Metabolite concentrations that rapidly respond to changes in the cellular environment are a direct mirror of the physiological state of the cell. In the present work differences in the metabolism of two xylose utilizing yeast strains, a genetically modified Saccharomyces cerevisiae and wild-type Scheffersomyces stipitis, were studied using a bioreactor connected to a plug flow reactor prototype that can be used to study rapid reactions. Mode residence time distribution for the tubing line was determined and plug flow characteristics were evaluated. The Peclet number of the system was found to increase from about 60 to 320 for liquid flow rate of 1.98 mL min-1, ensuring plug flow characteristics. Constant flow of cultivation broth from ...
<p>Different yeast species were studied for their carbon metabolism and the results are shown as: sp...
Abstract In the sugar platform of biorefining, the complex polymeric structure of lignocellulose bi...
Production of Saccharomyces cerevisiae yeast for applications in the food industry or in bioethanol ...
The depletion of fossil resources requires usage of alternative raw materials, such as renewable bio...
In this thesis I have summarised my work on the analysis and improvement of xylose utilisation by re...
Yield, titer, and productivity are the major measures determining the industrial feasibility of micr...
A screening method was used for testing yeast strains in shake flask cultivations for their ability ...
We are interested in broadening the substrate utilisation range of the yeast and in connection to th...
The goal of metabolic engineering is to improve the metabolism of an organism to increase product yi...
A novel method for high-throughput stoichiometric and metabolic flux profiling was developed and a s...
The interest in the use of plant hydrolysates for the production of fuel alcohol has grown considera...
In 2009 the EU approved two directives as a first initiative towards reducing greenhouse gas emissio...
Heterologous genes for xylose utilization were introduced into an industrial Saccharomyces cerevisi...
This study focused on elucidating metabolism of xylose in a Saccharomyces cerevisiae strain that ove...
Lignocellulosic biomass, rich in hexose and pentose sugars, is an attractive resource for commercial...
<p>Different yeast species were studied for their carbon metabolism and the results are shown as: sp...
Abstract In the sugar platform of biorefining, the complex polymeric structure of lignocellulose bi...
Production of Saccharomyces cerevisiae yeast for applications in the food industry or in bioethanol ...
The depletion of fossil resources requires usage of alternative raw materials, such as renewable bio...
In this thesis I have summarised my work on the analysis and improvement of xylose utilisation by re...
Yield, titer, and productivity are the major measures determining the industrial feasibility of micr...
A screening method was used for testing yeast strains in shake flask cultivations for their ability ...
We are interested in broadening the substrate utilisation range of the yeast and in connection to th...
The goal of metabolic engineering is to improve the metabolism of an organism to increase product yi...
A novel method for high-throughput stoichiometric and metabolic flux profiling was developed and a s...
The interest in the use of plant hydrolysates for the production of fuel alcohol has grown considera...
In 2009 the EU approved two directives as a first initiative towards reducing greenhouse gas emissio...
Heterologous genes for xylose utilization were introduced into an industrial Saccharomyces cerevisi...
This study focused on elucidating metabolism of xylose in a Saccharomyces cerevisiae strain that ove...
Lignocellulosic biomass, rich in hexose and pentose sugars, is an attractive resource for commercial...
<p>Different yeast species were studied for their carbon metabolism and the results are shown as: sp...
Abstract In the sugar platform of biorefining, the complex polymeric structure of lignocellulose bi...
Production of Saccharomyces cerevisiae yeast for applications in the food industry or in bioethanol ...