Fid":13kpeqyj said:More specifically, when cellular respiration in the muscles stops, calcium ions flood the sarcomeres causing the proteins to bridge which is how a muscle normally contracts. With no respiration occuring the proteins never unbridge and the sarcomeres never relax. Until, of course, the aforementioned enzymes begin breaking down the muscles.
That's where I learned it too. I just can't believe I remembered enough of the process to make a post without looking it up.OneAcreFarm":2k29ulgl said:Fid":2k29ulgl said:More specifically, when cellular respiration in the muscles stops, calcium ions flood the sarcomeres causing the proteins to bridge which is how a muscle normally contracts. With no respiration occuring the proteins never unbridge and the sarcomeres never relax. Until, of course, the aforementioned enzymes begin breaking down the muscles.
Ok, Smarty Pants! :lol: That takes me WAY back to A&P II in college... :typing:
Fid":fxhcvtbj said:That's where I learned it too. I just can't believe I remembered enough of the process to make a post without looking it up.OneAcreFarm":fxhcvtbj said:Ok, Smarty Pants! :lol: That takes me WAY back to A&P II in college... :typing: