The BeamRay is the best device for Glioblastoma , as the treatment is the head area, and the light mats can be placed on a pillow. The head can lay on the mat, and this is the most powerful method of using the rife frequencies. [ https://beamray.net/beamray-the-cancer-comprehensive-group/ ] Alternatively the belt from the SMP can be wrapped around the head. Optimal Glioblastoma treatment requires precise placement of the Light Mat or Belt directly over the affected head area to achieve the best results.
10 Minutes, 28 seconds. Therapeutic Ketosis.
https://www.youtube.com/watch?v=QNS0aYn1QJQ
The scientific link between the ketogenic diet and Glioblastoma (GBM) Wild Type is primarily found in the “metabolic theory of cancer,” which suggests that many tumors are driven by damaged energy production rather than just genetic mutations. This is known as the Warburg Effect, named after Nobel laureate Otto Warburg, who observed that cancer cells often become addicted to glucose fermentation for energy, even when oxygen is available. Unlike healthy brain cells, which are metabolically flexible and can transition to burning ketones—highly efficient fuel molecules derived from fat—aggressive GBM cells often lack the mitochondrial machinery to do so. By implementing an extremely strict ketogenic diet, patients essentially cut off the primary fuel supply to the tumor while simultaneously lowering insulin and IGF-1, which are the growth signals that tell the cancer to multiply. For a “Wild Type” tumor, which is statistically more aggressive and resistant to standard treatments, this metabolic “starvation” creates a physiological environment where the tumor struggles to survive, while the rest of the brain thrives on ketones.
In the cases where individuals sent home to die experienced significant resolution, the dietary intervention was typically far more rigorous than a standard lifestyle diet, often referred to as Therapeutic Ketosis. This protocol usually follows a 3:1 or 4:1 ratio, meaning three to four grams of fat are consumed for every single gram of combined protein and carbohydrates. The goal is to reach a specific Glucose-Ketone Index (GKI), a ratio where blood glucose is kept very low (often between 3.0 and 4.0 mmol/L) and ketones are kept high. When the GKI drops below 1.0, the body enters a state that researchers like Dr. Thomas Seyfried describe as a “metabolic pincer movement.” In this state, the tumor is “pressed” by fuel restriction and “pulsed” by the body’s natural immune response or targeted non-toxic therapies. This high-fat, low-glucose environment also triggers autophagy, a process where cells recycle damaged components; while healthy cells use this for repair, the metabolic stress can push weakened GBM cells toward apoptosis, or programmed cell death.
Furthermore, the ketogenic approach provides a unique advantage in managing the swelling often associated with brain tumors. Because carbohydrates hold significant amounts of water and drive inflammation, a strict keto diet can act as a natural anti-inflammatory, potentially reducing the need for high-dose steroids which can otherwise elevate blood sugar and inadvertently “feed” the tumor. While modern medicine often views “complete resolution” through diet as a statistical outlier, these documented cases have spurred ongoing clinical trials investigating how metabolic therapy can make “Wild Type” tumors more vulnerable to conventional radiation and chemotherapy. By shifting the body’s chemistry from a sugar-burning state to a fat-burning state, the patient effectively turns their own internal environment into a “hostile” territory for the cancer while nourishing their healthy neural tissue.
Combine a ” Therapeutic Ketosis. This protocol usually follows a 3:1 or 4:1 ratio, meaning three to four grams of fat are consumed for every single gram of combined protein and carbohydrates. ” diet, with the BeamRay White light mat placed under the head.
