDTSSDPNQRYWLVLNSWGSNSKRPNGLFRLKMNMDYSGKSSQG
YQNHYFSIFNINYGITAQTGSISVSSSPSGAQIWLDGANTGKVTPNTLTSVTATSHTVTV
KLTGYTDYSTSVTVPSGGTATVSATLTAVPKGSISISSNPTGAAVYLDSEAKGVTTPTTL
SDVPAGTHTIRLTKTGYQDWSQSVSVTSGQTTPVSATMTAVSPGGQVIPNDPSFSSLYGL
HNTGQTGGTADADIDAPEAWSYVTGSSDVIVAVVDTGVDYNHPDLAANMIAGYDTRNNDS
NPMDDHGHGTHCAGTIGAVGNNGIGVAGVNWNVKIMPLKFLDSSGSGYTSDAIEAFAWGY
SRGVRIFSNSWGGSGIDTALQDSISSMPDALFICAAGNSALNTDTNPHSPGSLPNANILT
VAATDSRDVLASFSNYGASTVDVAAPGVSIYSTYPGNRYTTMSGTSMATPHVAGVAALLK
AANPALTMDQIKTAIMNGVDVKSGLSGKCVTGGRVNAYTSVRAVSQVLAKFYGVPETVVY
PLTIRFYDVSEGSVASRTWNFGDGNTSTVQNPVHTFYNPQTYTVTLQVSNGVQGVSSVSN
EVGGL
NT seq
3258 nt
NT seq
+upstream
nt +downstream
nt
atgatgaaacaactaacattcattttcatttctctcttgattatcagtatgggtttacat
acggttgcggcgacttcagatccatttactcccgttctatcgacggtggtcaaacctcca
gatgtgggagttccaacatatcattccccgccatcgatagtcggtccggtaccgcaagtg
gctggcccaccggttagtagaccagttatgagcattgtccagtccccagtgatgagcagt
acaatgtcaggtctgacgccaacagagcagagtggattgtccatgaataatactcttaat
aattcgttggagagccctgaatatgcacctgaccgggttattgttaagtttaaatctgct
ttaggctctgaaaagtcatccttaagccaggtacaggcagaagcacatgcagccatgggt
gccacggtgatagctgattcaaaaactcttggcgtggagggtatgcaggtcgtcagtgtt
ccaaactctaccgggaccatgaaagcaatcgagctgtaccggatgaacccgatggttgag
tatgcacagccggattatgtgtatcaggcatatccggttgaaaagatccacatccccgtg
aatgtaaatcagaatgccgtttcataccgtgattctattgttcagggtaaggtgagtacc
ccctctggagggccatctcccgcaccctctgatcagaatgaccatccctcggcacctcca
tccagtgtatctgctggtgccatttctacgatgaatgagacggaaggatttggatacatg
cggttgtctcttgaagatattgcacagatccagagcgattacaatgccgctgttaaggtg
gaaaatgcgcctctctctaccacgttggggagtaaaagccttctttccaatatccagtac
accccatcggagcggaaccaggggaactgtgggaactgctgggtatgggcttcaaccggg
gttatcgagaatgccctgaccgttcagaatgggataaaggatcgactgtcaatacaatat
tttgattcgaattataatggcggaagtgcaataaccggtgcatgcaatggcggatgggcc
agcacgtttgcaaatttccacagcacctccggatttaaacaggttatcccctggtcaaat
accaatgcctattacaatgaccggtatgcctgctcatatggatgcggggcacagacccct
gcctcaagtattgcaacctctccgaactacccgataaccagcatttccaccagctggata
tcgacaaacggagtctcacaagcacaggctattgccaatatcaaggcacagatcgatgca
aacaaagcggtctggtgggcgtttttccttccggacagttcatcgtggtctgcatttaat
tcattttgggcatatcagaccgaatcgactctctggaatccggatccgtataacaatatc
gcttatggatcatccggaggtggtcatgcggttgtcatagtcggttatgatgataccagc
agtgatccaaaccagcggtactggttagtcctgaacagctggggcagcaattctaagcgc
ccgaatggtcttttcagacttaagatgaacatggactacagcggaaagtcgtcccagggg
taccagaatcattacttttcaatcttcaacatcaactacgggataactgcccagactgga
tcaataagtgtatcctccagtccgtccggggcccagatctggcttgacggggccaatacg
gggaaggtaactccgaataccctcacatccgtgactgcaacatcccataccgtcacggtg
aaactgaccgggtatacagattattctacctcggttacagttccatccggtgggactgcg
acagtatcggccactcttactgcagttccaaaaggatcgatatcaataagttcaaatccg
actggtgcggccgtgtatctggatagtgaggcaaagggagttaccactcctaccactttg
agtgatgttccggcaggaactcatacgatcaggctgaccaaaaccgggtatcaggactgg
tcacagagtgtgtcggtcacttcaggtcaaacgacacccgtcagtgcaacgatgactgct
gtttcaccagggggccaggtcattccaaatgatccttcgttctcttccctgtatggtctc
cataataccggacagacggggggaactgctgatgcagatattgatgcccctgaagcctgg
tcctatgtgaccgggtcatctgatgtcattgttgctgtggtggataccggggttgactat
aatcatccggatttagcagcaaatatgattgccgggtatgatacccggaataatgatagt
aatccgatggatgatcacggtcatgggacccattgtgcgggtacaataggagcggtcggg
aacaatggtattggggtcgctggtgtgaactggaatgtgaagatcatgccactcaagttc
cttgattcatccgggtcaggatataccagtgatgcgattgaggcctttgcctggggatac
tcccgaggagtgagaatcttctcaaattcatggggtggaagcggaattgataccgctctt
caggattctatcagcagtatgccggatgctctgtttatctgtgcagcggggaacagtgca
ctcaatactgatacaaatccacactcacccggttcactgccaaatgcgaatatcctcacc
gttgcagcaaccgactcacgcgatgtactcgcttcgttctcaaattatggagcaagcacg
gttgatgttgcagctcctggtgtgagtatttacagcacctatccggggaatcgatatact
accatgtccgggacctcgatggcaactccccatgttgctggtgttgcggcattacttaag
gcagcaaatcctgcgctgacaatggatcagataaagacagcaatcatgaatggtgtggat
gtaaagagcggtttatccgggaaatgtgtgaccgggggccgggtcaatgcatataccagc
gttcgtgcggtgtcccaggttctcgcgaaattctatggggtgccggaaacggtggtttat
cctctgactatcaggttttatgatgtatcagagggatcagtggcatcccggacctggaac
tttggtgatgggaacacctccacggttcagaacccggttcatacgttttataatccgcag
acctacaccgtcacattgcaggtcagtaatggagttcaaggagtaagctcagtttcgaac
gaggtcggggggctctaa
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