ACTIVATION OF CELLS
Every cell has a cellular membrane, a cell substance and nucleus. The Cellular membrane defends against foreign substances. There are many tiny gaps in the membrane to transport nutrition into cells and discharge metabolite out of cells. In addition, there are many microvilli on the surface which respond to surrounding changes. The cellular membrane is just like skin.
Every cell has a cellular membrane, a cell substance and nucleus. The Cellular membrane defends against foreign substances. There are many tiny gaps in the membrane to transport nutrition into cells and discharge metabolite out of cells. In addition, there are many microvilli on the surface which respond to surrounding changes. The cellular membrane is just like skin.
The Cell substance produces cell nutrition. It contains mitochondria, ribosome, Golgi bodies, and lysosomes. Mitochondria is an electricity station for cells, supplying energy (ATP). Ribosomes manufacture protein synthesis. Golgi bodies are in charge of packing and transporting nutrient substance (ATP, protein). Lysosomes digest metabolic waste and excrete it.
The Nucleus is in charge of replication, heredity, and regeneration. The nucleus is the core of the cell, much like a brain.
When the living environment changes, the human body environment will also change; microvilli on the cellular membrane can respond to the change, transfer information to the nucleus, then give an order to manufacture energy, and cells will accommodate the environment by changing metabolism function and physical capacity.
Such changes can induce cell atrophy and death, hyperplasic or transformation to another type of cell, and during the transition process may form tumor cells.
When blood becomes acidified, cells become harder and thicker and cannot get enough nutrients, cell reactions will become weak, and metabolic wastes cannot be discharged out of cells, which leads to cellular necrosis. If blood is alkaline, it can supply enough nutrition for cells, cells need not change metabolic function, and thus an abnormal cell will not emerge.
When negative ions touch cells, the passageway function of the cell membrane activates to transport essential moisture, nutrients, and oxygen into cells, break down cytotoxin, and effect cell activation. Regenerated cells will be healthier and possess much more vitality.
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