Biosynthesis of Phosphatidate from DHAP and Glycerol

The video explains the biosynthesis of phosphatidate, a key molecule in lipid metabolism. It covers the conditions required for lipid biosynthesis, such as high energy charge and insulin presence. The process involves converting glycolysis intermediates to glycerol 3-phosphate, which can then be used to form phosphatidate through acyl transferases. The role of mitochondria in this process is also discussed, highlighting the electron transport chain's involvement. The video concludes with the regulation of lipid synthesis by insulin and alternative pathways for glycerol 3-phosphate production.

Discuss the fate of glycerol 3 phosphate after its formation.

What are the differences between type A and type B acyl transferases?

What happens to phosphatidate in the cell and why is its concentration kept low?

How can glycerol be converted into glycerol 3 phosphate?