From Despair to Hope:

Every hour, an average of seventy United States citizens die due to cancer or the effects of toxics associated with the current standard of care. Survivors often endure lasting harm—not from the disease itself, but from chemotherapy, radiation, and invasive procedures. 

But what if there were another way? 

Dr. Thomas Seyfried argues that cancer is not primarily genetic, but metabolic. 

The goal? 

To raise awareness and empower people with knowledge. 

Cancer patients deserve options. 

Families deserve hope. 

And the public deserves to know that non-toxic, science-based alternatives exist.

Rethinking Cancer:

Rather than relying on toxic treatments or radiation, Dr. Seyfried’s approach emphasizes diet and exercise, environment, and metabolic control. His protocol centers on a ketogenic diet, aiming to deprive cancer cells of the glucose they depend on, while supporting the body’s natural resilience.
A New Perspective on Cancer Management
This website serves as a gateway to acquiring a series of concise, science-based texts that spotlight an alternative method for managing cancer. These texts are rich with scientific references and unified by a central theme: Dr. Thomas Seyfried’s metabolic approach to cancer management—a method that challenges conventional treatments like chemotherapy and radiation by focusing on diet, environment, and metabolic control.

Educational Outreach

AI Cancer Timebomb

As tech giants open nuclear reactors to power AI, we must ask—what are the long-term health costs? Meanwhile, cancer cells thrive on glucose and glutamine. Dr. Thomas Seyfried’s research shows that cutting off these fuels can suppress tumors—without chemo. It’s time to rethink cancer care. It’s time to question the energy behind AI.

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Mysteries of Mitochondria

A powerful and thought-provoking narrative—one that bridges molecular biology, quantum physics, and alternative cancer therapies. This framework challenges conventional cancer paradigms and invites a deeper look into how energy, metabolism, and quantum biology intersect.

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Theranostics

A powerful educational arc—one that connects advanced imaging, metabolic therapy, and a paradigm shift in cancer biology.

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Majorana Magic, Warburg Extrapolation

A bold and fascinating parallel between two revolutionary scientific ideas—one from quantum physics, the other from cancer biology.

Coming Soon  

Text Overview

AI CANCER TIMEBOMB

MYSTERIES OF MITOCHONDRIA

THERANOSTICS: IMAGING MEETS METABOLIC INTERVENTION IN CANCER

AI CANCER TIMEBOMB TEXT OVERVIEW

ThemeDescription
AI & Nuclear EnergyTech giants like OpenAI, Microsoft, and Google are partnering with nuclear providers to power massive AI infrastructure, raising concerns about long-term health risks from radiation exposure.
Cancer & Nuclear DevicesStudies show mixed but concerning results about cancer incidence near nuclear facilities, especially childhood leukemia and solid tumors.
Mitochondrial Dysfunction in CancerCancer cells rewire their energy production, often favoring glycolysis over oxidative phosphorylation (Warburg effect), and show altered mitochondrial dynamics.
Seyfried’s Metabolic TheoryCancer survival depends on glucose and glutamine. Dr. Seyfried’s research suggests that restricting these fuels—via ketogenic diets and glutamine-targeting therapies—can suppress tumor growth.

MYSTERIES OF MITOCHONDRIA TEXT OVERVIEW

ThemeDescription


Mitochondria Structure & DNA Relationship
  • Mitochondria are double-membraned organelles with an inner membrane folded into cristae, maximizing surface area for energy production.
  • They contain their own circular DNA (mtDNA), inherited maternally, encoding 13 essential proteins for oxidative phosphorylation.
  • This unique genome supports the endosymbiotic theory: 
    • mitochondria evolved from ancient bacteria engulfed by early eukaryotic cells.



Energy Production in Healthy Mitochondria
  • Healthy mitochondria generate ~90% of cellular energy via oxidative phosphorylation, converting nutrients into ATP.
  • Key processes:
    • Electron Transport Chain (ETC): Transfers electrons to create a proton gradient.
    • ATP Synthase: Uses this gradient to synthesize ATP.
  • Mitochondria also regulate apoptosis, calcium signaling, and reactive oxygen species (ROS) balance.



Atomic Structure, Nanostructures & Quantum Tunneling
  • Atoms consist of a nucleus (protons & neutrons) and orbiting electrons.
  • Nanostructures (1–100 nm) exhibit quantum behaviors—used in drug delivery, biosensors, and cancer diagnostics.
  • Quantum tunneling allows electrons to pass through barriers, enabling technologies like Scanning Tunneling Microscopy (STM) to manipulate atoms with picometer precision.




Cancer as a Metabolic Disease   
  • Dr. Seyfried’s Thesis:
    • Dr. Thomas Seyfried argues cancer stems from mitochondrial dysfunction, not genetic mutations.
    • Cancer cells rely on fermentation (glycolysis) even in oxygen-rich environments (Warburg effect).
    • His protocol targets cancer’s metabolic inflexibility using:
      • Ketogenic diets (low glucose, high ketones)
      • Caloric restriction
      • Occasional surgery post-tumor shrinkage
Cancer Is Not Primarily Gene-Driven
  • While mutations play a role, most cancers arise from somatic mutations triggered by environmental and metabolic stressors.
  • Only 5–10% of cancers are inherited; the rest are driven by lifestyle, exposures, and metabolic dysfunction.
  • This supports a multi-omics view: genome + exposome + metabolome.
Ivermectin & Fenbendazole: Glutamine Inhibition 
  • Both drugs, traditionally antiparasitic, show promise in targeting glutamine metabolism—a key fuel for cancer cells.
  • Ivermectin:
    • Inhibits glutaminase (GLS), reducing glutamine-to-glutamate conversion.
    • Disrupts mitochondrial respiration and induces apoptosis.
  • Fenbendazole:
    • Disrupts microtubules and glutamine uptake.
    • Increases oxidative stress, making cancer cells more vulnerable.

THERANOSTICS TEXT OVERVIEW

Theme
Description




Basics of SPECT and PET Imaging      
  • SPECT (Single Photon Emission Computed Tomography):
    • Uses gamma-emitting radioisotopes (e.g., Technetium-99m).
    • Detects blood flow, receptor activity, and metabolic function.
    • Often used in brain, heart, and bone imaging.
  • PET (Positron Emission Tomography):
    • Uses positron-emitting tracers like FDG (fluorodeoxyglucose).
    • FDG mimics glucose, highlighting areas of high glycolytic activity—often cancerous tissue.
    • PET is a cornerstone in oncology for staging, monitoring, and recurrence detection.
Insight: These imaging tools reveal cancer’s metabolic fingerprint—its addiction to glucose and glutamine.
Standard of Care vs. Metabolic Targeting
  • Standard of Care:
    • Surgery, chemotherapy, radiation, and immunotherapy.
    • Often toxic, with long-term side effects and limited efficacy in late-stage cancers.
  • Metabolic Therapy (Seyfried’s Protocol):
    • Eliminate glucose: via ketogenic diet and fasting.
    • Block glutamine: using drugs like DON (6-diazo-5-oxo-L-norleucine), ivermectin, or fenbendazole.
    • Goal:
      • Starve cancer cells of their two essential fuels.
Cancer cells are metabolically inflexible. Normal cells adapt to ketones; cancer cells cannot.
Fermentation Energy Production: Seyfried’s Evidence
  • Warburg Effect: 
    • Cancer cells favor glycolysis even in oxygen-rich environments.
  • Seyfried’s Expansion:
    • Shows that cancer cells also ferment glutamine—a second fuel source.
    • Fermentation occurs inside and outside mitochondria, bypassing oxidative phosphorylation.
    • This dual-fuel fermentation is necessary and sufficient for cancer survival.
Case studies and animal models show tumor regression when both glucose and glutamine are restricted.

About


AI Cancer Timebomb:

After writing several AI and quantum related books, I wrote this text to explain AI as I utilized it, and illustrate its rapid information retrieval role. News media reported AI companies are proposing use of nuclear reactors to run their AI farms. Because of this, I wanted to learn nuclear physics and warn people of the harm of ionizing radiation in cancer. Many friends and family are suffering from this disease as well as chemotherapy treatments. Fortunately, I discovered Dr. Seyfried’s theory of cancer not being a genetic or somatic disease. And so the final chapter of this text ends on a happier note, an introduction to his cancer management technique.


Mysteries of the Mitochondria:

This text was written because I was intrigued with Dr. Seyfried’s hypothesis-There is One Cancer. It is a metabolic dysfunction of the mitochondria. Specifically, he showed the problem with the mitochondria for causing cancer is that it uses fermentation to produce energy for tissue survival. By taking away glucose and glutamine would stop cancer growth and halt metastasis, but this would kill the patient. I wanted to understand the normal energy production within the mitochondria, and share these results in common terms for non medical subjects like myself. Additionally, some mathematical concepts are explained, such as quantum tunneling.


Theranostics:

Since I wrote several books on image and signal processing I decided to write a text involving nuclear imaging. Basic isotopes of atoms are described which are used as tracers injected into a patient's body for both SPECT and PET imaging. Most of these tracers also employ glucose so that they are attracted to tumors. In the process of writing this text I became very frustrated with the scientific literature. Glucose and glutamine were mentioned over and over again without a hint of the brilliant discovery by Dr. Seyfried. A consequence, is a chapter about present and proposed cancer standard of care, with ingenious ideas of Dr. Seyfried.


Majorana Magic, Warburg Extrapolation:

The theme of this book is deception, bias and selective media reporting. World wide TV stations, radio, newspapers, journals went crazy reporting of Microsoft’s announcing the observation and control of Majorana Zero Modes. A false claim. During this time, before and after there is no mention of Dr. Seyfried’s healthy cancer management protocol. His cancer remission technique is reviewed and worthy of a Nobel Prize. In this text, a background on Majorana particles is also explained as well as braiding groups and topological quantum computing. If Majorana particles are observed this too would be a Nobel Prize winner.

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