Creatine & potassium for water-retention in the cells. They both attract water. The other would be lots of carbs.
BCAA's go to the muscle cell as well so they'd be a good idea to have. 20g/day would be best for serious trainers.
What about TAA ?
Good article. Creatine, potassium, and carbs will increase muscle cell volume. BCAAs will not (they're not osmolytes really). TAA will not, it acts in the plasma. Other muscle volumizers include betaine anhydrous and taurine.
Is supplementing pwo w/ potassium a bad idea? Would this throw off sodium?Good article. Creatine, potassium, and carbs will increase muscle cell volume. BCAAs will not (they're not osmolytes really). TAA will not, it acts in the plasma. Other muscle volumizers include betaine anhydrous and taurine.
Is supplementing pwo w/ potassium a bad idea? Would this throw off sodium?
its not bad-just dont overdue it. You lose K in your sweat (a little) but its vial for a good muscle contraction along with Na and Mg. If your hitting it hard I wouldnt worry to much about it. Stay hydrated and just make sure your not pumping your body full of electrolytes that it wont be readily able to use
Is supplementing pwo w/ potassium a bad idea? Would this throw off sodium?
I cannot see supplementing with K post workout as a good idea. The major electrolyte lost in sweat is Na. Interstitial K (i.e., potassium that leaked out of the muscle cells during contraction) has been implicated in fatigue. And if you eat a clean diet with plenty of fruits/vegetables, getting enough K is not a concern....getting in enough Na may be.
BCAA's can only work in the cell. They dont attract water, per say, but they do provide direct energy to the muscle cell and if taken every day they increase muscle density and hardness.
They really do increase hardness for myself at least.
There's no such thing as muscle hardness/density. Do you mean more myofibrils per square centimeter? That can occur, but not under typical weight training circumstances (it usually involves immobility like a cast + a rapid training change). What usually occurs is hypertrophy...aka growth of the cell, not a same-sized cell with more density
Well, ok then. I'm not an MD so my terminology doesn't reflect 8 years of professional study.