The normal pH range for blood is 7.35 to 7.45. Levels lower than 7.35 indicate acidosis and anything over 7.45 is alkalosis.
The causes and compensating mechanisms of acidosis and alkalosis are either respiratory or metabolic.
Respiratory acidosis results from CO2 accumulation producing excess carbonic acid. If the increased acid level causes the pH to drop below 7.35, the kidneys metabolically compensate by excreting acid in urine and reabsorbing bicarbonate to increase pH levels.
It's sounds like you have read my posts on this subject before. Yes, acidosis is a condition in which the body’s fluids are more acidic than normal. As a consequence, there's a depletion of electrons and becomes an electron 'stealer' (deficient voltage). Several factors lead to acidosis that leads to cancer.
Every cell in our body is designed to run at approximately -25 mV. Cells will repair themselves with increased voltage of -50mV and then will return to operating at -25mV once healed. Cancer exists when the body is at +30 mV.
How does cellular voltage relate to PH levels? Alkali vs. Acidic? PH stands for Potential Hydrogen and basically is a measurement of voltage. For example, a PH level of '0' has a voltage of +400mV and a PH level of '14' has a -400mV value.
If normal cellular voltage is -25mV, what is the corresponding PH value? Let's look at the following ratios with X being the PH level we want to know.
(14/2)/-400mV = X/-25mV + 7 = 7.4375.
It turns out that 7.4375 is the normal PH level for bodily fluids. See Dr. Jerry Tennant - pH and Voltage - "Healing is VoltageYouTube" or here.
The pH levels and balance mechanisms and electrical nature of cell activity are well understood. Although pH level contributes to cell potential and electrical activity via hydrogen ion exchange, disruption of electrolyte balance and shifting between intracellular and extracellular spaces actually determines cell potential.
No, I'm explaining the big picture and the bigger process of pH balance in the body. There are different types and causes of acidosis and alkalosis, and the body has mechanisms to correct them. There are some cases in which the triggering condition cannot be eliminated or the body is unable to fully compensate and the acidosis or alkalosis becomes chronic.
The respiratory and metabolic systems are the systems that cause and compensate for the different types of acidosis and alkalosis. Acidosis and alkalosis created by the respiratory system are compensated by the metabolic system and vice versa.
The normal pH range for blood is 7.35 to 7.45. Levels lower than 7.35 indicate acidosis and anything over 7.45 is alkalosis.
The causes and compensating mechanisms of acidosis and alkalosis are either respiratory or metabolic.
Respiratory acidosis results from CO2 accumulation producing excess carbonic acid. If the increased acid level causes the pH to drop below 7.35, the kidneys metabolically compensate by excreting acid in urine and reabsorbing bicarbonate to increase pH levels.
It's sounds like you have read my posts on this subject before. Yes, acidosis is a condition in which the body’s fluids are more acidic than normal. As a consequence, there's a depletion of electrons and becomes an electron 'stealer' (deficient voltage). Several factors lead to acidosis that leads to cancer.
Every cell in our body is designed to run at approximately -25 mV. Cells will repair themselves with increased voltage of -50mV and then will return to operating at -25mV once healed. Cancer exists when the body is at +30 mV.
How does cellular voltage relate to PH levels? Alkali vs. Acidic? PH stands for Potential Hydrogen and basically is a measurement of voltage. For example, a PH level of '0' has a voltage of +400mV and a PH level of '14' has a -400mV value.
If normal cellular voltage is -25mV, what is the corresponding PH value? Let's look at the following ratios with X being the PH level we want to know.
(14/2)/-400mV = X/-25mV + 7 = 7.4375.
It turns out that 7.4375 is the normal PH level for bodily fluids. See Dr. Jerry Tennant - pH and Voltage - "Healing is VoltageYouTube" or here.
I have not read any of your other posts.
The pH levels and balance mechanisms and electrical nature of cell activity are well understood. Although pH level contributes to cell potential and electrical activity via hydrogen ion exchange, disruption of electrolyte balance and shifting between intracellular and extracellular spaces actually determines cell potential.
You're rehashing what I just posted. Did you review the link I provided? IMHO it would be beneficial if you watched Dr. Jerry Tennant's piece.
No, I'm explaining the big picture and the bigger process of pH balance in the body. There are different types and causes of acidosis and alkalosis, and the body has mechanisms to correct them. There are some cases in which the triggering condition cannot be eliminated or the body is unable to fully compensate and the acidosis or alkalosis becomes chronic.
The respiratory and metabolic systems are the systems that cause and compensate for the different types of acidosis and alkalosis. Acidosis and alkalosis created by the respiratory system are compensated by the metabolic system and vice versa.