Xiashengella succiniciproducens: M9189_10875
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Entry
M9189_10875 CDS
T08178
Name
(GenBank) 1-acyl-sn-glycerol-3-phosphate acyltransferase
KO
K07003
uncharacterized protein
Organism
alkq
Xiashengella succiniciproducens
Brite
KEGG Orthology (KO) [BR:
alkq00001
]
09190 Not Included in Pathway or Brite
09194 Poorly characterized
99997 Function unknown
M9189_10875
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Ortholog
Paralog
Gene cluster
GFIT
Motif
Pfam:
Acyltransferase
MMPL
Methyltransf_25
Methyltransf_11
Methyltransf_12
Methyltransf_31
Methyltransf_2
Methyltransf_23
MTS
NodS
Methyltransf_32
MetW
PrmA
CheR
Sterol-sensing
Motif
Other DBs
NCBI-ProteinID:
URW79358
UniProt:
A0A9J6ZPA6
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All DBs
Position
complement(2635947..2639792)
Genome browser
AA seq
1281 aa
AA seq
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MNDIFVRIYRFLLKHLAVTAVVSILLVAVSVFFVTRISFTEDVSTLIPRDERINAIADVF
NSSELAERIVITFSLRDTTKVDEDKLLEGAELFYQSVTRDSSLIEEIDFLVDQSTIMGLF
DFVQENLPFYMDEADYQRLDSILSPEIIHAQVESGYRTLISPAGIATRKFFFSDPLNIAS
TALSKLSAFNIDENFEVYRGHIFTSDHKHLMMFINPQYPSSNTRENGRLADIISESTDSL
EFAIPDLKVRAYGGTLVAVENSRQVKQDILVTVSMSIIFLCILFRLYFRKLRMIFMLFIP
ACTGGLIALLGVSLIMGEVSIIALGVGAILLCITIDYSLHIFAHAREANSVLESLKKVSM
PVFLSALTTAAALLCIYVLRSEALKQLSLFSTLGILVSCLIALTALPILARNFKFDSGNR
GAELFDSLVKPDLHSRNILVGIVLILTVVFAVSVKRLGFNSDISALNYQSEELTAAQKDL
MKISAQANSAVFVFSHGESLSEAIDKSEESLEFLNGIVKDGYARSLTSAVKLIPGSKTQQ
QKIERWTSYWTSEKKQMLRSALIEAGKSFKIKEEAFGRFYALLDAEFEVKDASHFSPVID
AFLKNFISESGGEYYVASVLKAEPDKKPQLINVLTDDPELVIFDQQLMINRLLDILREDF
NRLSWLSMLIVFVILLLFFGRMELAVVTFIPILTGWIWTLGIMGLTGIEFNIFNVIISSL
IFGLGLDYSILLVSGMTDNYKYGGDHLPRYKVSVLMSALTTIGGFGVLVFAGHPAIKSIA
LVSIIGISSVLIISFILTPRLFRHLVYSKGVRRRQPLCLADAVISGVTFIGFLVLALILT
LLVPLLAVLPISRISKKAAMAYLIHQSSKLVVAMVFPIKKCVIGKEKADVSKPAVIISNH
QSHLDLAILLAHYPKLIVFTNRWVYYNVFYGAFIRFADYYPAFKGFEQGVDFLKDKIANG
YSILIFPEGSRSVDGKIHRFHQGAFAVADALGLEIQPVMMHGAYHVLPKSEFLLRRGQIS
LKFFDKIKPQGSMTSGGISYLSQAQELTAFYRREFTALSAELETPDYMRMPLIHRYIFKG
PVLEWYMRVKLNLEKDYRFFNEIVPRDARVVDVGCGYGFLSGMLALTSSGRTITGVDYDE
EKIMMARNAFLDRPSVSFRCMDIAKEELPEGDVYIFSDVLHYLPENTQRSTVEACLRRLP
AEGMIIIRDADTDRKKGTYFTKLTEFFSTKLLNFNKTDYGLTFVSGSLVKELARNEGFEC
KVYDNAYLGTSNMTYVITKQQ
NT seq
3846 nt
NT seq
+upstream
nt +downstream
nt
atgaacgatatttttgtcaggatatacaggtttttgctgaaacacctagccgtgacggct
gttgtttcgatactgctggtggcagtatcggttttctttgttacacgaatatccttcaca
gaagatgtcagcacacttattccacgtgacgaacgcataaatgcgattgcagatgttttc
aacagttccgaactggcagaacgtattgtaatcacattttcacttagggacacaacaaag
gtagatgaggacaagctgcttgaaggggcagagctcttttatcagtcagtaacccgtgac
agcagcctgatagaagagattgacttcctggtggaccagtcaacaataatgggcttgttt
gattttgtgcaggaaaacctgccattctatatggatgaggcggattaccagagacttgac
agcattctcagccctgaaatcattcatgcgcaggttgaatctggctaccgtacacttatt
tccccggcaggtatagctacaagaaagtttttcttttccgaccctcttaatattgcatcc
actgcgcttagcaaattgtcggcctttaatattgatgagaatttcgaagtttacaggggg
catatctttacatcagatcataagcatctgatgatgtttatcaatcctcaatacccctct
tccaatacaagggaaaatggtcgccttgccgatattatcagcgaaagtacagactcatta
gagtttgctatacctgaccttaaggtcagggcctatggcgggactctggtagcagtggaa
aactcccgtcaggttaagcaggatattctggtgactgtttctatgtccatcatattccta
tgtatccttttccgtctttacttcaggaagcttaggatgatctttatgctgtttatcccc
gcctgcaccgggggcttgattgctttgctcggagtaagcctgataatgggagaggtctca
ataattgccttgggagtaggagcaatattattgtgtatcactatcgactattctcttcac
atatttgcccatgccagggaagccaactctgtgcttgagtccctcaaaaaggtgtcgatg
cctgtattcttaagcgctctaacaacagcagcagctttgctttgtatctacgtcctgcgc
tctgaggctctcaaacagttgagcttgttttcgacccttggtatactcgtttcatgtctg
atagctcttactgctttaccgattttagcccgtaattttaagtttgatagtggcaacagg
ggggcggagctgttcgactcacttgtaaagcccgatttgcacagtcgcaatattcttgta
ggaatagtcctgatattaaccgttgtctttgctgtttcagttaaacgacttgggtttaac
agtgatatctctgcactcaactaccaatcagaggagttgactgccgcccagaaagatctg
atgaagataagtgcccaggccaacagtgcagtctttgtattcagtcatggagaaagcctt
tcagaggctattgacaaaagtgaggagagtcttgaattcctcaatggtattgttaaggat
ggctatgcacgaagtcttacttcggcagtaaaacttattcctggcagtaaaacacaacaa
cagaagattgagaggtggaccagctactggacatccgaaaagaagcagatgcttcgatct
gctctgatagaagcagggaaatctttcaaaataaaggaggaagcattcggacgcttctat
gctttgcttgacgctgaatttgaggtaaaggatgcctctcacttcagtcctgtgatagat
gccttcctgaagaactttataagcgaaagtggaggtgaatactacgtggcctcagtgctg
aaggctgagcccgataagaaaccccagcttataaatgtgctaacagatgatcctgaacta
gtaatctttgaccagcagctgatgatcaacaggctcctggacatactgcgtgaggatttc
aacagattgtcatggctgtcaatgctgatagtatttgtaatactactgctgttctttggt
cgcatggaactggccgttgtaacttttatcccgatacttaccggctggatatggaccctc
ggcattatggggctgacaggcatagaattcaatatattcaatgttattatttcaagtctt
atcttcggactaggtcttgactacagcattctgcttgtaagcggaatgacagacaactac
aagtatggaggggatcacctacctcgatacaaggtgtcggtgctgatgtcagctcttact
acgatagggggttttggtgtactggtctttgccggccaccctgccatcaaatccatagcc
cttgtatccataataggcattagttccgttctgataatatcctttatactaacacctcgt
ctattcagacaccttgtatattccaaaggagtcagacgcaggcagcccctgtgcttagcc
gatgcagttatttctggcgttacttttattggttttctcgtattagcactgatactgaca
ttgttggtgcctctgctggctgtgctgccgatatccaggattagcaaaaaagctgctatg
gcctacttgatacatcagagctcaaagctggttgttgcaatggtgtttccaataaagaag
tgtgttatcggtaaggagaaggctgatgtgtcaaagcctgcagtgattatttcaaaccat
cagtcccaccttgatctggctatcttactggcccactatcctaagttgatagtatttaca
aacagatgggtctattacaatgttttctatggagcctttatccgttttgcagattattac
ccggcattcaagggatttgaacagggagtcgactttctgaaggataagatcgcaaatggt
tattcgatattgattttccctgagggcagtcgtagtgtagatggcaaaatacaccgcttc
catcagggcgcctttgctgttgctgatgccctgggactggaaatacaacctgtaatgatg
cacggggcttatcatgtgttgcccaagtctgagttcttgctcagacgtggacagataagc
ctgaagttttttgacaaaattaaaccacaggggagtatgacgtcaggtggaataagttac
ctaagtcaggcacaggagctaacagcattttaccgcagggaatttactgcattaagcgct
gaacttgaaaccccggactatatgaggatgcctctgatccatcgttatatattcaagggc
cctgttcttgaatggtatatgagggtaaagctgaatcttgaaaaggattatcgcttcttt
aatgaaatagtcccccgtgacgcaagggttgttgacgttggatgcggctatggcttcctc
tcaggtatgcttgcactgacctcttccggaaggactattaccggggtggactatgacgag
gaaaagataatgatggcacggaatgcatttcttgacaggccgtcggtcagttttaggtgc
atggatatagcaaaagaggaattgcccgaaggagatgtttatatcttcagtgatgtattg
cattatctacctgaaaatacgcaaaggtctacagttgaagcctgcctgcgcaggcttccg
gcagaaggaatgataattatccgtgatgcagatactgaccgaaagaagggaacctatttt
acaaaacttactgagttcttttctaccaagctgttgaatttcaacaagacggactatggc
ctgaccttcgtgtccggatcgcttgttaaggaactggcacgaaatgaaggtttcgaatgc
aaagtgtatgacaatgcctacctgggcacttccaatatgacctatgttataaccaaacag
caataa
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