Enzymatic potential of S. cerevisiae
: For determination of amylolytic activity, 1g nutrient broth (NB), 2g agar, 1g starch were used to prepare the amylase media plates.
(1999) conseguiu construir estirpes de S. cerevisiae
capazes de metabolizar lactose possibilitando sua aplicacao no tratamento do soro de queijo, um substrato toxico para o meio ambiente e amplamente gerado por industrias de laticinios.
Helle S, Cameron D, Lam J, White B, Duff S (2003) Effect of inhibitory compounds found in biomass hydrolysates on growth and xylose fermentation by a genetically engineered strain of S. cerevisiae
Lactobacillus inhibits the growth of S. cerevisiae
mainly through generating lactate and competing for nutrients and living space.
Upon reviewing 22 documented cases of S. cerevisiae
infections in patients with cancer, we found four where on probiotics while on chemotherapy that have been the source of infection [5, 7].
The capacity to metabolize mixed sugars of this pathway was also studied in S. cerevisiae
Ethanol yield (g/g) obtained after optimized parameter using co culture S. cerevisiae
A recent study in Missouri provided evidence that genetic information was exchanged between members of the so-called "grape/wine" S. cerevisiae
population common to winemaking areas and the indigenous regional population that thrives on oak trees.
Hence, the objectives of this study were to explore and compare the effects of three different species of yeasts (Candida utilis 1314, S. cerevisiae
1355, and Candida tropicalis 1254) on the in vitro ruminal fermentation characteristics of rice straw and maize stover by ruminal microorganisms from dairy cows, to further understand the mode of action of live yeast species in the rumen, and to provide more valuable information on the live yeast application to ruminants' diets in practice.