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iCell Water ™ 428.6g (15.1 oz) nuBioAge
Regular price
$129.00 USD
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Ingredients
- L-Alanine: 5g
- Creatine Monohydrate: 5g
- Glycine: 4g
- L-Glutamine: 3g
- L-Leucine: 3g
Recommended Use
Use 1 scoop in a minimum of 64 ounces of water. Drink throughout the day.
Optimizing cell signaling through modulation of cell
volume. Using neutral amino acid osmolytes and creatine
to maximize cellular hydration.
iCell™ has become a staple in preventing
muscle loss in GLP-1 patients by decreasing
protein degradation and maintaining
beneficial hydration status.
Cellular Pathways
Creatine acts by as osmolyte by acting on the CT1
transporter which is a member of the (Na++Cl−)-dependent
neurotransmitter transporter family.
Glutamine leads to hepatocyte cell swelling due to cumulative,
Na+-dependent, uptake into liver cells and activates RVD due
to K+, Cl− and HCO3 − efflux.
Alanine leucine and Glycine lead to an increase in cell volume
by osmotic pressure and moving through the NA+/K+/Clanion
channels.
volume. Using neutral amino acid osmolytes and creatine
to maximize cellular hydration.
iCell™ has become a staple in preventing
muscle loss in GLP-1 patients by decreasing
protein degradation and maintaining
beneficial hydration status.
Cellular Pathways
Creatine acts by as osmolyte by acting on the CT1
transporter which is a member of the (Na++Cl−)-dependent
neurotransmitter transporter family.
Glutamine leads to hepatocyte cell swelling due to cumulative,
Na+-dependent, uptake into liver cells and activates RVD due
to K+, Cl− and HCO3 − efflux.
Alanine leucine and Glycine lead to an increase in cell volume
by osmotic pressure and moving through the NA+/K+/Clanion
channels.
Why this matters:
Muscle function is one of the greatest indicators
of longevity and decreasing overall mortality risk.
Cellular hydration has many benefits when it comes
to muscle function and other factors of cellular
efficiency such as protein degradation, increased
performance, and cardiovascular benefits.
Change in intracellular water space
• Higher intracellular water showed better functional performance independent of muscle mass
• Intracellular water was the main predictor of leg strength and jump performance in highly trained athletes.
• Decrease in ICW during training was found to have reduced power and grip strength.
• Intracellular water was the main predictor of leg strength and jump performance in highly trained athletes.
• Decrease in ICW during training was found to have reduced power and grip strength.
Synergy with GLP-1, Sermorelin:
GLP-1 + iCell™
GLP-1 indirectly causes muscle loss through reduced cellular hydration due to their ability to decrease thirst perception. This may cause a decrease in muscle cell volume due to a loss of intracellular water critical for maintaining muscle size and function. iCell is used in conjunction with GLP-1s to maintain the hydration status of the cell while improving exercise performance
Sermorelin + iCell™
Sermorelin is anabolic to muscle and increases protein synthesis. iCell increases cell volume which also inhibits protein degradation and improves performance. Sermorelin and iCell both work synergistically to enhance recovery and increase exercise capacity.
Sermorelin is anabolic to muscle and increases protein synthesis. iCell increases cell volume which also inhibits protein degradation and improves performance. Sermorelin and iCell both work synergistically to enhance recovery and increase exercise capacity.