Network optimization data:

Depending on the presence of oxygen in the system, the grinding procedure also varies. In the case of oxygen, microorganisms decompose substances into aerobic digestion, and in the absence of oxygen, biomedical polymer materials decompose substances into anaerobic digestion. The main difference between these processes is that the anaerobic reaction produces methane, while the aerobic reaction does not (but both produce carbon dioxide, water, some residues, and new substances). In addition, aerobic digestion usually takes place more quickly than anaerobic digestion, and it can better reduce the volume and mass of materials. Anaerobic digestion technology is widely used in local waste treatment systems as a renewable energy source because it reduces the volume and mass of waste and produces natural gas.
 

The products resulting from biodegradation are then integrated into microbial cells and enter the assimilation phase. Some degradation products can be easily transported into the cell via membrane carriers. However, some other products still require biotransformation reactions to produce products that can be transported by cells. After the product enters the cell, it enters the catabolic pathway and produces adenosine triphosphate or cellular structural elements.