Thermotolerant Saccharomyces cerevisiae is widely regarded as an attractive strain with
which to accomplish the coupling of enzyme saccharification, ethanol fermentation and …

Background High-temperature bioethanol production benefits from yeast thermotolerance.
Salt stress could induce obvious cross-protection against heat stress of Pichia kudriavzevii …

Any factor which impairs the development of the gluten network affects the gas retention
capacity and the overall baking performance. This study aimed to examine why rising yeast …

Trehalose on both sides of the bilayer is a requirement for full protection of membranes
against stress. It was not known yet how trehalose, synthesized in the cytosol when dividing …

Background The necessity to develop high lipid-producing microalgae is emphasized for the
commercialization of microalgal biomass, which is environmentally friendly and sustainable …

Work on Drosophila has been so influential that it has even impinged on human metabolism
and health. The reason for this is obvious: There is a strong evolutionary conservation …

In rice, the stage of development most sensitive to high temperature stress is flowering, and
exposure at this stage can result in spikelet sterility, thereby leading to significant yield …

Kluyveromyces marxianus CCT 7735 offers advantages to ethanol production over
Saccharomyces cerevisiae, including thermotolerance and the ability to convert lactose to …

Trehalose is an important disaccharide that can be found in bacteria, fungi, invertebrates
and plants. In some Ascomycota fungal plant pathogens, the role of trehalose was recently …

Production of ethanol from xylose at high temperature would be an economical approach
since it reduces risk of contamination and allows both the saccharification and fermentation …