Founder of modern and advanced technologies in the diagnosis and treatment of living cells.
1000 Cellular research on cancerous and healthy cells.
50 animal studies on cancerous animals.
More than 10000 cancer patients.
25 years of hard and continuous work.
Healthy cells have two sets of chromosomes A and B.
Each set of chromosomes consists of 23 chromosomes.
Chromosome sets A and B have equal bioelectrical and bioelectromagnetic energy and opposite poles.
Chromosome set A controls the right side of men and the left side of women.
Chromosome set B controls the right side of women and the left side of men.
Men and women are chromosomal mirrors of each other.
The main factor in the separation of chromosomes during cell division is the pressure of the same-named bioelectromagnetic poles of the chromosomes.
Genetic displacement in patient cells is a result of the disease, not a cause.
Many genetic displacements in patient cells are created by the hypothalamus and the automatic cellular control system to control diseases.
The main fundamental disorders of the cell are in five sections.
Chromosomes, poles, membrane, channels, cellular battery, and energy distribution.
These fundamental disorders are passed on to the next generations.
Cancer is the improper displacement of chromosome pairs during cell division.
If the daughter cells have two sets of 23 pairs of chromosomes, the daughter cells are healthy.
If the daughter cells do not have two sets of 23 pairs of chromosomes, the bioelectromagnetic pressure of the cells increases, and uncontrolled cell division begins.
The result of this process will be the formation of cancerous tumors.
Cancer is the displacement of chromosomes during cell division, and tumors are the result of this process.
Cancer patients often face three basic problems:
1- The complete imbalance of the cell that helps create cancerous cells.
2- The cancerous cells that live in the body.
3- The damage the cancerous cells inflict on the organs of the living being.
The treatment of cancer patients can get through by following the plan below:
1- Creating cellular balance to prevent the production of new cancerous cells from healthy cells.
2- Activating cellular suicide command in order to eliminate the cancerous cells which have sheltered in the patient's body.
3- Strengthening the energy centers in the cell to compensate for the damage caused by cancerous cells.
4- Implementing the specialized treatment plan to repair the irreparable damage.