← Fuels and solvents
Ethanol
Fuels and solvents · 43 findings (41 positive, 2 negative)
What worked
GPD1 knockout +
ACH1 knockout +
ADH2A knockout +
NDE1 overexpression →
decreases ethanol production
+ Positive GSF2 deletion +
MED15 overexpression →
increases ethanol titer
+ Positive GCR1 overexpression +
GCR2 overexpression →
increases ethanol production from inulin
+ Positive GCR1 overexpression +
GCR2 overexpression →
increases ethanol production from Jerusalem artichoke tuber flour
+ Positive MSR truncation →
increases ethanol production
+ Positive MSR truncation →
increases ethanol productivity
+ Positive MSR truncation →
increases ethanol production in SSCF of corncob
+ Positive MSR truncation →
increases ethanol production in SSCF of corncob
+ Positive PDC1 gene swap +
LDHA heterologous expression →
decreases ethanol, glycerol and acetic acid production
+ Positive RUBISCO heterologous expression →
increases bioethanol production
+ Positive GAL80 deletion +
MIG1 deletion →
increases ethanol concentration
+ Positive GAL80 deletion +
MIG1 deletion →
increases ethanol productivity rate
+ Positive M330 heterologous expression +
XYN-CDBFV heterologous expression +
RUXYN1 heterologous expression →
increases ethanol yield in HSF of DAP corncobs
+ Positive RUBISCO FORM I heterologous expression →
increases bioethanol production
+ Positive RUBISCO FORM II heterologous expression →
increases bioethanol production
+ Positive ARO4 mutagenesis evolution →
increases 2-phenylethanol production
+ Positive GAL2_N376F overexpression →
increases ethanol production rate
+ Positive GAL2 overexpression →
increases ethanol production rate
+ Positive XYL1 overexpression →
no_effect ethanol yield
+ Positive XYL1 overexpression +
XYL2 overexpression +
XYL3 overexpression →
increases ethanol yield
+ Positive XYL1 mutagenesis evolution +
XYL2 mutagenesis evolution →
increases ethanol concentration from xylose
+ Positive XYL1 mutagenesis evolution +
XYL2 mutagenesis evolution →
increases ethanol production yield from xylose
+ Positive XDH point mutation +
XR overexpression +
XK overexpression →
increases ethanol yield
+ Positive SPT15 point mutation →
increases ethanol productivity
+ Positive TPX1 heterologous expression →
increases maximum ethanol generation rate
+ Positive HSF1 heterologous expression →
increases growth at high temperature
+ Positive HSF1 heterologous expression →
increases ethanol concentration
+ Positive host Saccharomyces cerevisiae ·
Li P 2017 · 27.2 g/l (baseline 18.9 g/l, control) ·
detailsMSN2 heterologous expression →
increases ethanol concentration
+ Positive host Saccharomyces cerevisiae ·
Li P 2017 · 27.6 g/l (baseline 18.9 g/l, control) ·
detailsINU1 heterologous expression +
PGK1 promoter swap +
MFΑ1 heterologous expression →
increases ethanol titer from inulin
+ Positive INU1 heterologous expression →
increases ethanol titer from inulin
+ Positive XYL1 heterologous expression +
XYL2 heterologous expression →
increases xylose fermentation ability
+ Positive ARO10 overexpression +
ADH2 overexpression →
increases 2-phenylethanol titer
+ Positive LAC4 heterologous expression +
LAC12 heterologous expression +
MIG1 deletion +
NTH1 deletion →
increases ethanol production from lactose in cheese whey
+ Positive COX15 knockout →
increases ethanol yield
+ Positive ATP25 knockout →
increases ethanol yield
+ Positive CYC3 knockout →
increases ethanol yield
+ Positive XYL1 gene swap →
increases ethanol titer
+ Positive BGS heterologous expression →
increases ethanol production from napiergrass
+ Positive NPABGS heterologous expression →
increases ethanol titer from napiergrass
+ Positive EG heterologous expression +
BGL heterologous expression →
increases ethanol production from beta-glucan
+ Positive LAC4 heterologous expression +
LAC12 heterologous expression →
increases ethanol productivity from lactose
+ Positive
What failed or depended on conditions
ZWF1 knockout →
decreases ethanol productivity
− Negative RAG5 knockout →
decreases ethanol production in glucose medium
− Negative