Hydroelectric Energy kundalini

Hydroelectric Energy

Since raised kundalini means an activation of the sympathetic nervous system the demand for energy generation goes up, just as it does with the fight flight response. Besides the use of amino acids, glucose and fat for energy, Dr. Batmanghelidj says that that body uses water for the generation of hydroelectric energy, especially in neurotransmission. Thus the demand for plentiful water increases during kundalini. If however we do not drink extra water, we may read the cues for thirst as the desire for the energy to be obtained from sugar and carbohydrates. If we take in simple sugars instead of water, we will get a temporary energy boost, followed by a depletion of energy reserves. Plus since the immune system is compromised by hypertonal sympathetic activation, this means the sugar is likely to feed yeast and pathogen growth. With recurrent blood sugar spiking from excessive carbohydrate intake our insulin and leptin receptors down-regulate leading to glucose intolerance and insulin resistance.

Even though water is a polar molecule, it is able to pass through the lipid bilayer of the plasma membrane, via transmembrane proteins that form hydrophilic channels; but even without these, water is still able to get through. Water passes by diffusion from a region of higher water content to a lower concentration. Water is never transported actively; that is, it never moves against its concentration gradient. However, the concentration of water can be altered by the active transport of solutes and in this way the movement of water in and out of the cell can be controlled. For example the reabsorption of water from the kidney tubules back into the blood depends on the water following behind the active transport of sodium (Na+).

94% of the blood and other extracellular fluids are water. The extracellular fluid of mammalian cells is isotonic to their cytoplasm ie: where there is no net movement of water in and out of the cell. This balance must be actively maintained because of the large number of organic molecules dissolved in the cytosol but not present in the extracellular fluid. These organic molecules exert an osmotic effect that, if not compensated for, would cause the cell to take in so much water that it would swell and might even burst. This fate is avoided by pumping sodium ions out of the cell with the Na+/K+ ATPase.

Osmosis is the diffusion of water through cell membranes from low concentration solutions to higher concentration solutions. The osmotic pressure between the solutions inside and those outside of the cell causes osmosis, which in turn, generates hydroelectric energy inside the cell. Osmotic pressure also called turgor pressure is apparently driven by the heat of the water molecules. This energy is harnessed as Adenosine Tri-phosphate ATP, the energy fuel of the body, which is used to fuel the transmission of information within the nervous system. Lack of hydration will then reduce overall energy and consciousness levels through insufficient hydroelectric energy generation.

Dr Batmanghelidj asserts that the osmotic flow of water through the cell membrane can generate hydroelectric energy that is converted and stored as ATP or GTP. He says the cell membrane filters and separates water from its solid content as water molecules have to be in single file before they can go through the membrane. When there is inadequate extra cellular free water for easy diffusion into the cell vasopressin is released. When vasopressin reaches its specific cell membrane receptor, the receptor turns into a “shower head” structure that allows water in through its holes. Important cells make vasopressin receptors in greater quantity, enabling them first priority during water shortage conditions; for example nerve cells have more vasopressin receptors than other cells.

According to Dr. Batman the energy derived from food is less than that produced by the hydroelectric energy inside cells. The bulk of the energy used by the human body comes from hydroelectric energy produced at the cell level. Dehydration means there is not enough water flowing across the cell membrane to produce this hydroelectric energy. Another problem is the build up of acidity in the cells without the presence of ample free water; the cell cannot maintain its pH balance and it becomes too acidic. Once the acidity reaches a certain level pain producing kinins are released, in order to immobilize the area so that the process of repair can begin. Thus dehydration is a major cause of pain.

The body tends to begin dehydrating around age 20; and with increasing age the thirst signal is gradually lost, leading to chronic dehydration. Reduction in free water means there is inadequate diffusion through the cell membrane and a lack of hydroelectric energy to perform active cation uptake. Then the histamine H1 activated Ca2+ dependent K+ pump becomes operational. Dehydration creates increased cytosolic calcium turnover for cation regulation. Since the active transport of cations requires energy, histamine also liberates energy for this function. The conversion of the energy fuel ATP to its spent cAMP produces both energy and Ca2+ release.

Whether cells do actually generate hydroelectric energy or not is rather a mute question, because anyone can tacitly verify the immediate increase in energy that comes from drinking several glasses of water and by generally upping their daily water intake. Since all transportation and communication in the body happens via the matrix of water, it stands to reason that increasing the volume of free water in the body will synergize all metabolic processes including energy generation and consciousness itself.