Eleginops maclovinus (Patagonian blennie): 134859390
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Entry
134859390 CDS
T09869
Symbol
mbtps1
Name
(RefSeq) membrane-bound transcription factor site-1 protease
KO
K08653
membrane-bound transcription factor site-1 protease [EC:
3.4.21.112
]
Organism
emac
Eleginops maclovinus (Patagonian blennie)
Pathway
emac04141
Protein processing in endoplasmic reticulum
Brite
KEGG Orthology (KO) [BR:
emac00001
]
09120 Genetic Information Processing
09123 Folding, sorting and degradation
04141 Protein processing in endoplasmic reticulum
134859390 (mbtps1)
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
emac01002
]
134859390 (mbtps1)
09182 Protein families: genetic information processing
03110 Chaperones and folding catalysts [BR:
emac03110
]
134859390 (mbtps1)
Enzymes [BR:
emac01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.21 Serine endopeptidases
3.4.21.112 site-1 protease
134859390 (mbtps1)
Peptidases and inhibitors [BR:
emac01002
]
Serine peptidases
Family S8: subtilisin family
134859390 (mbtps1)
Chaperones and folding catalysts [BR:
emac03110
]
Intramolecular chaperones
Subtilisin family
134859390 (mbtps1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
MBTPS1_4th
MBTPS1_3rd
Peptidase_S8
MBTP1_N
Motif
Other DBs
NCBI-GeneID:
134859390
NCBI-ProteinID:
XP_063731929
LinkDB
All DBs
Position
2:complement(23023590..23052181)
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AA seq
1078 aa
AA seq
DB search
MVGAISQLKMLLLPVWASMLFLGFLSVVGMEPTEGAKSDSDYPSNTEPPPSSSGSNCSEM
TLKLEFSSKTVEHEYIIGFTGYFSAKARRLYISSALRNAGDRALEWHIVPRENPAADFPS
DFELVHIRLASPSSLLTLEDHPYIKRVTPQRKVFRMLKYIPSPEPAAPCNASRGTQSWQS
SRTFRRTSLSLSSGFWHATGRHSSRRLLRAIPRHVAQILQADVLWQMGHTGSGVKVAVFD
TGLSEKHPHFKNVKERTNWTNEKTLDDGLGHGTFVAGVIASMRECQGFAPDSELHIFRVF
TNNQVSYTSWFLDAFNYAILKKIDVLNLSIGGPDFMDHPFVDKVWELTANRVIMVSAIGN
DGPLYGTLNNPADQMDVIGVGGIDFEDNIARFSSRGMTTWELPGGYGRVKPDIVTYGSGV
RGSGMKEGCRSLSGTSVASPVVAGAVTLLASTVQNRELVNPASMKQALIASARRLPGVNM
FEQGHGKLDLIRAYQILNSYKPQASLSPSYIDLTECPYMWPYCSQPIYYGGMPTIVNVTI
LNGMGVTGRILDKPIWQPYLPQNGDHIDVAVSYSPVLWPWAGYLAVSISVAKKAASWEGI
AQGHVMVTVASPAENDSEAGGEMTSTVKLPIKVKIVPTPPRSKRVLWDQYHNLRYPPGYF
PRDNLRMKNDPLDWNGDHIHTNFRDMYQHLRSMGYFVEVLGAPITCFDASQYGTLMMVDS
EEEYFPEEITKLRRDIDNGLSLIVFSDWYNTSVMRKVKFYDENTRQWWMPDTGGANVPAL
NDLISVWGMAFSDGLYEGDFTLADHDMYYASGCSIARFPEDGIVIAKNLKDQGLEVLKQE
TAVVEGVPILGLYQTPSDGGGRIALYGDSNCLDDSHRQKDCFWLLDALLQYTSYSMTPPS
LSHSHSRVPPPTGTDRPLPQRLEGNHLYRYSKVLEAHLGDPKPRPLPACPHLSWAKPQPL
NETAPSNLWKHQKLLSVDLDKVALPNVRAYRPQVRPLSPGESGAWDIPGGIMPGRYNQEV
GQTIPVFAFLGAMVVLSFFVVQLTKAKSKPKRRKPRIKRPTYLQQQTTTTISGKNPTV
NT seq
3237 nt
NT seq
+upstream
nt +downstream
nt
atggttggtgctatttcacaactcaaaatgctcctgcttcctgtgtgggcgtccatgctt
tttttgggcttcctgtctgtggtgggcatggagccaacggaaggagccaaatcagactcc
gactacccctccaacacggagcccccgccttcatcatctggctccaactgctccgagatg
accctcaaactggagttctcctctaagacggtggaacatgagtacatcatagggttcaca
gggtatttctcggccaaagctcgccgcctgtacatcagcagcgccctgaggaacgccggg
gaccgagcgctggagtggcacatcgtccccagagagaacccggccgccgacttccccagc
gacttcgagctggtccacatccgtctagcatcgcccagcagcctgctgaccttagaggac
cacccttacatcaagagggtgacgccgcagcgcaaagtgttccgcatgctgaagtacatt
ccctcacctgagcctgctgcaccctgcaacgccagccgcgggacgcagtcatggcagtca
tcccgcaccttccgacgaaccagcctgtcactaagctcgggcttctggcacgccacgggg
cgccactccagccggcgactcctgcgggccatcccccgccatgtcgcccagatcctgcag
gcagatgtactctggcagatgggacacacaggttctggtgtaaaggtggcagtgtttgat
acaggcctgagcgagaagcacccacactttaagaacgtgaaggaaaggaccaactggact
aatgaaaagacactagatgatggtctgggccacggtacctttgtcgccggagtgatcgcc
agtatgagggagtgtcagggctttgcccccgactcagagctgcacatcttcagagtgttc
accaacaaccaggtatcgtacacctcgtggttcctagatgctttcaactatgccatcctg
aagaagattgatgttcttaatctcagcattgggggtccagacttcatggaccaccccttt
gttgataaggtgtgggagctcactgccaacagggtgatcatggtctctgctatcggcaac
gatggacctctgtatggcaccctgaacaacccagcagaccagatggacgtgatcggggtg
ggggggattgactttgaagacaacatcgctcgcttttcctccagaggcatgaccacctgg
gagctgcccgggggctacggcagggtgaagcccgacatcgtcacctacggttcaggggtc
cgggggtcagggatgaaggagggctgtcgctctctgtccggcaccagcgtggcctctcct
gtggtggccggtgctgtgacactgctggccagcaccgtccagaacagggagctggtaaac
cccgcctccatgaagcaggctctgatcgcgtcggcccgcaggctgccgggggtcaacatg
ttcgagcagggccacgggaagctagacctgatcagagcctaccagatcctcaacagctac
aaacctcaggccagtctgtcccccagctacatcgacctgacggagtgtccctacatgtgg
ccttactgctctcagcccatctactacggaggaatgcccaccatcgtcaacgtcaccatt
ctgaacggcatgggagtcaccggccgcattttagacaagcccatctggcagccatacctc
cctcagaatggagaccacatcgacgtggccgtctcctactcccccgtgctgtggccgtgg
gccggatacctggccgtgtccatctccgtagccaagaaagcggcatcatgggaagggatc
gctcagggtcatgtgatggtcacggtggcgtcgcctgcagagaacgattcagaggcaggt
ggagagatgacctccacagtcaaactgccaatcaaggtgaagatcgtcccgaccccccct
cgcagtaagagagtgctgtgggatcagtaccacaacctgcgctacccccccggatacttc
ccccgagacaacctccgcatgaagaacgacccgctggactggaatggagaccacatccac
actaacttccgggacatgtaccagcacctgaggagtatgggatactttgtggaggtgctc
ggagcgcccatcacctgcttcgatgccagccagtacggcactctgatgatggtggacagc
gaggaggagtatttccccgaagagatcaccaagctgaggagagacatcgacaacggcctg
tccctcatcgtcttcagcgactggtacaacacctcggtcatgaggaaggtcaagttctat
gacgaaaacaccaggcagtggtggatgccggacacagggggcgctaacgttccagctctg
aacgacctgatctcagtgtgggggatggctttcagtgatgggctgtacgagggggacttc
accttggctgatcatgacatgtactacgcctcaggctgcagcatcgcccgtttcccagag
gacggaatagtgattgccaagaatctgaaagaccaaggtctggaagtgttgaagcaggag
actgcggtggtggagggggttcccatcctcggactgtaccaaacgccgtcagacggggga
ggtcgcattgcactgtacggtgattctaactgtttagacgacagccacagacagaaagac
tgtttctggctgctggacgctctcctgcagtacacttcctacagtatgacccctcccagt
ctcagtcactcccacagcagggtgcccccccccacaggcaccgatcgcccactgccacag
agactggaaggcaaccacctttaccgctactccaaagttctcgaggctcacctgggagac
cctaagccccgcccactaccagcctgcccccacctgtcttgggcgaagccacagccactc
aatgagacggcacccagtaacctttggaagcaccagaagctcctctcagtggatctggac
aaagtggctctacccaacgtgagggcgtaccggccccaggtcagacctctgtcccctggg
gagagcggggcctgggacatccccggagggataatgcccggtcgctacaaccaggaagtg
ggccagaccatccccgttttcgccttcctgggagccatggtcgtcctgtccttcttcgtg
gtccagctcactaaggccaagagcaaacccaagcgaaggaaaccccgcatcaagcggccc
acgtacctccagcagcagacgacaactacaatcagcgggaaaaaccccacagtgtga
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