- #1
treehouse
- 105
- 0
Or does it just absorb electrons from free radicals? Is it ubiquinol or ubiqinone that is used to make ATP?
treehouse said:Or does it just absorb electrons from free radicals? Is it ubiquinol or ubiqinone that is used to make ATP?
treehouse said:I mean, in terms of ATP production ubiquinol is refined ubiquinone, not spent ubiquinone. Right?
treehouse said:So, ubiquinol doesn't absorb electrons because its already saturated with them.
treehouse said:Does a therapeutic dose of exogenous ubiquinol* by-pass the reduction steps of ubiquinone?
treehouse said:Is ATP made at each of these steps along the ETC?
You could say so, yeah.treehouse said:And the last step uses ubiquinol, right?
treehouse said:And the therapeutic effects of ubiquinol are too pronounced to be due to anti-oxidants (not even alpha-lipoic acid supplementation provides a comparable boost in performance); at least that's what I'm saying right now.
treehouse said:I took another look at the animation... I remember my Gen Bio 1 study group calling the last part of it "the bong". Watching peops light up on tinychat.com isn't an issue for me - actually smelling it messes with my head though, especially because a hotbox high can facilitate LSD flashbacks. I'm so glad I'm sober.
mishrashubham said:Don't know what this is supposed to mean.
Ubiquinol is an essential component of the electron transport chain in cellular respiration. It carries electrons from enzymes in the chain to oxygen, which then leads to the production of ATP.
No, ubiquinol is not the primary source of ATP in the body. While it plays a crucial role in the production of ATP, it is just one of the many components involved in the process.
There is limited scientific evidence to support the claim that taking ubiquinol supplements can directly increase ATP levels. However, it can indirectly support ATP production by aiding in the electron transport chain.
Ubiquinol supplements are generally considered safe and do not have any known side effects when taken in recommended doses. However, certain individuals may experience mild gastrointestinal discomfort or allergic reactions.
Yes, a deficiency of ubiquinol can lead to decreased ATP production as it is an essential component of the electron transport chain. This can result in decreased energy levels and other symptoms associated with ATP deficiency.