English: Acetylsalicylic acid (ASA)-sensitive 3-hydroxy (3-OH) oxylipins were uncovered in 1991 in the yeast Dipodascopsis uninucleata. Since then, various similar oxylipins were found to be widely distributed in fungi. ...

A great deal of research in cheese technology is devoted towards the manipulation of glycolysis, lipolysis and proteolysis in order to accelerate ripening times or to improve flavour. There is increasing evidence that ...

Surface mould-ripened cheeses represent a small proportion of world cheese production. However, these cheeses are becoming increasingly popular with the consumer, as there is an increasing demand for it (Gripon, 1987). ...

English: Techniques to maintain and preserve microorganisms have become important to ensure availability of microorganisms for application in many institutions and processes. Several methods are available to preserve ...

From the extensive literature review given in Chapter 1, it was evident that blue-mould cheeses are unique in terms of the flavour, aroma, texture and microbial developments that take place during production and maturation. ...

English: 3-OH oxylipins are saturated and unsaturated oxidized fatty acids which are produced in mitochondria via incomplete b-oxidation or fatty acid synthesis type II. These compounds possibly play an important role in ...

English: Although beer production is one of the oldest biotechnologies in the world, a major constraint in brewing remains controlling flocculation. Evidence points towards a possible role of lipids, associated with the ...

English: Certain ascomycetous yeasts produce "lubricated" 3-hydroxy (3-OH) oxylipin-coated, micron-scale sexual spores in a variety of shapes, sizes, colors and sometimes with nano-scale surface ornamentations. In past ...

Arxula adeninivorans strain LS3, a dimorphic yeast with potential for biotechnological applications, has in recent years has been studied for the production of heterologous proteins. The growth kinetics of this species and ...

English: Literature shows that Cryptococcus neoformans is an important human pathogen responsible for many deaths worldwide. To compound this, treatment of cryptococcal infections has over the years been difficult. This ...