Xylanibacter ruminicola: PRU_1810
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Entry
PRU_1810 CDS
T01212
Name
(GenBank) putative membrane protein
Organism
pru
Xylanibacter ruminicola
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Gene cluster
GFIT
Motif
Pfam:
DUF2723
MFS_1
TPR_19
Cytomega_TRL10
Motif
Other DBs
NCBI-ProteinID:
ADE81296
UniProt:
D5ETZ5
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Position
2184855..2188220
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AA seq
1121 aa
AA seq
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MKQFRLVDNTLGWLTFLIAAFVYCSTIEPTASFWDCPEFITTGYKLEIGHPPGAPFFMLT
ANLFSHFASDATQVARMVNTMSALLSATCILFLFWTITHLTRRLLISNWSELSMPKLIAI
EASGMVGALIYTFSDTFWFSAVEGEVYAYSSAFTAVVFWLILKWEDQADEPHSDRWLILI
MYMTGLSIGVHLLNLLCVPAIVLVYYYRRFPDANLKGSLIALAVSVVILAAVLYGVVPGI
ITVGGWFELFFVNTLGMPFNTGEIIYLILLVSCVIWAVYETQTQKHSLTIQNLAFLLSVG
MLGIPFYGWGWSAFLIGVVVLAVLWFLLKYTREKELLITARMKNTMLLCMLMLMIGYSSY
ALIVIRSSANPPMDQNSPEDIFTLGDYLGREQYGQRPLFYGPAYTSQVALEQDGNYCKPV
MSKGKPVYQRKEKATADEKDSYFVVRTKDEYKYAQNMLFPRMYDAGHAAAYESWMGGVDG
SQVPYDRCGEQMMVKVPSQLENLRFFLSYQCNFMYWRYFMWNFAGRQNDIQGNGELEHGN
WITGFSFIDDARLGDQSMLPTELKENKGHNVFYCMPLILGLLGLFWQAWYTRKRKTVVNG
VEKTVEEPIGIQQFWVVFFLFFMTGLAIVIYLNQTPMQPRERDYAYAGSFYAFAIWCGMG
VAAIIDWLNRKLKKENLVVAAVIGVACLLVPIQMASQTWDDHDRSGRYCCRDFGQNYLMT
LQEEGNPIIFTNGDNDTFPLWYNQDTEGFRTDARVCNLSYLQTDWYIDQMRRQAYDSPSV
PITWSRLEYCAGTNEYVQVDPSLKAEVEKLYRENPEEAKQNFGEKPFELKNILERWVRSK
NKDLHVIPTDTVYVTIDKEAVRKSGMMMAADTIPDQMVISLKGKNALYKQDLMMLEMIAQ
CNWTRPIYVATTVGSENYMNLGDNFVQEGLANRITPFTTNAPGAKNFDTEKTYNNVMNKF
KFGGVDKAGIYLDETVMRMCYTHRRLLSLLAMNLVQEGKDKQAKAVLAKAEKALPSYNIP
HDYQSGSLDLAKAYALTGQPKKAQQIIDNLWKKSTEYMLWYCSLSTDRFAMSQQECMVHM
YILNQILNLESVVDEKQAKEKEAQFKAIGNLYETKGGTYGE
NT seq
3366 nt
NT seq
+upstream
nt +downstream
nt
atgaaacaatttagattagtagacaacacgttgggctggctgacattcctgattgcggcc
tttgtctattgttctaccatcgagccgacagcctcgttctgggactgtcccgaatttatt
accactggttataaactggagattggtcacccacctggggcacctttctttatgttgaca
gcaaacctgttctcgcattttgccagcgatgccacccaggtggcccgtatggtaaatacc
atgagcgccctgctgtcggctacgtgtatcctgttcctgttctggaccatcacacacctg
acacgccgactgctgattagcaactggagcgagctcagtatgcccaaactgattgccatc
gaggcatcaggcatggtaggtgccttgatctacaccttcagcgataccttctggttctcg
gctgttgagggtgaggtttatgcctactcatcggcctttaccgctgtggtattctggctc
atactgaaatgggaggatcaggccgacgagcctcatagtgatcgctggctgattctgatt
atgtatatgacaggtctctcgattggtgtacacctgctgaacctgctgtgtgtgcctgcc
attgtgctggtatattactaccgtcgtttccccgatgccaacctgaagggttcgctcatc
gcactggcagtatcagtagtgatcctggctgctgtgctatatggcgtagtacctggtatc
atcactgtgggtggctggtttgagctgttctttgtgaacaccctgggcatgccattcaat
acgggtgagattatctacctgattctgttggtatcgtgcgtcatatgggcagtttacgag
acccagacacagaagcactcgctgactatccagaacctggcattcctgctgtcggtaggt
atgttgggtatccccttctacggttggggctggtcggccttcctgattggcgtggtagta
ctggcagtactgtggttcctgttgaaatacacccgcgagaaagagttgctcatcacagcc
cgcatgaagaacaccatgctgctgtgtatgctgatgctgatgattggttactcgagctac
gcgctgattgtcatccgttcgtcggctaacccacctatggaccagaactcacctgaggac
atctttacgctgggtgattacctgggacgtgagcagtacggacagcgtccgttgttctac
ggacccgcctacacctcacaggtagctctggaacaggacggcaactactgcaagcctgtg
atgagtaagggtaagcccgtatatcagcgtaaggaaaaggctactgctgatgagaaggac
tcgtactttgtagtacgcaccaaggatgaatacaagtatgcacagaatatgctgttccca
cgtatgtacgatgccggtcatgctgccgcttacgaatcgtggatgggtggtgttgatggc
tcgcaggtgccttacgaccgctgtggcgaacagatgatggtgaaggtgccctcacagttg
gagaacctacgtttcttcctgagctatcagtgtaactttatgtactggcgctactttatg
tggaactttgccggacgacagaatgatatccagggcaacggtgagctggagcatggtaac
tggattaccggtttctcgtttatcgatgatgcacgcctgggcgaccagagcatgctgcct
acagagctgaaggagaacaagggacataacgtattctactgcatgccactgatacttggt
ttgctgggcttgttctggcaggcttggtacacccgcaagcgtaagaccgtggtgaacggc
gtagagaagaccgttgaagagcctatcggcattcagcagttctgggtggtattcttcctg
ttctttatgacaggactggccatcgtaatctatcttaaccagacacctatgcagccacgt
gagcgcgactatgcctacgctggttcgttctatgcctttgccatctggtgtggtatgggt
gtagctgccatcatcgactggctgaaccgcaagctgaagaaggagaacctggtagtggcc
gctgtgattggcgttgcttgtctgctggtgcccatccagatggccagtcagacttgggac
gatcacgatcgctcgggtcgttactgctgtcgcgacttcggtcagaactacctcatgacc
ttgcaggaagagggtaaccccattatctttaccaatggtgataacgacaccttcccattg
tggtacaaccaggatactgagggattccgtaccgacgcacgtgtatgtaacctgtcgtat
ctgcagaccgactggtatatcgaccagatgcgtcgtcaggcttatgactcaccttcagtg
cccatcacctggagccgactggagtactgtgccggtaccaacgagtacgtgcaggttgac
ccatcgctgaaggctgaagtagagaaactgtatcgtgagaacccagaggaggctaaacag
aactttggtgagaagccattcgagctgaagaatatcctggaacgttgggttcgttcgaag
aataaggatctgcatgtgattcctacagataccgtatatgtaaccatcgacaaggaggct
gttcgcaagagtggcatgatgatggctgctgataccatccccgatcagatggtgatctcg
ctgaagggtaagaacgccctgtacaagcaggacctgatgatgctggagatgattgcccag
tgcaactggacacgtcctatctatgtagctactaccgtaggttcggagaactacatgaac
ctgggcgacaactttgttcaggagggcttggctaaccgtatcaccccattcaccaccaac
gcccctggtgccaagaactttgatactgagaagacgtataacaacgtgatgaacaagttc
aagttcggtggtgtggacaaggctggtatctatcttgatgagactgtgatgcgcatgtgc
tatacccaccgccgactgctgtcgctgttggccatgaacctggttcaggagggtaaggac
aagcaggctaaggctgtattggccaaggcagagaaggccctgccaagctacaatatccca
cacgactaccagagtggttcgctggatctggccaaggcatacgccctgactggacagcct
aagaaggcccagcagattatcgataacctgtggaagaaatcgactgagtacatgctgtgg
tactgctcgctgagcactgaccgcttcgccatgtcgcagcaggagtgcatggttcacatg
tatatcctgaaccagattctgaatctggagtcggttgttgacgagaagcaggccaaggag
aaggaagcacagtttaaagccatcggcaatctctacgagaccaaaggtggcacatacgga
gagtaa
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