Jakethaniel
Member
I am not going to pretend to say that anything in this is correct, but I had been researching ALA and then I was telling my Grandma about fat cell mitosis and the idea just popped into my head. So please be open minded and if I am way off, I apologize.
I am putting this under supplements because if my theory is correct then I think supplements that increase Glut-4 transporters on muscle cells could be the future of supplementation for bulking.
So when a fat cell is full it undergoes mitosis, this makes sense because its job is storage and when it functions correctly it will work with insulin until it is full then eventually split so that blood glucose levels can be stabilized through storage.
Muscle cells' function is not primarily storage, so it makes sense as to why these cells are not as readily filled to their full capacity as I understand that fat cells are. Training increases this ability through hypertrophy which increases storage capacity and by increasing insulin sensitivity in the cells, but still their main function is not storage so they do not get as close to their capacity as fat cells do.
Now my theory is that if muscle cells could be filled past their supposed capacity, through a heavy increase in Glut-4 receptors on muscle cells, I believe this could cause more satellite cells to have to then mature into myoblasts which would either create new fibers or combine to the muscle cells which are at full capacity to combat the increased requirement for storage.
This idea would be under the idea that the dramatic swelling of the muscle cells could actually cause damage itself.
My original theory was under the idea that somehow muscle cell mitosis could occur through heavily increased storage caused by increased Glut-4 receptors, but now I do not find that nearly as feasible as the theory above.
I am putting this under supplements because if my theory is correct then I think supplements that increase Glut-4 transporters on muscle cells could be the future of supplementation for bulking.
So when a fat cell is full it undergoes mitosis, this makes sense because its job is storage and when it functions correctly it will work with insulin until it is full then eventually split so that blood glucose levels can be stabilized through storage.
Muscle cells' function is not primarily storage, so it makes sense as to why these cells are not as readily filled to their full capacity as I understand that fat cells are. Training increases this ability through hypertrophy which increases storage capacity and by increasing insulin sensitivity in the cells, but still their main function is not storage so they do not get as close to their capacity as fat cells do.
Now my theory is that if muscle cells could be filled past their supposed capacity, through a heavy increase in Glut-4 receptors on muscle cells, I believe this could cause more satellite cells to have to then mature into myoblasts which would either create new fibers or combine to the muscle cells which are at full capacity to combat the increased requirement for storage.
This idea would be under the idea that the dramatic swelling of the muscle cells could actually cause damage itself.
My original theory was under the idea that somehow muscle cell mitosis could occur through heavily increased storage caused by increased Glut-4 receptors, but now I do not find that nearly as feasible as the theory above.