| Entry |
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| Definition |
acetate--CoA ligase
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| Orthology |
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| Organism |
sir Sulfolobus islandicus REY15A
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| Pathway |
| Glycolysis / Gluconeogenesis | | Pyruvate metabolism | | Propanoate metabolism | | Methane metabolism | | Carbon fixation pathways in prokaryotes | | Metabolic pathways | | Biosynthesis of secondary metabolites | | Microbial metabolism in diverse environments | | Carbon metabolism |
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| Brite |
KEGG Orthology (KO) [BR:sir00001]
Metabolism
Overview
01200 Carbon metabolism
SiRe_2338
Carbohydrate metabolism
00010 Glycolysis / Gluconeogenesis
SiRe_2338
00620 Pyruvate metabolism
SiRe_2338
00640 Propanoate metabolism
SiRe_2338
Energy metabolism
00720 Carbon fixation pathways in prokaryotes
SiRe_2338
00680 Methane metabolism
SiRe_2338
Enzymes [BR:sir01000]
6. Ligases
6.2 Forming carbon-sulfur bonds
6.2.1 Acid-thiol ligases
6.2.1.1 acetate---CoA ligase
SiRe_2338
Lipid biosynthesis proteins [BR:sir01004]
Acyl-CoA synthetase
Short/medium chain acyl-CoA synthetase
SiRe_2338
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| SSDB |
    |
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| Motif |
 |
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| Other DBs |
NCBI-GI: NCBI-GeneID: UniProt: |
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| Position |
2179892..2181892
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| AA seq |
666 aa  
MSVTWALPFDQKINPKLNSNRLVSINTYKEIHSQTVKDYKQFWASVASEIDWFKPWEKTL
DDSNPPFYKWFVGGELNASYLTVDRHVKSWRKNKVAIIWEGEPVDEKGNPKEVRKLTYYD
LYREVNRVAYLLKEKYGLKKGDAIAIYLPMIPELPIFMLAAARIGVVFTVVFSGFSADAL
ANRINDAEAKLLITADGGWRRGKVVDLKGIVDKALEKTPTIKDVIVVRRIGNKVNMVEGR
DKYFDEVIKDIPQNVYVEPERMKSEDPLYILYTSGTTGKPKGIVHDIGGYMTLLHATMKW
VFDIRDDDIYWCTADIGWVTGHSYIVFGPLMEGATEIMYEGALDYPQPDRWVSIIERYGI
TILYTSPTAIRSFMKYGDNWVKAHITSTVRLMHSVGEPINPEAWEWLWKLVGREEVPFGS
TWWMTETGGILISHLPGLYLVPMKPGTNGPPILGIEPDVINEDGKQVNLEERGYLVIKNP
WPGMPLTIYKDPERYVKVYWSRFPGMFYVGDYAVKDKDGYFWILGRADEVIKVAGHRLGT
YELESALIEHPAVAEAAVIGVPDPVKGEVPYAFVILRQGYTPNTQLSQEILKTVRDKVGP
IATIDKILFVGKLPKTRSGKIMRRVVRAVATRAEVGDITTLEDEASVEEIKKALEEFKAE
FEKINK |
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| NT seq |
2001 nt  +upstreamnt +downstreamnt
atgtcagtaacgtgggctctaccttttgatcaaaagataaacccaaaactgaattcaaat
aggctagtaagtataaatacgtataaagagattcacagccaaacggtaaaagattacaaa
caattttgggcatctgtagcctcggaaattgactggttcaaaccatgggagaaaacacta
gacgatagtaatcctccattctataagtggttcgtaggtggagagcttaacgcctcttat
ctaactgtagataggcacgttaagagctggaggaagaataaggttgccataatatgggaa
ggagaaccagtggacgagaagggaaacccaaaggaggttaggaagttaacatattacgat
ctatatagggaagttaatagagtagcctatctcttgaaggagaaatacgggttaaagaaa
ggtgatgcaatagcgatttaccttccaatgataccggaattaccaatattcatgttagct
gctgctaggatcggagtagtctttacggtggtgttctcagggtttagcgctgacgcattg
gcaaataggattaatgacgccgaagccaagttactaattaccgcagatggaggatggaga
aggggtaaagttgttgacttaaagggaattgtagataaggctttggagaagaccccaaca
ataaaggatgtaatagtagttagaaggataggtaataaggtcaacatggttgaaggtagg
gataagtactttgatgaagtaatcaaggacattccacaaaatgtttacgttgaaccagaa
aggatgaaatctgaagacccgttatatatactctatacctctggaaccactggaaaacct
aagggtatagtccacgatattggagggtatatgacattattacacgctacaatgaagtgg
gtattcgatataagggatgacgacatttactggtgtaccgcagatataggatgggttact
ggacactcttacattgtgtttggaccattaatggaaggagcaactgaaataatgtatgaa
ggagccttggattatccacaaccggataggtgggtatcgataattgaaaggtatgggatc
acaatcctttatacctcacccactgcaattagaagcttcatgaaatatggtgataattgg
gttaaggctcacattacctccactgttaggctaatgcattctgtaggtgaaccaataaat
ccggaagcttgggagtggctatggaaattagtcggtagagaggaggtaccatttggaagc
acttggtggatgactgagactggaggtattctaatatctcatttaccaggattgtatctt
gtgccaatgaaacctgggacaaatggcccaccaatattgggaattgagccagatgtaatt
aatgaagatgggaaacaagttaaccttgaggaaagaggatatcttgttataaagaatccg
tggcctggaatgccattaacaatttacaaggatcctgaaagatacgtgaaggtgtattgg
agtagattccctggaatgttctatgttggtgattacgctgttaaggacaaggatggatac
ttctggatattagggagggctgatgaagttatcaaggtagctgggcataggttaggtaca
tatgagttagaatcagctttaattgaacatcctgcagttgcggaagcagcggtaattgga
gtcccagacccagttaagggagaggtgccttatgcgtttgtaattttgaggcaaggttat
acacctaatacgcagctttcacaagagatactgaagacggtaagagataaggtgggacct
atagctactatagataagatactcttcgtgggtaagttgcctaaaacgagaagtggaaag
ataatgagaagagttgtaagggctgttgcaactagggcagaagtgggagatataactaca
ctggaggatgaggcttctgtagaggagattaaaaaagctttagaggagtttaaggcagag
tttgaaaagattaacaaataa |
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