Cancer Supplements A–Z: Natural Compounds Guide
Cancer supplements play a growing role in supporting metabolism, immune function, and cellular signaling during treatment and recovery. This guide organizes the most researched natural compounds into one structured system—helping you understand how they connect to cancer pathways, metabolism, and immune defense.
Instead of isolated supplements, this page shows how each compound fits into a larger cancer strategy involving oxidative stress, metabolic pressure, and immune activation.
Mitochondrial & Metabolic Support
These supplements influence how cancer cells produce and use energy, often targeting mitochondrial function and metabolic pathways.
- Alpha-Lipoic Acid (ALA)
https://helping4cancer.com/anticancer-benefits-of-ala/
Supports mitochondrial function and redox balance, helping regulate oxidative stress and cellular energy. - Berberine
https://helping4cancer.com/berberine-cancer-protocol/
Activates AMPK and helps suppress mTOR signaling, influencing cancer metabolism and glucose utilization. - MCT Oil
https://helping4cancer.com/mct-oil-cancer-protocol/
Provides ketones as an alternative fuel source, supporting metabolic flexibility. - Methylene Blue
https://helping4cancer.com/methylene-blue-cancer-therapy-without-light/
Supports mitochondrial electron transport and cellular energy efficiency.
Flavonoids & Polyphenols (Pathway Modulators)
These compounds target key cancer survival pathways like NF-κB, PI3K/Akt, and STAT3.
- Quercetin
https://helping4cancer.com/quercetin-cancer-recovery-antioxidant-therapy/ - Luteolin
https://helping4cancer.com/luteolin-cancer-protocol/ - Fisetin
https://helping4cancer.com/fisetin-cancer-recovery/ - EGCG (Green Tea)
https://helping4cancer.com/egcg-green-tea-cancer-protocol/ - Resveratrol
https://helping4cancer.com/resveratrol-cancer-protocol/ - Diosmetin
https://helping4cancer.com/diosmetin-cancer-protocol/ - Oleuropein
https://helping4cancer.com/oleuropein-cancer-protocol/ - Trans-Pterostilbene
https://helping4cancer.com/pterostilbene-cancer-protocol/ - Apigenin
- https://helping4cancer.com/apigenin-cancer-pathways-immune-nk-t-cells/
- tocotrienols
- https://helping4cancer.com/tocotrienols-cancer-simple-explained/
These compounds are often studied for their ability to:
- regulate inflammation (NF-κB)
- disrupt growth signaling (PI3K/Akt, mTOR)
- promote apoptosis
Immune System Support (NK Cells & T Cells)
These supplements help strengthen immune surveillance and tumor recognition.
- Astragalus
https://helping4cancer.com/astragalus-cancer-recovery/ - Beta-Glucans
https://helping4cancer.com/beta-glucans-and-cancer/ - Turkey Tail Mushroom
https://helping4cancer.com/turkey-tail-cancer-protocol-5-grams-metabolic-ignition/ - Reishi Mushroom
https://helping4cancer.com/reishi-supplements-cancer-safety/ - Chaga Mushroom
https://helping4cancer.com/chaga-mushroom-cancer-support/ - Lactoferrin
https://helping4cancer.com/lactoferrin-cancer-protocol/ - Zinc Picolinate
https://helping4cancer.com/zinc-picolinate-cancer-protocol/
These compounds are commonly studied for:
- enhancing NK cell activity
- supporting T-cell response
- improving immune signaling
Anti-Inflammatory & Pathway Regulators
Chronic inflammation plays a major role in cancer progression. These compounds help regulate inflammatory signaling.
- Curcumin
https://helping4cancer.com/curcumin-cancer-treatment/ - Boswellia Serrata
https://helping4cancer.com/boswellia-serrata-frankincense/ - Black Seed Oil
https://helping4cancer.com/black-seed-oil-cancer-treatment-inflammation-recovery/ - Gingerol
https://helping4cancer.com/gingerol-anticancer-digestive-cancers/ - Omega-3 Fish Oil
https://helping4cancer.com/omega-3-fish-oil-cancer-protocol/ - MSM
https://helping4cancer.com/msm-cancer-protocol/
Apoptosis & Cellular Stress Support
These compounds are studied for their ability to influence programmed cell death and stress signaling.
- Ashwagandha
https://helping4cancer.com/ashwagandha-withaferin-a-cancer-pathways/ - Honokiol
https://helping4cancer.com/honokiol-cancer-protocol/ - Ursolic Acid
https://helping4cancer.com/ursolic-acid-cancer-protocol/ - Dandelion Root
https://helping4cancer.com/dandelion-root-cancer-protocol/ - IP6 (Inositol Hexaphosphate)
https://helping4cancer.com/ip6-cancer-protocol/
Oxidative Stress & ROS-Related Compounds
These compounds influence redox balance and oxidative pressure within cells.
- Vitamin C
https://helping4cancer.com/vitamin-c-cancer-protocol/ - Melatonin
https://helping4cancer.com/melatonin-and-cancer/ - Astaxanthin
https://helping4cancer.com/astaxanthin-cancer-benefits-risks-diet-guide/ - Green Walnut Husk
https://helping4cancer.com/green-walnut-husk-cancer-guide/
Metabolic & Microenvironment Strategies
These compounds influence tumor environment and metabolic conditions.
- Baking Soda / pH Buffering
https://helping4cancer.com/triple-blend-baking-soda-cancer-ph-buffering/ - Tributyrin
https://helping4cancer.com/tributyrin-colon-cancer-gut-healing-recovery/ - Pancreatin
https://helping4cancer.com/pancreatin-enzymes-cancer-support/ - Bone Glue
https://helping4cancer.com/bone-glue-gut-healing-radiation/
Experimental / Investigational Compounds
These are being explored in preclinical or investigational cancer research.
- Fenbendazole
https://helping4cancer.com/fenbendazole-cancer-protocol-timing-dosage/ - Ivermectin
https://helping4cancer.com/ivermectin-cancer-protocol/ - Apricot Seeds (B17)
https://helping4cancer.com/b17-apricot-seeds-cancer-benefits/
Additional Plant Compounds
- Andrographis
https://helping4cancer.com/andrographis-cancer-protocol/ - Bupleurum
https://helping4cancer.com/bupleurum-cancer-benefits/ - Cat’s Claw
https://helping4cancer.com/cats-claw-cancer-protocol/ - Ceylon Cinnamon
https://helping4cancer.com/ceylon-cinnamon-cancer-protocol/ - Black Garlic
https://helping4cancer.com/black-garlic-and-cancer/ - Milk Thistle
https://helping4cancer.com/milk-thistle-cancer-protocol/ - Spermidine
https://helping4cancer.com/spermidine-cancer-protocol/ - Sweet Wormwood (Artemisinin)
https://helping4cancer.com/sweet-wormwood-artemisinin-cancer-protocol/
How These Supplements Work Together
Cancer is not driven by a single pathway—it involves:
- metabolic reprogramming
- immune evasion
- inflammatory signaling
- angiogenesis and survival pathways
That’s why effective strategies often focus on:
- targeting multiple pathways at once
- supporting immune function
- creating metabolic pressure
- balancing oxidative stress
Explore Related Topics
- https://helping4cancer.com/cancer-metabolism/
- https://helping4cancer.com/glycolysis-cancer/
- https://helping4cancer.com/immune-system-and-cancer/
- https://helping4cancer.com/reactive-oxygen-species-cancer/
- https://helping4cancer.com/cancer-survival-pathways/


