The Good mEdicine Roadmap
The embodiment of true health is when body, mind and spirit are working together in harmony and in balance. When you address and heal the nervous system you are also healing the emotional body, when you heal the emotional body you are also healing the psychic body. When you heal the psychic body you heal and elevate your vibration. Once you have healed your vibration realities shift..
Reclaiming Your Sovereignty
Botanical + Nutritional Support During Chemotherapy
Chemotherapy is an intense medicine. It asks the body to move through a period of tremendous cellular stress while simultaneously maintaining immune competence, rebuilding healthy tissue, protecting the intestinal barrier, maintaining nutritional reserves, and recovering between treatments. Our work alongside chemotherapy is therefore not simply to “boost the immune system.”
It is to tend the terrain.
We want to support healthy immune surveillance without exhausting the immune system. We want to protect the integrity of the gut because the gut is one of the body’s largest immune interfaces. We want healthy cellular membranes, strong nutritional reserves, adequate minerals, stable circadian rhythms, and as much physical and nervous-system resilience as possible.
Some of the supports below also have fascinating histories within integrative oncology and emerging research examining their biological activity in cancer. Where that research exists, it is important to understand it as adjunctive: these medicines accompany conventional cancer treatment rather than replace it.
Turkey Tail
Trametes versicolor
Turkey tail is one of the medicinal mushrooms I most often think about when supporting someone moving through cancer treatment. Its medicine comes largely from complex polysaccharides, particularly beta-glucans and the extensively studied compounds PSK and PSP. These polysaccharides interact with innate and adaptive immune pathways rather than behaving like a simple immune stimulant.
This distinction matters.
The immune system is constantly surveying the internal environment, recognizing abnormal cells, coordinating inflammatory responses, communicating through cytokines, and directing natural-killer cells, macrophages, dendritic cells, and T cells. Medicinal mushroom polysaccharides appear capable of influencing several of these pathways.
Turkey tail has an unusually substantial history within integrative oncology. A systematic review and meta-analysis involving 13 clinical trials of Coriolus/Trametes versicolor preparations reported a survival advantage when these preparations were added to conventional cancer treatment. (PubMed)
A broader 2023 systematic review of medicinal-mushroom supplements in cancer found that many of the included studies reported improvements in treatment toxicity, quality of life, and immune or cytokine measures, while also emphasizing considerable variation among preparations and studies. (PubMed)
Turkey tail has also been investigated in women recovering from cancer treatment, where investigators observed dose-related changes in immune parameters following radiation therapy. (PubMed Central (PMC))
Why I am recommending it
Immune modulation • immune surveillance • beta-glucan support • natural-killer-cell and macrophage signaling • resilience during conventional treatment
Turkey tail represents one of the primary immune-terrain medicines in this protocol.
Reishi
Ganoderma lucidum
If turkey tail is medicine for immune surveillance, I think of reishi as medicine for immune intelligence and restoration. Reishi contains beta-glucans, polysaccharides, triterpenoids, sterols, and numerous other biologically active constituents. Modern research has examined its influence on immune signaling, inflammation, oxidative biology, cellular proliferation, apoptosis, and tumor-associated pathways. Much of the direct anticancer mechanistic research remains laboratory or preclinical research, but it helps explain why this mushroom has attracted so much attention in integrative oncology. (PubMed Central (PMC))
A Cochrane review involving five randomized trials and 373 participants found signals suggesting that adding Ganoderma to chemotherapy or radiation may improve treatment response and certain measures of host immune function compared with conventional treatment alone. It did not establish reishi as a stand-alone cancer treatment. (PubMed Central (PMC))
That distinction fits the way we are using this medicine perfectly. We are not asking reishi to replace chemotherapy. We are asking it to support you moving through chemotherapy.
Why I am recommending it
Immune modulation • beta-glucan support • inflammatory balance • stress resilience • restorative support • host defense
Reishi also carries a long traditional reputation as a restorative medicine during periods of depletion, illness, and physiological stress, making it particularly well suited to the terrain philosophy of this protocol.
BodyBio PC
Phosphatidylcholine + Phospholipid Complex
Every cell in the human body exists within a membrane made predominantly from phospholipids. These membranes determine far more than the shape of the cell. They participate in receptors, signaling, nutrient transport, mitochondrial biology, neurological communication, inflammatory signaling, and the way cells interact with their environment. Phosphatidylcholine is one of the most abundant phospholipids within mammalian cell membranes.
Cancer research itself has demonstrated just how deeply phosphatidylcholine metabolism and membrane lipid architecture are intertwined with cellular signaling and adaptation. Altered choline and phosphatidylcholine metabolism are recognized features of tumor biology, which has led researchers to study membrane lipid metabolism as a therapeutic target. (PubMed)
That research does not mean supplemental phosphatidylcholine treats cancer. Our reason for using PC is different.
Chemotherapy places tremendous demands upon healthy tissues as they continually repair themselves. From a terrain perspective, I want the body supplied with the structural lipids it uses to maintain healthy cellular and mitochondrial membranes.
Phosphatidylcholine also participates in bile physiology and hepatic lipid transport, giving it an additional role in supporting a liver that is metabolically very busy during treatment.
Why I am recommending it
Cellular membrane nourishment • phospholipid replenishment • mitochondrial terrain • liver and bile support • neurological membrane support • healthy cellular communication
This is structural medicine. Rather than forcing the body to “detox harder,” we are supplying some of the raw materials from which healthy cells rebuild.
Mega IgG
Serum-Derived Bovine Immunoglobulins
The intestinal tract may be one of the most important terrains we protect during chemotherapy. The gut lining is made from rapidly renewing cells. Because many chemotherapy agents affect rapidly dividing tissues, the gastrointestinal mucosa can become collateral territory during treatment. This can show up as nausea, diarrhea, altered bowel function, intestinal inflammation, loss of appetite, impaired nutrient absorption, and mucositis. MegaIgG provides serum-derived bovine immunoglobulins, particularly IgG. Unlike an intravenous immunoglobulin product, these immunoglobulins primarily remain within the gastrointestinal lumen. There they can bind bacterial components and other microbial antigens, influence mucosal immune activity, and support intestinal barrier function. This gets especially interesting in the chemotherapy literature.
In an experimental model of irinotecan-induced gastrointestinal mucositis, oral serum-derived bovine immunoglobulin reduced the incidence, severity, and duration of mucositis and was associated with reduced intestinal tissue injury. (PubMed)
Published case reports have also described use of serum bovine immunoglobulin for chemotherapy-associated mucositis. (PubMed)
This is precisely the terrain we are attempting to preserve.
Why I am recommending it
Intestinal barrier support • mucosal immune regulation • binding of microbial antigens • digestive resilience • gut-immune support • protection of nutritional terrain
I particularly like this approach because we are not immediately trying to flood an immunocompromised digestive tract with organisms. We are first tending the soil. This product is bovine-derived and should not be used with a true beef allergy.
Ashwagandha
Withania somnifera
Ashwagandha is one of Ayurveda’s great restorative herbs. Traditionally it belongs to the category of rasayana medicines; medicines used to restore strength, vitality, resilience, and capacity after periods of depletion. That makes it particularly compelling when we think about chemotherapy-induced fatigue. Cancer-related fatigue is not simply being tired. It can arise from inflammation, sleep disruption, treatment burden, anemia, mitochondrial stress, nutritional depletion, psychological stress, and the tremendous energetic demand of tissue repair.
There is human research specifically examining Withania somnifera during chemotherapy.
In a clinical study of women receiving chemotherapy for breast cancer, women taking ashwagandha reported significantly better measures of fatigue and several quality-of-life domains compared with controls. The researchers concluded that Withania showed potential for reducing cancer-related fatigue, while appropriately calling for larger randomized trials. (PubMed)
Withania’s phytochemistry is also fascinating. Its withanolides (particularly withaferin A) have been extensively investigated experimentally for effects on apoptosis, inflammatory pathways, cellular proliferation, and cancer-cell signaling. Those mechanistic findings should not be confused with proof that ordinary ashwagandha supplements treat cancer, but they add another layer to our understanding of this plant. (PubMed Central (PMC))
Why I am recommending it
Chemotherapy-related fatigue • adaptogenic support • nervous-system resilience • stress physiology • restorative sleep • quality of life
This is medicine for helping the body continue to have reserve.
Magnesium Glycinate
Foundational Mineral Support
Magnesium is involved in hundreds of enzymatic reactions throughout the body. It is required for ATP metabolism, muscular function, neurological signaling, glucose regulation, bowel motility, electrolyte balance, and sleep. During chemotherapy I consider mineral sufficiency foundational rather than optional. Reduced food intake, vomiting, diarrhea, renal losses, medications, and treatment-associated changes in electrolyte handling can all affect mineral status. Some platinum-based chemotherapy agents are particularly well known for causing magnesium wasting.
Why I am recommending it
ATP and cellular energy • nervous-system regulation • muscle function • bowel regularity • sleep • electrolyte terrain
Magnesium dosing should ultimately follow kidney function, serum chemistry, bowel tolerance, and the specific chemotherapy regimen.
Vitamin D3 + K2
Guided by Laboratory Testing
Vitamin D sits at the intersection of endocrine function and immune biology. Vitamin D receptors are found throughout the body, and vitamin D influences immune signaling, inflammation, cellular differentiation, bone physiology, and gene expression.
There is substantial scientific interest in vitamin D and ovarian cancer specifically. Observational research has repeatedly investigated relationships between vitamin-D status and ovarian-cancer risk or prognosis, although results are not completely consistent. Some reviews have reported associations between lower vitamin-D levels and poorer outcomes, while another systematic review concluded that evidence for an effect on ovarian-cancer survival remains insufficient. (PubMed Central (PMC))
That is exactly why I do not recommend blindly megadosing vitamin D. I want to measure it and correct the terrain that actually exists.
Why I am recommending it
Correction of deficiency • immune regulation • bone protection • hormonal signaling • inflammatory terrain
We will base supplementation on the serum 25-hydroxy vitamin D level and monitor it rather than guessing.
Omega-3 Fatty Acids
EPA + DHA
EPA and DHA become incorporated directly into cellular phospholipid membranes and influence the production of lipid mediators that regulate inflammation. During chemotherapy, nutritional resilience matters enormously. Cancer itself and cancer treatment can create a metabolic environment favoring inflammation, appetite loss, weight loss, and loss of lean tissue. Omega-3 fatty acids have therefore been investigated extensively within oncology nutrition.
A 2024 randomized study found that omega-3 supplementation during chemotherapy improved body weight and health-related quality-of-life measures, although it did not significantly change skeletal muscle mass. (PubMed) Other systematic reviews have reached mixed conclusions regarding muscle and body-weight preservation, which tells us omega-3s are supportive nutrition rather than a guaranteed anticachexia therapy. (PubMed)
Why I am considering it
Inflammatory balance • cellular membrane composition • nutritional resilience • cardiovascular support • maintenance of physical reserves
I would coordinate its timing with the actual chemotherapy regimen rather than automatically using high-dose fish oil immediately surrounding every infusion.
Protein + Amino Acid Nourishment
This is one of the most important parts of the entire protocol. Healing requires substrate. The body needs amino acids to manufacture immune proteins, enzymes, neurotransmitters, connective tissue, transport proteins, and new healthy cells. During chemotherapy, nausea, taste changes, exhaustion, mouth soreness, digestive changes, and appetite loss can make ordinary food suddenly difficult. This is why adequate protein becomes medicine. Our goal is not dietary perfection. Our goal is to keep her nourished enough to heal. A clean protein powder or easily tolerated shake may become invaluable on days when preparing or eating a full meal feels impossible.
Why I am recommending it
Lean-mass preservation • tissue rebuilding • immune proteins • enzyme production • recovery • physical reserve
The stronger the nutritional foundation remains, the more resources the body has available for recovery between treatments.
Electrolytes + Hydration
Water alone does not create hydration. True hydration depends upon water moving alongside minerals including sodium, potassium, chloride, and magnesium. Chemotherapy can disturb this balance through reduced intake, vomiting, diarrhea, changes in kidney handling, appetite loss, and medications.
Why I am recommending it
Hydration • mineral replacement • blood-volume support • nerve conduction • muscular function • recovery
Hydration requirements may change dramatically through the treatment cycle, so this is something we will adjust according to what the body is actually experiencing.
Ginger
Zingiber officinale
Ginger is one of the oldest digestive medicines in herbal practice. Its aromatic and pungent constituents (including gingerols and shogaols) interact with gastrointestinal motility and serotonergic pathways involved in nausea. Research on chemotherapy-induced nausea is mixed overall, but multiple human trials and systematic reviews have found benefit in some populations, particularly when ginger is used alongside standard anti-nausea treatment rather than in place of it. For me, this is less about making ginger part of a massive anticancer strategy and more about keeping a reliable plant ally nearby when digestion becomes difficult.
Why I am recommending it
Nausea • digestive motility • appetite support • gastric comfort • warming digestive medicine
Ginger may be used more heavily during the portions of the treatment cycle when nausea is most prominent.
Melatonin
Circadian + Nighttime Restoration
Melatonin is commonly reduced to “the sleep hormone,” but biologically it is much more interesting than that. Melatonin participates in circadian signaling, mitochondrial physiology, immune communication, inflammatory regulation, and cellular redox biology. There is also a surprisingly deep body of integrative-oncology research surrounding it.
Meta-analyses of randomized trials have reported potential improvements in several outcomes when melatonin was used alongside chemotherapy or radiation, including treatment response and some treatment-related adverse effects. (PubMed)
What interests me just as much is the terrain itself. Circadian rhythm is biology. Repair happens rhythmically. Hormones move rhythmically. Immune cells move rhythmically. Mitochondrial activity moves rhythmically. Helping someone maintain a strong distinction between day and night during illness is therefore meaningful medicine.
Why I am considering it
Sleep • circadian restoration • nighttime repair • mitochondrial terrain • fatigue support • nervous-system recovery
Conditional Support
These are medicines we may introduce according to how the body responds rather than giving everything immediately.
L-Glutamine
Mucosal Repair Support
Glutamine is one of the primary fuels used by intestinal epithelial cells. During severe physiological stress, the body’s demand for glutamine can rise considerably. It has consequently been studied for chemotherapy- and radiation-associated mucositis. A systematic review examining oral glutamine for treatment-associated mucositis found benefit in 11 of 15 included studies, including reductions in moderate-to-severe mucositis in several treatment settings. (PubMed) Additional reviews have reported benefit for oral mucositis associated with chemotherapy and/or radiation, although findings vary between treatment populations. (PubMed)
This is why I prefer keeping glutamine as responsive medicine.
If the mouth, esophagus, or intestinal tract begins demonstrating significant mucosal injury, then we decide whether this tool belongs.
Why we may use it
Intestinal epithelial fuel • mucosal repair • mouth and GI integrity • recovery from treatment-associated mucosal injury
The Golden Thread of This Protocol
This protocol is not being built around the idea that cancer means the body has failed. Nor are we trying to wage another war inside a body already undergoing an extraordinarily powerful treatment.
We are asking a different question: What does this body need in order to remain as whole, nourished, resilient, and intelligent as possible while walking through chemotherapy?
Turkey tail and reishi tend immune terrain.
MegaIgG tends the intestinal boundary.
Phosphatidylcholine tends cellular architecture.
Ashwagandha tends reserve and resilience.
Magnesium and electrolytes tend the mineral waters of the body.
Vitamin D tends immune and endocrine signaling.
Omega-3s tend the lipid and inflammatory terrain.
Protein supplies the raw material for rebuilding.
Ginger tends digestion.
Melatonin tends the darkness in which repair occurs.
And when the gut or mucosa needs additional help, glutamine can become another tool.
There is no single supplement here responsible for healing. The protocol works by tending the ecosystem. That is the foundation of this approach.
A Note About Chemotherapy
Botanical medicine and chemotherapy can live in the same room, but they should know about one another. Once the exact chemotherapy regimen and supportive medications are known, each concentrated botanical and supplement will be reviewed in the context of those medications and the treatment cycle. This allows us to decide what is appropriate every day, what may be better between infusions, and what should be held or modified according to blood counts, liver and kidney function, symptoms, and treatment response.
This supportive protocol accompanies oncology treatment. It does not replace it.
For all souls deserve to be happy, abundant, and free
Photobiomodulation: Tending the Cellular Fire
Daily Red + Near-Infrared Light Therapy
Light is one of the oldest biological signals on Earth.
Long before the body encounters an herb, a supplement, or a medication, it is already responding to light. Our circadian rhythm follows it. Hormones respond to it. Mitochondria respond to it. The nervous system responds to it. For this reason, one of my favorite supportive practices during treatment is photobiomodulation, commonly called red light therapy.
This is not being recommended as a replacement for chemotherapy or as a claim that red light independently treats ovarian cancer. I am recommending it because chemotherapy asks an extraordinary amount of healthy tissue, and photobiomodulation gives us a unique way to work directly with cellular energy, recovery, inflammatory signaling, and tissue resilience.
What Is Photobiomodulation?
Photobiomodulation uses specific wavelengths of red and near-infrared light to influence biological activity within cells. Unlike ultraviolet light, these wavelengths do not work by damaging DNA. Instead, red and near-infrared photons can be absorbed by light-sensitive molecules within tissue. One of the most extensively studied targets is cytochrome c oxidase, an enzyme within the mitochondrial electron-transport chain.
This is important because mitochondria are responsible for creating much of the usable energy that allows our cells to function. When red and near-infrared light interact with mitochondrial biology, researchers have observed downstream changes involving:
ATP production and cellular energy
Nitric-oxide signaling and circulation
Reactive-oxygen-species signaling
Inflammatory pathways
Cellular repair and regeneration
Tissue recovery
This is why I think of red light as medicine for the cellular fire. We are not forcing the body to work harder. We are supporting the machinery through which healthy cells create energy, communicate, adapt, and repair.
Why This Matters During Chemotherapy
Chemotherapy works because cancer cells often divide rapidly. But cancer cells are not the only rapidly dividing cells in the body. The intestinal lining renews rapidly. Hair follicles divide rapidly. Bone marrow continually manufactures blood cells. The mouth and mucous membranes constantly regenerate. Healthy tissues throughout the body must continue repairing themselves while treatment is underway. This creates an enormous energetic demand. The goal of photobiomodulation during this period is therefore not simply “more energy.” It is cellular resilience. Photobiomodulation has become increasingly interesting within supportive oncology precisely because researchers have investigated its ability to reduce or manage treatment-associated complications such as oral mucositis, lymphedema, radiodermatitis, peripheral neuropathy, pain, and other forms of tissue injury. A systematic review examining 67 laboratory, animal, and clinical studies found that human studies using established photobiomodulation parameters supported its safety in oncology and demonstrated benefit for several cancer-treatment-related complications. Another systematic review specifically examining tumor safety during the management of cancer-treatment toxicities found no evidence in the included clinical literature that photobiomodulation increased recurrence or created a tumor-safety signal.
Mitochondria: Protecting the Energy-Making Terrain
Every healing process requires energy. Immune surveillance requires energy. Repairing the intestinal lining requires energy. Manufacturing new blood cells requires energy. Repairing tissue requires energy. Processing nutrients requires energy. Maintaining neurological function requires energy. Recovering from chemotherapy requires energy. And much of that energy begins inside the mitochondria. This is one of the primary reasons red and near-infrared light are being incorporated into this protocol. We are tending the cellular machinery responsible for making the energy healing requires.
Inflammation + Recovery
Inflammation is not inherently harmful. It is one of the body’s primary communication and repair systems. The problem occurs when inflammatory signaling becomes excessive, prolonged, or poorly resolved. Photobiomodulation has demonstrated effects on multiple inflammatory and redox-signaling pathways. Rather than simply suppressing inflammation, it appears capable of influencing the cellular signaling involved in the inflammatory response and subsequent tissue repair. This becomes especially valuable when the body is repeatedly moving through cycles of treatment, inflammation, repair, and recovery. The intention is to help the body return to equilibrium between those cycles.
Circulation + Nitric Oxide
Red and near-infrared light can also influence nitric-oxide biology. Nitric oxide participates in vascular tone and blood flow, helping regulate the delivery of oxygen and nutrients throughout tissues. Healthy circulation matters enormously during recovery. Blood carries oxygen. Blood carries minerals. Blood carries amino acids. Blood carries immune cells. Blood carries the raw materials of repair. Supporting circulation is another way of supporting the terrain rather than attempting to force a particular outcome.
My Preferred At-Home Device
TheraSage Full-Body PEMF + Red Light Mat
For home use, I recommend the TheraSage full-body therapy mat because it allows several restorative modalities to be incorporated into one practice. The mat combines photobiomodulation with pulsed electromagnetic fields (PEMF), infrared heat, and electrical stimulation capabilities. The centerpiece of our recommendation remains red and near-infrared photobiomodulation. The additional technologies provide other forms of supportive care.
PEMF- Pulsed Electromagnetic Fields
PEMF uses low-frequency electromagnetic pulses to interact with electrically responsive tissues. PEMF research has investigated effects involving cellular signaling, circulation, inflammatory processes, pain, musculoskeletal recovery, and tissue repair. For this protocol, I consider PEMF an adjunctive restorative modality, rather than an anticancer treatment. Think of it as another way of communicating with the body’s electrical terrain. Our cells are chemical, but they are also electrical. Nerves communicate electrically. Muscles contract through electrochemical gradients. Cell membranes maintain electrical potentials. Mineral ions move across membranes and generate the signals upon which life depends. PEMF gives us another gentle way of working with that dimension of physiology.
Infrared Heat
The mat also incorporates infrared heat. Heat can be deeply restorative when the body is tense, aching, cold, or fatigued. Gentle warmth can encourage relaxation, peripheral circulation, muscular comfort, and nervous-system settling.
During chemotherapy, however, more heat is not automatically better. Hydration status, blood pressure, nausea, dizziness, fever, anemia, and overall treatment tolerance can change throughout each chemotherapy cycle. For that reason, infrared heat should remain comfortable and restorative rather than becoming an aggressive sweating or “detoxification” practice. We are not trying to sweat chemotherapy out of the body. We are trying to support a body already doing an enormous amount of work.
TENS - Targeted Pain Support
The device also includes electrical stimulation capability that can be used as a separate tool for certain forms of discomfort. TENS works primarily by stimulating sensory nerves and altering pain signaling. It is not necessary for every red-light session. Instead, think of it as something available within the toolbox if musculoskeletal discomfort or other appropriate pain patterns arise during treatment.
How I Want You to Think About This Practice
This is not another task you need to perform perfectly. This is recovery time. Lie down. Turn the lights down. Breathe. Listen to music, a meditation, a book, or nothing at all. Allow the nervous system to settle while the body receives light. There is something important about creating a daily period in which the body is not being asked to fight, perform, accomplish, understand, or endure. It is simply being supported. This can become a small ritual of restoration during treatment.
Recommended Use
The intention is to build consistent, gentle exposure rather than aggressive treatment.
Begin conservatively and allow tolerance to guide the practice. Red/near-infrared light can become a regular restorative practice, while heat, PEMF, and TENS can be adjusted according to energy, hydration, symptoms, blood counts, treatment phase, and how the body feels that day. On days when treatment has left you depleted, nauseated, dizzy, dehydrated, feverish, or otherwise unwell, recovery may simply mean rest and hydration rather than completing a session.
Consistency matters more than intensity.
