Bacillus thuringiensis HD1011: BF38_958
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Entry
BF38_958 CDS
T03675
Name
(GenBank) type I phosphodiesterase / nucleotide pyrophosphatase family protein
KO
K19005
lipoteichoic acid synthase [EC:
2.7.8.20
]
Organism
btw
Bacillus thuringiensis HD1011
Pathway
btw00552
Teichoic acid biosynthesis
btw00561
Glycerolipid metabolism
btw01100
Metabolic pathways
Brite
KEGG Orthology (KO) [BR:
btw00001
]
09100 Metabolism
09103 Lipid metabolism
00561 Glycerolipid metabolism
BF38_958
09107 Glycan biosynthesis and metabolism
00552 Teichoic acid biosynthesis
BF38_958
Enzymes [BR:
btw01000
]
2. Transferases
2.7 Transferring phosphorus-containing groups
2.7.8 Transferases for other substituted phosphate groups
2.7.8.20 phosphatidylglycerol---membrane-oligosaccharide glycerophosphotransferase
BF38_958
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GFIT
Motif
Pfam:
Sulfatase
Phosphodiest
DUF229
SGSH_C
DUF7234
Motif
Other DBs
NCBI-ProteinID:
AJG76709
UniProt:
A0A0B5NG41
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Position
905318..907246
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AA seq
642 aa
AA seq
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MKETLKSQFQNVRFTVFVALAVWLKTYLITRTSFDLKLESFMQEFILFLSPLAASLLLVG
LALFAKGKKRNYIALGINFVLTIILVGNVMFYGFYNDFVTLPVLGQTSNFGSLGSSVKEL
FNYKIILAFADIIVFFILLKKMKNFAPTERVARPMRSLYFVSTIAIFFANLGLAEAERPE
LLTRSFDRVMLVKNLGLYVHQVYDLGLQAKSSSQKAFADGSKLQETENYVKTTQSKPDPN
MFGTAKGKNVIVVSLESLQTFLIGATVNGQEVTPFLNQFTKESYYFDNFFHQTGQGKTSD
AEFLVDTSMYPLDRGAVFFTHGNNEYTATPEILREQGYHTSVFHANNATFWNRNIMYPAL
GYDRYYNELDYKITPETKLNWGLKDIEYFDQSIDMLKEVKQPFYTRFLTLTNHYPFTYDE
STKLIDEYNSGDGVFDRYMVTARYLDEAMKHFIERLKAEGIYDNSIIVFYGDHYGISENH
NRAMAQFLGKEEITAFDHMNLQKTPMFIHVPGQKEGKTISKPTGEIDIKPTILNLLGIDS
TNQIQFGHDVFSPENKGFVVLRDGSFVTDKYMYTNSTFYDRATGEVVQLPKEESQPLIDR
AQNELNMSDKIIEGDLLRFSESNKTKTGEVKTAIKEEKKSAE
NT seq
1929 nt
NT seq
+upstream
nt +downstream
nt
atgaaagaaaccttgaaatcacaatttcaaaatgtgcgtttcactgtattcgtagcttta
gccgtatggttgaagacatatcttattacacgcacaagctttgatttaaaacttgaatct
ttcatgcaagaattcattttattccttagcccattagcagcatcattactgcttgttggt
cttgcattatttgcaaaagggaaaaaacgtaactatatagcacttggaattaattttgtt
ttaacaattattcttgtaggtaacgtaatgttctacggattctataatgacttcgttact
ttacccgtactaggacaaacatctaacttcggaagtttaggttctagtgtgaaagaatta
tttaactacaaaatcatccttgcatttgctgatattatcgtattcttcattttattgaag
aagatgaagaattttgcaccgacagaacgtgtagcacgcccaatgcgttccctatacttc
gtgtcaacaattgctattttcttcgcaaacttaggactggcagaagctgagcgtcctgaa
ctattaacacgttcattcgaccgcgttatgctcgttaaaaacttaggtttatatgtacac
caagtgtatgaccttggcttacaagcaaaatcaagttcacaaaaagcatttgctgacggt
agtaagttacaggaaacagagaactacgtaaaaacaacgcaaagcaaaccagatccaaat
atgtttggtactgcaaaagggaaaaacgtaattgtcgtctctcttgagtcattacaaaca
ttcttaattggtgcaacagttaacggacaagaagttacaccattcttaaaccaatttacg
aaagaaagttattacttcgataacttcttccatcaaactggtcaaggaaaaacatctgac
gctgaattcttagtagatacttccatgtatccactagaccgtggtgctgtattcttcaca
cacggtaacaacgaatacacagcaactccagaaattttacgtgagcaaggatatcacaca
tctgtattccacgcgaacaatgcaacgttctggaaccgtaacattatgtatccggcactt
ggttatgatcgttactacaacgagcttgactacaagattacgccagaaacaaaattaaat
tggggattaaaagatatcgaatacttcgatcaatctatcgatatgttaaaagaagtgaag
caaccgttctacactcgcttccttacgttaacaaaccattacccattcacttatgatgaa
agcacaaaattaatcgatgaatacaattctggtgatggcgtatttgaccgttacatggta
actgctcgctatttagacgaagcaatgaaacactttattgagcgtctaaaagcagagggt
atttacgacaactcaattatcgtattctacggtgatcactacggtatttctgaaaaccat
aaccgtgcaatggcacagttcttaggaaaagaagaaattactgcatttgaccatatgaac
ttacaaaaaacaccgatgtttattcacgttccaggtcaaaaagaaggtaaaacaatttca
aaaccaactggtgaaattgacattaaaccaacaattctaaacttacttggtatagattct
acgaatcaaattcaatttggtcatgatgtattctcaccagaaaataaaggatttgttgtt
cttcgtgacggtagcttcgttacagataagtacatgtatacgaacagtacattctacgac
cgtgctactggcgaagttgtacaattaccaaaagaagaatctcaaccactcattgatcgt
gctcaaaatgaattgaacatgtctgacaaaatcattgaaggtgacttacttcgcttctct
gaaagcaacaagacaaaaactggtgaagtaaagacagctattaaagaagaaaagaagagc
gctgagtaa
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