ACO2B knockdown: ethyl acetate productivity
Positive AI-extracted, curator-verified MARXBASE-R000229
| Gene | ACO2B Name without a genome identifier |
|---|---|
| Gene from | K. marxianus |
| Change | knockdown |
| Effect | increases |
| Phenotype | ethyl acetate productivity (product formation) |
| Class | Positive |
| Host | K. marxianus |
| Strain | not stated |
| Product | Esters (ethyl acetate and other aroma esters) (Aromatics and flavor compounds) |
Measured
| Value | 3.8-fold |
|---|---|
| Size as written | 3.8-fold increase |
| Metric | productivity |
Changed together
- SDH2 knockdown (MARXBASE-R000230)
- RIP1 knockdown (MARXBASE-R000231)
- MSS51 knockdown (MARXBASE-R000232)
Evidence
Evidence sentences are not included in this release.
Paper
Highly Multiplexed CRISPRi Repression of Respiratory Functions Enhances Mitochondrial Localized Ethyl Acetate Biosynthesis in Kluyveromyces marxianus.
Löbs AK; Schwartz C; Thorwall S; Wheeldon I
ACS synthetic biology 2018 · PubMed · DOI
Cite as: MarxBase result MARXBASE-R000229, release 1.0.