The human body uses food as an energy source, in the form of sugars and stuff.
Will it ever be possible to replace the human digestive system with electricity as a power-generating system? Energy is energy, after all.
>>8507630
Not unless you completely replace all human biological machinery to run off of electricity
Energy is not energy. Sugar is broken down in order to provide the energy to produce ATP. Pretty much everything your body actively does uses ATP as to power it, and it works by chemically reacting with whatever needs it
Only your nervous system is based on electricity and even then its controlled by ATP dependant gates
>>8507640
could we use electricity to provide the energy to create ATP then?
What other requirements does ATP production have?
>>8507630
>Will it ever be possible to replace the human digestive system with electricity as a power-generating system?
No, because the body needs actual matter in the food to function and rebuild itself. You are what you eat.
Energy alone is not enough.
>>8507645
>part of your left arm is composed of a piece of chicken that you ate 15 years ago
Really makes a person think
>>8507644
Possibly, i'm not sure. Would be worth looking into actually
Also as another anon has pointed out its just not energy we get from chemical food, its the actual physical matter as well
Have you EVER looked into how ATP and other energy sources of biochemical functions are made? We're run on Phosphorylation/Dephosphorylation as well as Redox reactions. Really fucking hard to do with just electrons
>>8507630
>Will it ever be possible to replace the human digestive system with electricity as a power-generating system? Energy is energy, after all.
Theoretically, yes.
The sugar/oxide reaction merely energizes an electron transport chain to reconnect ADP into ATP.
You would still need to eat for replacement parts though (proteins, vitamins and stuff)
>>8507644
I'm not well versed in physics so I don't know how much my comment will help your understanding.
ATP production relies mainly on a proton gradient in order to produce ATP... and the electron transport chain proteins inside of the inner membrane of the mitochondria. So in a sense it already"runs on electricity". On top on that, the efficiency of ATP production relative to how much energy it takes in and gives out is very high. I don't remember the number exactly but I think it was somewhere around 2/3 efficiency.
So unless you can come up with a better, more efficient molecular machinery than this, then there would be no point to redo it all. But if you can, the answer is yes, since it relies on "electricity" anyway.
If you want to learn more, look up the ATP synthase and mitochondrial electron transport chain.
>Inb4 biofag
>>8508723
this is a really highquality post, thank you :-)