The potential CBL production of the three yeast strains, especially, potential SOS production drastically increased, indicating the selected cocoa genes are promising candidate CB biosynthetic genes.
In this study, the authors identify a first histone acetyltransferase, known as Gcn5 in yeast, revealing a potential role of histone modification in regulating gene expression.
If the efficiency of this process can be improved, this engineered yeast strain has the potential to alleviate the drug shortage.
The shuffled yeast strain has a potential application in brewing, other food, and pharmaceutical industries.
Single cell oils (SCOs) accumulated by oleaginous yeasts have emerged as potential alternative feedstocks for biodiesel production.
Potential yeast transformants containing cDNA clones interacting with PsAvr3c were selected using the SD/-Trp/-Leu/-His/-Ade selective medium.
Unrestrained Candida yeast forms acquire tissue-invasive potential as marked by extension of pseudohyphae and full hyphal transformation as was seen in overwhelming CNS disease16,20.
Changes in yeast surface hydrophobicity and zeta-potential with yeast cell age were correlated with differences in adhesion.
The yeast-derived NVLPs were tested as potential NV oral vaccines by feeding raw yeast extracts to animals.
Yeast strains were characterized to select potential starter cultures for the production of masau fermented beverages.
These findings highlight the potential of yeast genetic studies to define novel drug targets and elucidate conserved elements of signal transduction cascades.
