To evaluate the different performance of yeast strains grown in different lignocellulosic substrates and the effect of nutrient addition, the fermentation performance, energy status and fermentative capacity of the strains were measured.
To this end, the fermentation performance, energy status and fermentation capacity of the strains were measured under different growth conditions.
Effects were evaluated by ethanol production, cell growth, colony forming units, energy status, and fermentation capacity.
This study was conducted to evaluate the effect of feeding low quality date palm (Phoenix dactylifera L). (LDP) on the performance, antioxidant status, and ruminal fermentation in Saanen dairy goats.
The formation of volatile compounds during fermentation is strongly influenced by redox status and may provide an overall picture of redox modifications in central carbon metabolism (CCM).
Conduct secondary fermentation in the same fermenter.
The fundamental knowledge on sensing redox status and coupling redox signals with fermentation pathways is essential for the metabolic engineering to control redox fluxes at the molecular level.
This short review recapitulates the current status in thermophilic biohydrogen production through fermentation of commercially viable substrates produced from readily available renewable resources, such as agricultural residues.
Hence, under these challenging conditions, maintaining high energetic status is crucial to sustaining a high fermentation rate.
