What role do FAD and NAD+ play in glycolysis, Krebs cycle and the electron transport chain?

They carry electrons to the electron transport chain.


Blood detox, bile production (for digestion), etc. Full list below:

- Produce bile that enters the duodenum via bile duct
(digestive system)
- Synthesize Proteins. Most blood proteins (except for antibodies)
- Synthesis (clotting factors to aid in clotting process)
- Synthesizes cholesterol
- Regulation (maintain blood glucose level in body;metabolic function- glycogenesis, glycogenolysis, gluconeogenesis)
- Secretion of many substances important in maintaining the body's normal state
- Storage of important nutrients such as glycogen (glucose), vitamins, and minerals,
- Converts ammonia to urea
- Purification-clearance of waste products(filter blood)
- Detoxifying chemical agents and poisons
- Hormonal modification and inactivation
- Chemically modifies bilirubin to "conjugated," or water-solube, bilirubin that can be excreted into bile
- Nearly all drugs are modified or degraded in the liver
- Alcohol is primarily metabolized by the liver

Thanks again bio_man! I really appreciate it.

You're welcome!