… The genes that are known to encode enzymes catalyzing individual steps in the lipid synthesis
pathways are indicated. The UASINO-containing genes that are subject to regulation by …

… This paper establishes that when synthesis of lipids stops during fermentation, there follows
a peak in the specific rate of production by yeast of ethyl or iso-amyl acetate. There fore, any …

… the regulation of lipid synthesis, subcellular localization of lipid biosynthetic … lipid synthesis
and subcellular distribution of lipids. Finally, we discuss distinct functions of certain key lipids …

… strong accumulation of FFA derived from lipid deacylation [49], [50]. In mutant cells lacking
both activities the released FFA can neither be reused for lipid synthesis nor be degraded by β…

… of lipids for use in functional foods, pharmaceuticals, and biofuels. Saccharomyces cerevisiae
is … Herein, we show how its neutral lipid accumulation varies throughout metabolic phases …

… an increased synthesis of total lipid and total phospholipid when cells of S. cerevisiae NCYC
366 … Some of the extra lipid synthesized by our yeast at 15 “C is phosphatidylcholine. The …

… Saccharomyces cerevisiae as … lipid biosynthetic pathways of several donor organisms.
Furthermore, we assess the impact of baker′s yeast on the production of novel, high-value lipid …

… analyzed for their lipid composition and their capacity to synthesize phospholipids and to …
involved in lipid synthesis were distributed differently in mammalian cells and in the yeast S. …

… To better understand the spatial organization of lipid synthesis, we tagged a large number
of known and predicted proteins involved in lipid synthesis and membrane biogenesis with …

… on lipid synthesis in Saccharomyces cerevisiae strain GL7 … supplements displayed additional
changes in lipid metabolism: (i) … acids are essential for normal lipid metabolism in yeasts. …