Genetics, Biochemistry and Physiology of Algae With Increased Synthesis of Lipids.

Lipids are found in all living cells. Polar lipids (mainly phospholipids) are an integral part of all cellular membranes, while storage lipids are present in the form of triacyl glycerols. Triacyl glycerols are found in lipid bodies in the cytosol of cells. Lipid bodies are composed of a core of triacylglycerols surrounded by a thinner layer of esterified sterols and an outer shell of hydrophobic short length proteins. The role of lipid bodies and the involvement of other cellular organelles in storage lipid accumulation is rather poorly defined and will be elucidated.

 


Lipid yields are assesed by chemical analyses and fluorescent based methods utilizing the interaction of specific dyes triacyl glycerols in situ. Algal species thus identified with an altered regulation of the lipid synthesizing capacity are amenable to genetic, biochemical and molecular analyses. In particular the partitioning of fixed carbon from photosynthesis into starch and/or into lipids will be a key point of relevance as will the molecular mechanism allowing nutritional stress to signal initiation of storage lipid synthesis.

Duration:
This project runs to 2011

Employees involved:
Anders Brandt, Shuo Yao, Anne Olsen, Jingquan Lu, Claes Gjermansen, Klaus Breddam, Helge Egsgaard

 

Page updated  by   08.10.2010


Anders Bøving Brandt
Senior scientist
Biosystems (BIO)
Dir tel+45 46774287