macrophage69alpha
New member
MB,
no one said that it would be of great benefit to "elite atheletes".. as they typically are A. younger and B. have great insulin sensitivity. but that does not describe 99% of the people on this forum.. bodybuilders and strength atheletes.. while perhaps "elite" rarely have the insulin sensitivity of endurance atheletes.. few of them even do cardio to a great extent..
many of the drugs used in these sports impair insulin sensitivity.... not to mention the fact that most here are amateurs as well as people just getting into the sport.. insulin sensitivity is an issue for many of these people.. as well as older atheletes (even elite ones)..
with older athletes.. the use of r-ala may be important to maintaining/restoring fine motor control.. as well as overall cns response..
pure r-ala has not been available, even for research, until the last decade (at least in significant amounts).. and this will likely continue to be the case to a certain extent due to certain patents..
no one said that it would be of great benefit to "elite atheletes".. as they typically are A. younger and B. have great insulin sensitivity. but that does not describe 99% of the people on this forum.. bodybuilders and strength atheletes.. while perhaps "elite" rarely have the insulin sensitivity of endurance atheletes.. few of them even do cardio to a great extent..
many of the drugs used in these sports impair insulin sensitivity.... not to mention the fact that most here are amateurs as well as people just getting into the sport.. insulin sensitivity is an issue for many of these people.. as well as older atheletes (even elite ones)..
with older athletes.. the use of r-ala may be important to maintaining/restoring fine motor control.. as well as overall cns response..
pure r-ala has not been available, even for research, until the last decade (at least in significant amounts).. and this will likely continue to be the case to a certain extent due to certain patents..