Microcaecilia unicolor: 115470543
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Entry
115470543 CDS
T09142
Symbol
MBTPS1
Name
(RefSeq) LOW QUALITY PROTEIN: membrane-bound transcription factor site-1 protease
KO
K08653
membrane-bound transcription factor site-1 protease [EC:
3.4.21.112
]
Organism
muo
Microcaecilia unicolor
Pathway
muo04141
Protein processing in endoplasmic reticulum
Brite
KEGG Orthology (KO) [BR:
muo00001
]
09120 Genetic Information Processing
09123 Folding, sorting and degradation
04141 Protein processing in endoplasmic reticulum
115470543 (MBTPS1)
09180 Brite Hierarchies
09181 Protein families: metabolism
01002 Peptidases and inhibitors [BR:
muo01002
]
115470543 (MBTPS1)
09182 Protein families: genetic information processing
03110 Chaperones and folding catalysts [BR:
muo03110
]
115470543 (MBTPS1)
Enzymes [BR:
muo01000
]
3. Hydrolases
3.4 Acting on peptide bonds (peptidases)
3.4.21 Serine endopeptidases
3.4.21.112 site-1 protease
115470543 (MBTPS1)
Peptidases and inhibitors [BR:
muo01002
]
Serine peptidases
Family S8: subtilisin family
115470543 (MBTPS1)
Chaperones and folding catalysts [BR:
muo03110
]
Intramolecular chaperones
Subtilisin family
115470543 (MBTPS1)
BRITE hierarchy
SSDB
Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Peptidase_S8
DUF4350
ABC_transp_aux
Motif
Other DBs
NCBI-GeneID:
115470543
NCBI-ProteinID:
XP_030059654
UniProt:
A0A6P7Y9Z4
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All DBs
Position
5:complement(220537809..221052594)
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AA seq
1061 aa
AA seq
DB search
MELRRYFLTMRYAELWLLLILVLLCGKKHLGTRLGNSSQETTPCSICTRFTLKVEFSSTV
VEHEYIVTFNGYFTAKARNIFISSALKSNNIDAWRIVPRNNPASDYPSDFEVIQIKEKQR
DGVLVLEDHPNIKRVTPQRKVFRSLKYDEHDPPLPCNDTKWTQTWQSSRPLRRTSLSVGS
GFWHATGRHSSRRLLSAIPRQVAQTLQADVLWQLGFTGVNVRVAVFDTGLSEKHPHFKNV
KERTNWTNEKTLDDGLGHGTFVAGVIASMRECQGFAPDSELHIFRVFTNNQVSYTSWFLD
AFNYAILKKIDVLNLSIGGPDFMDHPFVDKVWELTANNVIMVSAIGNDGPLYGTLNNPAD
QMDVIGVGGIDFEDNIARFSSRGMTTWELPGGYGRMKPDIVTYGSGVRGSGMKGGCRSLS
GTSVASPVVAGAVTLLVSTVSKREMVNPASMKQALIASARRLPGVNMFEQGHGKLDLLRA
YQILNSYKPQASLSPSYIDLTECPYMWPYCSQPIYYGGMPTVVNVTILNGMGVTGRVVDK
PDWQPYLPQNGDNIEIAFSYSSVLWPWSGYLAISISVAKKAASWEGIAQGHLMITVASPE
ENESKDGGELISTVKLPIKVKIIPTPPRNKRVLWDQYHNLRYPPGYFPRDNLRMKNDPLD
WNGDHIHTNFRDMYQHLRSMGYFVEVLGSPFTCFDASQYGTLLIVDSEEEFFPEEITKLR
RDVDNGLSLIVFSDWYNTSVMRKVKFYDENTRQWWMPDTGGANIPALNDLLYIWGMAFSD
GLYEGDFTMANHEMYYASGCSIAKFPEDGTVIAQTLKDQGLEILKQETFVVNNVPILGLY
QIHSDGGGRIVLYGDSNCLDDSHRQKDCFWLLDAILQYTSYGVMPSSLSHSENRQQPPWG
TGFLLPERMEGNHLHRYSKVLEAHLGHPKSRSLPACPHLSWAKPQPLNETAPSNLWKHQK
LLSVDLDKVALPNFHQNRPQVRPLSPGESGAWDIPGGIMPGHYNQDVGQTIPVFAFLGAM
VVLAFFVVQINKVKSKPKRRKPRIKRPQLVQQVYQPKTPSV
NT seq
3186 nt
NT seq
+upstream
nt +downstream
nt
atggagctgagacggtattttttgaccatgaggtatgcagagctctggctgctcctgata
ctggttttactgtgtggcaagaaacatcttggaacgaggctggggaattcttctcaagaa
accactccttgcagtatctgcactcgctttactctgaaagtggaattctcttcaactgtt
gtggaacatgaatatattgtgactttcaatggatactttacagctaaagctagaaatata
tttatttcaagtgcattgaagagcaacaatatagatgcctggagaattgtgccacgaaat
aatccagctagtgactaccctagtgattttgaggttatccagatcaaagagaaacagagg
gatggagtcctagtgctggaagatcatccgaacatcaaacgagttacaccccagcgcaaa
gtttttcgctcactcaagtatgatgaacatgaccctccattgccctgcaatgacaccaaa
tggacccagacatggcagtcatctcgccccctcagaagaaccagtctttctgtaggctct
ggcttttggcatgcaaccgggcgacattcaagtaggcgtttactgagtgcaataccacgg
caagttgctcagactctgcaagctgatgttctctggcaattgggatttacaggtgttaat
gtaagagttgcagtctttgatactggattgagtgagaagcatccacacttcaaaaatgtg
aaggagagaacaaattggactaatgagaaaacattggatgatggcctgggccatggaact
ttcgtagcaggagtgatagccagcatgagggaatgccaaggatttgcacctgattcagaa
ttgcatatattcagagttttcacaaataaccaggtctcgtatacatcttggtttctggat
gcctttaactatgccattttaaagaagatagatgtgttaaatctcagtattggtggacct
gactttatggatcatccctttgtcgataaggtctgggaacttacagccaacaatgtgatc
atggtttctgctattggaaatgatggacctttatatggcactcttaataatcctgcggat
cagatggatgtaataggagtgggtggcattgactttgaagataatatagcccgattttct
tctaggggcatgacaacttgggagctacctggaggttatggccggatgaagccagatatt
gttacctatggctctggagtaagaggttctggcatgaaaggtggatgtcgctccctgtca
ggtacaagcgttgcatcacctgtagtagctggtgctgtcactttgttagtaagcacagtt
tcaaagcgtgaaatggtgaatccagccagtatgaagcaggccctgattgcatctgcgcgt
agacttcctggagtcaatatgtttgagcaaggacatggtaaactggatcttcttagagcc
tatcagattctcaatagctacaaaccacaggccagtttgagtcccagctatattgatttg
acggagtgcccgtacatgtggccatattgttcccagcctatttattatggaggaatgcca
acagttgtcaatgttaccatcctgaatggtatgggagtcacagggagagttgtggacaag
cctgactggcagccttatttgccacagaatggagataacattgaaatagctttctcttac
tcgtctgtgctgtggccatggtctggatacttagctatttctatctccgtagctaagaag
gcagcttcttgggaaggcattgctcagggtcatcttatgatcacagtagcatcgccagaa
gaaaatgagtctaaagatggtggagaactgatttcaactgtaaagctcccaattaaagtg
aagatcattcctactccacctcgcaacaagagagtcctctgggatcaatatcacaacttg
cgctacccaccaggctacttccctagggataacttacgcatgaagaatgaccccttggac
tggaatggcgaccacatccatacaaacttcagggacatgtaccagcatttgagaagcatg
gggtactttgtggaagttctgggttctcctttcacatgttttgatgcaagtcagtacggg
accttattgatagttgacagtgaagaagaattctttcctgaagaaatcaccaagctgagg
agggatgtggataatggactttctttgattgtgttcagcgactggtacaacacttcagtc
atgagaaaagtcaagttctatgatgagaatactagacagtggtggatgccagatactgga
ggtgcaaatattccagctttaaatgatctactctacatctggggtatggccttcagcgat
ggattatatgaaggagattttaccatggcaaaccatgagatgtactatgcatcaggttgc
agcatagcaaaattcccagaagatggcacagtaattgcacaaactcttaaagaccaaggt
cttgaaatcttaaaacaggaaacatttgttgttaataatgttcccatcttgggcctttac
caaatacattcagatggtggaggcagaatagtactttatggagactctaactgcctggat
gatagccaccgacagaaagattgcttttggctgctagatgccatccttcaatatacttct
tatggtgtgatgccctcaagtctaagtcattctgagaacaggcagcaacctccgtggggt
acgggttttttactcccagaaaggatggaagggaaccatctccatcgctactcaaaggta
cttgaagctcacttgggacatccaaaatcacgatctcttccagcctgtcctcacttatct
tgggctaaaccacaacctctgaatgaaactgcacccagtaacctttggaaacatcagaaa
ttgctgtcagttgacttggataaagtggctttgcccaattttcatcagaaccgcccccaa
gtgagacccctctctcctggagaaagtggagcctgggacattccaggaggaataatgcct
ggccactataaccaagatgtaggacagactattcctgtctttgctttccttggagcgatg
gtggtcttggctttctttgtggtgcagatcaataaagtgaagagcaagccaaagaggcgg
aaaccaaggatcaaacgacctcaacttgtgcagcaggtctaccagccaaagactccttca
gtttga
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