Polyethylene (PE) was first synthesized accidentally by the German chemist Hans von Pechmann during an experimental process. which marked the beginning of a new field in polymer synthesis. Polyethylene has many varieties, which are generally classified according to their density differences into low
Glycerol | More Than a Carbon Source—A Trigger for Metabolic Reprogramming Glycerol is not only a key intermediate in lipid metabolism but also a highly promising non-sugar carbon source for fermentation and metabolic engineering. Unlike glucose, glycerol enters central carbon metabolism through ded
Polyethylene (PE) was first synthesized accidentally by the German chemist Hans von Pechmann during an experimental process. which marked the beginning of a new field in polymer synthesis. Polyethylene has many varieties, which are generally classified according to their density differences into low
Glycerol | More Than a Carbon Source—A Trigger for Metabolic Reprogramming Glycerol is not only a key intermediate in lipid metabolism but also a highly promising non-sugar carbon source for fermentation and metabolic engineering. Unlike glucose, glycerol enters central carbon metabolism through ded
