Batch cultures of Y128, Y184, Y184 hog1Δ, and Y184 Bcy1-AiD were grown anaerobically for 92 hours in 9% ACSH. A. Average OD600 measurements, B. glucose concentration, C. xylose concentration, and D. ethanol concentration over time, from three biological replicates.</p
Ethanolic fermentation is a means of utilizing xylose-rich industrial wastes, but an optimized biopr...
The production of biofuels, such as bioethanol from lignocellulosic biomass, is an important task wi...
<p>Black: Cultures without rotenone. Red: Cultures with rotenone. Open circles: Biomass concentratio...
<p>A diagram summarizing the engineering and evolution of the YB-210 strain into the evolved Y128 st...
<p>Fermentation kinetic profiles comparing Y22-3, Y127 and Y128 strains cultured anaerobically in bi...
A) Strains were grown anaerobically in 9% ACSH, YPDX 9%/4.5%, YPDX 6%/3%, and YPDX 6%/3% + lignotoxi...
<p>The growth was conducted in 50 mL YPXC medium containing 20 g/L xylose and 20 g/L cellobiose. The...
<p>Fermentation experiments were performed using 2× YNB medium containing 20 g L<sup>−1</sup> glucos...
<p>Average fermentation kinetic profiles of the GLBRCY127 strain cultured in bioreactors containing ...
<p>ND, Not Determined – low xylose consumption; ND*, Not Determined – no ethanol produced and low xy...
During lignocellulosic ethanol fermentation, yeasts are exposed to various lignocellulose-derived in...
Xylose is, after glucose, the dominant sugar in agricultural wastes. In anaerobic environments, carb...
D-Glucose, D-xylose and L-arabinose are major sugars in lignocellulosic hydrolysates. This study exp...
Industrial yeast strains with good xylose fermentation ability and inhibitor tolerance are important...
A. A brief overview of the PKA signaling pathway. B-C. Average (n = 6 biological replicates) growth ...
Ethanolic fermentation is a means of utilizing xylose-rich industrial wastes, but an optimized biopr...
The production of biofuels, such as bioethanol from lignocellulosic biomass, is an important task wi...
<p>Black: Cultures without rotenone. Red: Cultures with rotenone. Open circles: Biomass concentratio...
<p>A diagram summarizing the engineering and evolution of the YB-210 strain into the evolved Y128 st...
<p>Fermentation kinetic profiles comparing Y22-3, Y127 and Y128 strains cultured anaerobically in bi...
A) Strains were grown anaerobically in 9% ACSH, YPDX 9%/4.5%, YPDX 6%/3%, and YPDX 6%/3% + lignotoxi...
<p>The growth was conducted in 50 mL YPXC medium containing 20 g/L xylose and 20 g/L cellobiose. The...
<p>Fermentation experiments were performed using 2× YNB medium containing 20 g L<sup>−1</sup> glucos...
<p>Average fermentation kinetic profiles of the GLBRCY127 strain cultured in bioreactors containing ...
<p>ND, Not Determined – low xylose consumption; ND*, Not Determined – no ethanol produced and low xy...
During lignocellulosic ethanol fermentation, yeasts are exposed to various lignocellulose-derived in...
Xylose is, after glucose, the dominant sugar in agricultural wastes. In anaerobic environments, carb...
D-Glucose, D-xylose and L-arabinose are major sugars in lignocellulosic hydrolysates. This study exp...
Industrial yeast strains with good xylose fermentation ability and inhibitor tolerance are important...
A. A brief overview of the PKA signaling pathway. B-C. Average (n = 6 biological replicates) growth ...
Ethanolic fermentation is a means of utilizing xylose-rich industrial wastes, but an optimized biopr...
The production of biofuels, such as bioethanol from lignocellulosic biomass, is an important task wi...
<p>Black: Cultures without rotenone. Red: Cultures with rotenone. Open circles: Biomass concentratio...