Vadelayman Ali Cellular Research Center

Welcome to Vadelayman Ali Cellular Research Center

Pioneer in Innovative Technologies for Diagnosing and Treating Living Cells

Leading the Fight Against Cancer Through Innovation in Research

About This Center

Designing and manufacturing more than five thousand industrial parts in several countries to implement this project. Over a thousand case studies of healthy and cancerous cells, both animal and human. More than fifty case studies of cancerous animals. Over ten thousand advanced cancer patients. Twenty-five years of scientific, practical, and clinical research.

Chromosomes
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Chromosome Structure

Chromosomes consist of two sets of 23 chromosomes, A and B. The chromosome sets have an equal charge with opposite poles. Set A controls the right side in men and the left side in women, while set B controls the opposite side. The pressure of the bioelectromagnetic charge of duplicated similar chromosomes separates them during cell division.

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Disorders of Living Cells

Genetic translocation is not the cause of the disease but rather the result of the disease. Genetic translocation is usually created by the intelligent cellular control system to manage the disease. The imbalance in bioelectrical equilibrium within the chromosome, channel, membrane, poles, and battery sections of the cell is the primary cause of diseases. Disorders in the energy production and distribution centers within the cell are the main cause of aging processes.

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Chromosomes
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Cell Membrane

The outer and inner layers of the cell membrane have equal charge with opposite poles. An imbalance in charge or poles will disrupt membrane function. This disruption affects the flexibility of the membrane and impacts the activity of cell channels located on the membrane.

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Cell Channels

The first step in the specialization of living cells is carried out through the coding of cell channels. Each channel only allows the exchange of specific materials based on these codes, resulting in different cells with specialized functions. Channels are classified into two categories: active and passive.

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Chromosomes
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Cell Poles

Cell poles are formed from the aggregation of poles of the organelles and sub-organelles of the cell. Cell poles and their organelles are the main factors in cellular arrangement. The disciplined behavior of the cell is the result of powerful cellular poles. Disruption of cellular poles affects the cooperative function of cells.

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Cellular Battery

All intelligent activities of the cell and its organelles are conducted through cellular bioelectricity. Energy distribution within the cell is carried out inductively by energy-donating molecules. The primary reason for cell division under natural conditions is the failure of energy production centers within the cell. The failure of energy production centers within the cell is the main factor in aging processes.

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Chromosomes
Institute

What is Cancer?

Cancer is not a tumor! Cancer is the translocation of chromosomes during cell division, and the tumor is the result of cancer. If during cell division, two sets of chromosomes enter the daughter cell asymmetrically, after the membrane closes, the internal pressure of the nucleus increases. The cell is then forced to uncontrolled divisions to distribute this pressure and survive, resulting in cancer. The cellular oscillation of a living being is specific and unique, which is why cancer is unique for each organism.

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How is Cancer Treated?

Correcting the diploid structure of chromosomes stops the cancerous transformation of a healthy cell. Triggering the cellular suicide command activates the process of apoptosis in cancerous cells. Strengthening the energy production and distribution centers within the cell repairs damage caused by cancer and tumors. Cancer treatment for each living being must be specific and unique. The intelligent cellular diagnosis and treatment system at this center receives and analyzes patient information every nanosecond and simultaneously implements necessary treatment programs.

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Chromosomes
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Address : Hans Taborsky Strasse 5, 2440 Gramatneusiedl, Austria.
Phone : +43223473300 Fax : +43223473039
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