Terminating Diseases by Targeting Root Causes

An alarming number of preventable diseases demand urgent, evidence-based, and practical health interventions. In this book, health scientist Gabriel Iqbal presents integrative strategies for preventing and treating modern diseases by combining established medicine with emerging biochemical approaches. He examines Ivermectin, Fenbendazole, Methylene Blue, and alkalization as tools to restore cellular and mitochondrial health and address root causes of disease. Parasites and DiseaseChronic parasitic infections may contribute to inflammation, immune dysfunction, and gut imbalance. Evidence suggests antiparasitic therapies can alleviate symptoms in some conditions. Mitochondrial DysfunctionMitochondrial failure is explored as a common pathway in cancer, diabetes, and neurodegenerative diseases, with strategies proposed to restore metabolic balance. Ivermectin and FenbendazoleResearch is reviewed showing potential roles in immune support, metabolic regulation, and inhibition of abnormal cell growth. Nobel Prize RecognitionIvermectin s discovery earned the 2015 Nobel Prize in Physiology or Medicine, reflecting its global medical importance. WHO ClassificationIvermectin is listed by the World Health Organization as an Essential Medicine. Clinical Use in the U.S. Ivermectin remains a widely prescribed medication with significant clinical utilization. Methylene BlueSupports mitochondrial function, ATP production, and oxidative balance, with applications in metabolic, neurological, and cardiovascular disorders. AlkalizationDrawing on Warburg s work, dietary and supplemental approaches to pH balance are discussed as supportive to cellular health. Allergies and ParasitesLinks between parasitic load and allergic conditions are examined, with emphasis on safe interventions. DetoxificationNatural detoxification strategies and safety considerations are outlined. The book uses infographics, tables, and graphs to make complex biomedical concepts accessible to both professionals and general readers.