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¡¡Eradication of Cancer Cells via Regeneration

1. Killing of Cancer and Transformed Cells in vitro
2. Selective Killing of Cancer Cells Co-Cultured with Normal Cells
3. Promoting Growth of Normal Cells in vitro
4. Differential Metabolism of MEBO Regenerative Nutrients in Cancer and Normal Cells
5. Killing of Cancer Cells in Tumor Tissue in vitro
6. Suppression of Ascites Tumor Growth in Animal Tumor Models
7. Eradication of Skin Cancer in Patients
8. Eradication of Leukemia in Patients
9. Regeneration of internal organs of cancer patients
10. Ongoing Clinical Studies of End-Stage Cancer Patients

3. Promoting Growth of Normal Cells in vitro

To further confirm the dual functions of the MEBO regenerative nutrients and selective cell-killing effects on human cancer cells, in vitro experiments were conducted in separate cultures containing A549 lung cancer cells (Figures 10.3.1a-c) and MRC5 normal lung fibroblasts (Figures 10.3.1d-f), respectively.  The MEBO regenerative nutrients were added to both cultures.

After 48 hours of exposure to the MEBO regenerative nutrients, lung cancer cells manifested growth arrest and some cells showing morphology of cell death (Figure 10.3.1a).  After prolonged exposure (>72 hours) virtually all cancer cells died in the culture (Figures 10.3.1b-c). 

In contrast, in the presence of the MEBO regenerative nutrients normal lung fibroblasts proliferated vigorously and continued to do so to reach confluency by day 5 (Figures 10.3.1d-f). 

Core Science & Technology of MEBO
Exploration of Fundamental Mechanisms of Adult Human Body Regeneration
Eradication of Cancer Cells via Regeneration

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