As a peaceful warrior, I would choose when, where and how I would behave.
With that commitment, I began to live the life of a warrior.
~Dan Millman

Wednesday, November 24, 2010

Are You Full of IT?
Water that is...

Hey blogger peeps! Get and stay hydrated this holiday season. You may find yourself a little overextended, extra glass of wine, big meal, skipped a workout.

Stay strong.
You can do it!

Schedule in one extra workout session each week to ensure you are on track and bring your water!
  • 1% dehydration will impact your athlectic performance!
  • 2% and your metabolism really starts running amuck.

Keep it green at mealtime and enjoy a salad for balance. It's easy to celebrate with fruits and vegetables! Soups, stews, salads, sides, all opportunities for a cellular celebration ;-)

After oxygen, water is your highest priority for attaining optimum health. Why? It's quite simple-your body is over 70% water. Your brain is over 85% water. So it makes sense that you can't drink too much water - pure water. Staying hydrated is absolutely crucial for optimum brain function and optimum health.

Adequate hydration is not only essential for optimum brain function, it also:

• Maintains your body temperature
• Aids in digestion
• Metabolizes fat
• Lubricates and cushions your organs
• Transports nutrients throughout your body
• Flushes toxic waste from your body
• Keeps you looking and feeling young

There is evidence that cellular hydration state is an important factor controlling cellular protein turnover; protein synthesis and protein degradation are affected in opposite directions by cell swelling and shrinking. An increase in cellular hydration (swelling) acts as an anabolic proliferative signal, whereas cell shrinkage is catabolic and antiproliferative. The cellular hydration state is mainly determined by the activity of ion and substrate transport systems in the plasma membrane. Hormones, substrates, and oxidative stress can change the cellular hydration state within minutes, thereby affecting protein turnover. We postulate that a decrease in cellular hydration in liver and skeletal muscle triggers the protein catabolic states that accompany various diseases.
Cellular hydration state: an important determinant of protein catabolism in health and disease

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