“An integrated approach to treating Cancer”

My approach to cancer care is based on the understanding that cancer is a complex disease involving both genetic and metabolic factors. Emerging research in cancer metabolism has helped shape these approaches.

Research suggests that many cancer cells exhibit altered energy metabolism, relying heavily on fermentation of fuels such as glucose and glutamine. This metabolic vulnerability may provide additional therapeutic opportunities.

My goal is to integrate metabolic strategies with conventional oncology care, creating a comprehensive and individualized treatment plan.

Core Treatment Principles

1. Targeting Cancer Metabolism

Many cancer cells rely on:

• Glucose
• Glutamine

Strategies to address this may include:

• Nutritional approaches (such as ketogenic strategies)
• Fasting protocols when appropriate
• Supporting metabolic flexibility

These approaches aim to create an environment less favorable for cancer growth while supporting normal cellular function.

2. Repurposed Medications

In select cases, I may incorporate repurposed medications such as:

• Ivermectin
• Fenbendazole
• Mebendazole

These medications are being studied for their potential effects on:

• Cellular metabolism
• Microtubule function
• Apoptosis pathways

Their use in cancer care is off-label and should be considered as part of an integrative strategy.

3. Oxidative and Metabolic Therapies

Additional therapies may include:

• Hyperbaric oxygen therapy
• High-dose intravenous vitamin C
• Other oxidative strategies

These approaches aim to increase oxidative stress in cancer cells, which may be more vulnerable due to their altered metabolism.

4. Immune and Lifestyle Support

Supporting the body's natural defenses is essential.

Key areas include:

• Optimizing vitamin D levels
• Regular physical activity
• Nutritional support
• Stress reduction
• Sleep optimization

These factors play an important role in overall health and treatment tolerance.

Integration with Conventional Oncology

I frequently work alongside patients who are undergoing:

• Chemotherapy
• Radiation therapy
• Immunotherapy
• Surgery

Metabolic and integrative strategies may:

• Support treatment tolerance
• Reduce side effects
• Enhance overall outcomes

The goal is not to replace conventional care, but to enhance and support it.

Press–Pulse Therapy

The Thomas Seyfried Press–Pulse model is a metabolic strategy designed to target cancer cells through sustained and intermittent stress. This approach is based on the work of Thomas Seyfried and emerging research in cancer metabolism.

The “Press”

Continuous metabolic pressure through:

• Ketogenic nutrition
• Fasting or caloric restriction
• Lifestyle optimization

The “Pulse”

Intermittent targeted therapies, such as:

• Glutamine-targeting agents
• Oxidative therapies
• Repurposed medications

This approach aims to weaken cancer cells over time while supporting normal cells.Unlike chemotherapy and radiation, which damage healthy cells, Press-Pulse Therapy selectively targets cancer metabolism. Seyfried believes this approach should form the future foundation of cancer treatment, integrated with other supportive therapies.

Treatment Goals

The goals of this integrative approach include:

• Targeting cancer metabolism
• Supporting normal cellular health
• Enhancing immune function
• Improving quality of life
• Complementing conventional therapies

Important Note

Every patient is unique. Treatment plans are individualized based on:

• Diagnosis
• Stage of disease
• Current treatments
• Overall health

My role is to help patients navigate these options and develop a personalized, integrative treatment plan.

Links:

First in the world, Ivermectin, Mebendazole, and Fenbendazole protocol in cancer, peer-reviewed and published, Sept. 2024:

Targeting the Mitochondrial-Stem Cell Connection in Cancer Treatment:

Fasting for 72 hours is the best medicine on Earth

Scientists Announce Major Breakthrough as Ivermectin Nanoparticles Destroy Brain Cancer Cells:

New Study: Ketogenic Diet Without Chemo or Radiation for Control of Mutant Glioblastoma

Avoid Radiation with Glioblastoma patients:

Clinical research framework proposal for ketogenic metabolic therapy in glioblastoma:

Supplemental ascorbate in the supportive treatment of cancer: Reevaluation of prolongation of survival times in terminal human cancer

Modified Citrus Pectin, or MCP, or fractionated pectin, would appear to have anticancer, anti-metastasis, and strong immune-boosting properties

Premium FenBendazole no fillers 

PerfectAmino User Guide - How to use PerfectAmino for maximum benefits