Tags
Podcast tags for this episode are not yet available. We are actively updating tags for all episodes to ensure accurate and relevant categorization.

Description
"How to Starve Cancer and Then Kill It with Ferroptosis" by Jane McLelland shares her groundbreaking approach to fighting terminal cancer. Drawing from personal experience, McLelland outlines a strategy that uses off-label drugs, dietary changes, supplements, and exercise to target cancer metabolism. The book introduces the innovative 'Metro Map' to help readers starve cancer cells and induce ferroptosis, a type of cell death, offering hope and actionable insights for those seeking alternative cancer treatments.
Author
Jane McLelland
Support the Author
At this time, the author does not have an official website or active social media channels on platforms like Instagram, Facebook, or Twitter—or they are currently unknown to us. If any updates come to light, we’ll include them here so you can stay connected.
About The Author
Jane McLelland is a former physiotherapist who survived stage IV cancer and became an author and researcher. Her book, "How to Starve Cancer and Then Kill It with Ferroptosis" (2021), introduces her integrative approach to cancer treatment. McLelland combines dietary strategies, supplements, and off-label drugs to target cancer metabolism, offering patients alternative methods to complement traditional therapies.
Jane McLelland is a former physiotherapist who survived stage IV cancer and became an author and researcher. Her book, "How to Starve Cancer and Then Kill It with Ferroptosis" (2021), introduces her integrative approach to cancer treatment. McLelland combines dietary strategies, supplements, and off-label drugs to target cancer metabolism, offering patients alternative methods to complement traditional therapies.
Language
English
Topic
Chronic Illnesses, Awakening

How to Starve Cancer and Then Kill It with Ferroptosis
How to Starve Cancer and Then Kill It with Ferroptosis
ISBN 10|13
0951951742 | 978-0951951743
Print Length
420