Hyperbaric Plus

03/03/2026

In this powerful segment, our guest shares her deeply personal journey of discovering how mold exposure in her home led to a kidney cancer diagnosis. She discusses the initial symptoms like brain fog and anxiety, the struggle to find a doctor who would listen, and the pivotal moment of connecting her illness to mold found in her ice machine. We need to emphasize the importance of finding the root cause of health issues and the role of environmental toxins in lives.

02/26/2026

Join Jesse Hernandez for a foundational discussion on peptide therapy, including BPC-157, TB-500, GLP-1, and other emerging compounds. This livestream explores mechanisms, potential applications, safety considerations, sourcing concerns, and responsible use. Designed to educate clients and practitioners, this session provides practical insight into how peptides are being explored to support recovery, metabolism, and overall wellness.

02/25/2026

It is with heavy hearts that we share the passing of our dear friend and colleague, Dr. Twyla Wilson ND, who went home to Heaven peacefully last Sunday afternoon.

Twyla was a quiet strength within Hyperbaric+. She served with humility, wisdom, and deep compassion, always placing others before herself. Her presence brought light to our team and to the many lives she touched.

While we grieve her absence, we are grateful for the time we shared and the legacy of kindness she leaves behind.

Please keep her family and loved ones in your prayers during this time.

In gratitude for her life and the light she shared,
Hyperbaric+

02/24/2026

Parkinson’s Disease (PD) is a progressive neurodegenerative disorder marked by dopaminergic neuron loss in the substantia nigra.

Key drivers include:

Reduced circulation

Oxidative stress

Mitochondrial dysfunction

Neuroinflammation

Protein misfolding (alpha-synuclein aggregation)

Nutrition and supplementation can influence these pathways—either worsening or supporting them.

With Keith Bishop

Parkinson’s Disease (PD) is a progressive neurodegenerative disorder marked by dopaminergic neuron loss in the substantia nigra.Key drivers include:Reduced c...

02/20/2026

Join Paul as he sits down with veterans Brad and Chase to explore the transformative power of hyperbaric chambers in healing both the body and mind. Hear their personal stories of recovery from PTSD, brain injuries, and other challenges, and discover how innovative hyperbaric therapies are changing lives through science, resilience, and hope.
Hyperbarics for Heroes

Join Paul as he sits down with veterans Brad and Chase to explore the transformative power of hyperbaric chambers in healing both the body and mind. Hear the...

02/19/2026

with Keith Bishop -
Why fungi are found in tumors
Large sequencing studies detect low-abundance fungal DNA/cells in breast, lung, GI, melanoma, and gynecologic tumors. This does NOT mean infection, causation, or carcinogen status. It DOES show fungi act as ecological participants influenced by immune, metabolic, and inflammatory terrain.

Clinical correlations
Fungal presence aligns with immune activation patterns, inflammatory signaling, metabolic gradients, and co-localization with bacteria—suggesting terrain-responsive behavior shaped by host biology.

Systemic associations of fungal imbalance (not infection)
• Metabolic: impaired glucose tolerance, insulin resistance, lipid disruption, obesity inflammation
• GI: permeability changes, SCFA shifts, mucosal immune activation
• Immune/Autoimmune: Th17 activation, MS, psoriasis, IBD, rheumatoid arthritis, neuroinflammation (Alzheimer’s, Parkinson’s)
• Cardiometabolic: hypertension, endothelial dysfunction, CV risk
• Respiratory: chronic sinus inflammation, airway reactivity
• Skin/mucosal: dermatitis, recurrent irritation

Terrain conditions favoring fungi
High glucose/insulin, chronic inflammation, oxidative stress, high cortisol, poor sleep/circadian disruption, low polyphenols, sedentary lifestyle, low fiber, disrupted gut ecology.

Conditions reducing fungal advantage
Stable glucose, low inflammation, polyphenol-rich diet, circadian alignment, stress regulation, movement + strength training, high-fiber microbiome nutrition.

Tumor biology interactions
A) Immune modulation → macrophages, neutrophils, dendritic cells
B) Metabolic crosstalk → acidity, oxidative stress, competition, signaling
C) Microbiome synergy → inflammation, immune evasion, gradients

Nutrition strategies
Glycemic control (lower-glycemic meals, pair carbs w/ protein/fat, reduce ultra-processed carbs, time-restricted eating)
Polyphenols: berries, green tea, turmeric, oregano/rosemary/thyme, cacao, pomegranate, crucifers
Fiber/prebiotics: flax, chia, h**p, onions, garlic, leeks, asparagus, artichokes, legumes, resistant starch
Anti-inflammatory: omega-3 foods, colorful plants, herbs/spices, low sugar/alcohol

Botanicals (in-vitro antifungal evidence)
Clove, garlic, oregano, thyme, cinnamon, tea tree, berberine herbs
Polyphenols: quercetin, EGCG, curcumin, resveratrol, pomegranate extract
Antioxidants: vitamin C, NAC, ALA, glutathione precursors

Microbiome support
Prebiotics, select strain-specific probiotics, postbiotics (butyrate)

Adaptogens/stress modulators
Ashwagandha, rhodiola, holy basil, L-theanine

Lifestyle terrain levers
Time-restricted eating, strength training, daily movement; morning light, consistent sleep, avoid late eating; breathwork, meditation, nature exposure, structured recovery.

Key takeaway
Fungi commonly exist in tumors at low levels and reflect terrain conditions. Whole-terrain strategies (nutrition, circadian rhythm, stress, movement) may influence fungal ecology indirectly by improving host physiology.

Primary references
Cell (2022) pan-cancer fungal ecology studies; Mol Cancer (2025) mycobiome review; multiple antimicrobial/essential-oil mechanism papers; immunology research on Th17/IL-17A pathways.

02/17/2026

Before we mentioned how Bayer—yes, the giant behind glyphosate—has been pushing for immunity from lawsuits tied to chemical-induced cancers. That raised a flood of questions from farmers and listeners alike. One farmer told me point blank:

‘I get it, but we have no choice. Without chemicals, the bugs eat everything.’
Today, we’re challenging that idea—with science from a country that proved otherwise.

with Keith Bishop

“Last episode, we mentioned how Bayer—yes, the giant behind glyphosate—has been pushing for immunity from lawsuits tied to chemical-induced cancers. That rai...

02/12/2026

Today we explore with Keith Bishop how to naturally increase GLP-1 through diet, lifestyle, and targeted supplements.

GLP-1, glucagon-like peptide-1, is one of the most powerful metabolic hormones in the body. It influences appetite, insulin sensitivity, inflammation, brain health, kidney function, and cancer-related metabolic pathways.

Higher GLP-1 levels are associated with lower risk of diabetes, obesity, cardiovascular disease, chronic kidney disease, dementia, and improved cancer-related metabolic terrain.

Thank you to Nay-Nay, my granddaughter, for suggesting this seminar and guide.

WHAT GLP-1 IS & WHY IT MATTERS

GLP-1 is an incretin hormone released from L-cells in the small intestine in response to nutrients. It:

• Enhances glucose-dependent insulin secretion
• Increases satiety
• Suppresses glucagon
• Reduces inflammation
• Slows gastric emptying
• Supports beta-cell survival

GLP-1 & DISEASE PREVENTION

Metabolic Disease & Diabetes
Improves insulin sensitivity and reduces post-meal glucose.

Obesity
Reduces appetite and slows gastric emptying.

Cardiovascular Disease
Reduces inflammation and improves endothelial function.

Chronic Kidney Disease
Reduces oxidative stress and albuminuria.

Dementia & Neuroprotection
Crosses the blood-brain barrier and reduces neuroinflammation.

Cancer Metabolism
Improves metabolic terrain with lower insulin, lower inflammation, and lower visceral fat, all associated with reduced cancer risk.

FOODS THAT INCREASE GLP-1 NATURALLY

Mechanisms include:

• Short chain fatty acid production such as butyrate and propionate
• Microbiome modulation
• Polyphenol-induced L-cell stimulation
• Improved insulin sensitivity
• Viscous fiber slowing carbohydrate absorption

High-Fiber Foods especially viscous fiber
Soluble fiber fermentation leads to SCFAs and GLP-1 release via FFAR2 and FFAR3 receptors.

Oats with beta-glucan
Psyllium
Flaxseed
Barley
Chia
Lentils and beans

Resistant Starch Foods
Cooked and cooled potatoes
Green bananas
Lentils
Beans

Fermented Foods
Kefir
Kimchi
Fermented vegetables
Yogurt
Sauerkraut

Polyphenol-Rich Foods
Berries rich in anthocyanins
Citrus rich in hesperidin
Green tea
Pomegranate with ellagitannins converting to urolithin A
Cocoa and dark chocolate
Red grapes
Extra virgin olive oil

Nuts That Boost GLP-1
Walnuts increase SCFA-producing bacteria and improve insulin sensitivity
Pistachios improve microbiome composition and glucose metabolism
Almonds slow gastric emptying
Pecans and hazelnuts provide polyphenols that protect L-cells

Leafy Greens with Thylakoids
Slow fat digestion and increase GLP-1 and satiety

Sweeteners
Allulose increases GLP-1 and improves glucose tolerance

Legumes
High in viscous fiber and resistant starch leading to SCFA production

Fruits With Strong GLP-1 Effects
Apples with pectin
Berries
Pears
Citrus
Pomegranate

SUPPLEMENTS THAT INCREASE GLP-1

Berberine increases GLP-1 secretion and improves insulin sensitivity
Inositol including myo and chiro forms improves insulin signaling
Magnesium improves GLP-1 secretion and glucose tolerance
Probiotics including Lactobacillus and Bifidobacterium strains increase GLP-1
Green tea extract EGCG stimulates GLP-1 and reduces inflammation
Curcumin improves incretin response
Quercetin enhances GLP-1 secretion
Resveratrol improves GLP-1 release

LIFESTYLE STRATEGIES

Intermittent fasting increases GLP-1 secretion and improves incretin sensitivity
Exercise including aerobic and resistance training increases GLP-1 and receptor sensitivity
Sleep optimization is critical since short sleep reduces GLP-1 and increases ghrelin
Stress reduction is essential because chronic stress blunts GLP-1 signaling

GLP-1 INFLUENCES

Appetite
Inflammation
Kidney function
Insulin sensitivity
Brain health
Cancer-related metabolic pathways

IMPORTANT DISCLAIMER

This information is for educational purposes only and is not medical advice. It is not intended to diagnose, treat, cure, or prevent any disease.

Always consult your licensed healthcare team before making changes to your diet, supplements, medications, or health program.

Dietary supplement statements have not been evaluated by the Food and Drug Administration. Supplements are not intended to diagnose, treat, cure, or prevent any disease.

Keith Bishop
Clinical Nutritionist
Cancer Coach
Retired Pharmacist

Prevail Over Cancer LLC
www.PrevailOverCancer.com

405-550-5383

Cancer Tactics | Cancer Academy | Cancer Coaching

Copyright 2026 Prevail Over Cancer LLC

02/06/2026

Join us as we explore the transformative journey of veterans like Trevor through the Hyperbarics for Heroes program. Discover how hyperbaric therapy, neurofeedback, and innovative modalities are helping veterans overcome anxiety, improve mental health, and enhance their quality of life.

Learn about the power of community and the importance of sharing experiences to support fellow veterans.

Join us as we explore the transformative journey of veterans like Trevor through the Hyperbarics for Heroes program. Discover how hyperbaric therapy, neurofe...

02/05/2026

Join us with Keith Bishop to discuss male breast cancer. Male breast cancer accounts for approximately 1% of all breast cancer cases, yet incidence has been rising over the past several decades. Due to low awareness and the misconception that “men don’t get breast cancer,” men are often diagnosed at later stages. Early detection and risk-reduction strategies are critical.

In this educational presentation, Keith Bishop, Clinical Nutritionist, Cancer Coach, and Retired Pharmacist, with Prevail Over Cancer™, explains how male breast cancer differs from female breast cancer and outlines genetic, hormonal, metabolic, lifestyle, and environmental risk factors, along with practical prevention strategies.

🔬 KEY TOPICS COVERED

• How male breast cancer compares to female breast cancer
• Why men are often diagnosed later (median age ~65)
• Genetic risk factors: BRCA2 (highest risk), BRCA1, CHEK2, PALB2
• Associated cancers: prostate, pancreatic, melanoma, ovarian
• Hormonal drivers of elevated estrogen:
– Obesity
– Liver disease / cirrhosis
– Klinefelter syndrome (XXY)
– Estrogen therapy
– Elevated 4- and 16-hydroxyestrone
• Environmental & medical risks:
– Prior chest radiation
– Heavy alcohol use
– Testicular disorders or injury
• Higher incidence in non-Hispanic Black men

🧬 GENETIC & RISK ASSESSMENT

Men with personal or family histories of breast, ovarian, prostate, pancreatic, or melanoma cancers should consider genetic counseling and testing.

🔗 Genetic Cancer Risk Test
https://www.prevailovercancer.com/myrisk-cancer-genetic-test

🩺 EARLY DETECTION: MONTHLY SELF-EXAM

Men should perform monthly breast and chest self-exams:
• Inspect ni***es and ar**la for changes
• Palpate under and around the ni**le
• Watch for skin dimpling, redness, or swelling
• Check armpits for lymph node enlargement

Men with BRCA1/2 mutations should begin annual clinical breast exams at age 35.

🥗 NUTRITION, LIFESTYLE & METABOLIC HEALTH

Protective dietary patterns:
• High-fiber, plant-forward diets
• Cruciferous vegetables (broccoli, kale)
• Omega-3 rich foods (salmon, sardines, flax)
• Polyphenol-rich foods (berries, green tea, turmeric)

Foods to limit:
• Excess alcohol (≤2 drinks/day recommended)
• Ultra-processed foods
• High-sugar diets that worsen insulin resistance

Lifestyle guidance:
• Maintain healthy body weight
• Exercise 150–300 minutes/week
• Minimize endocrine-disrupting exposures

💊 SUPPLEMENTS (NOT TREATMENTS)

Potentially supportive (mechanistic or observational evidence):
• Curcumin – anti-inflammatory, NF-κB modulation
• Omega-3 fatty acids – inflammatory & metabolic support
• Vitamin D – low levels linked to worse outcomes
• Green tea catechins – antioxidant & anti-proliferative

⚠️ Use caution with high-dose antioxidants during active cancer treatment.

📋 PRACTICAL RISK-REDUCTION PLAN

Daily / Weekly:
• Healthy weight & regular exercise
• Cruciferous vegetables, berries, omega-3s
• Alcohol moderation
• Monthly self-exam

Annually:
• Clinical breast exam if BRCA-positive
• Discuss genetic testing with family cancer history
• Review medications & supplements with oncology team

🔗 IMPORTANT LINKS

🌐 Prevail Over Cancer
https://www.PrevailOverCancer.com

🧪 Estrogen Metabolite Testing
https://labs.rupahealth.com/store/storefront_64e2oDG?storefrontProduct=strprod_OkVoql7

📚 American Cancer Society – Male Breast Cancer
https://www.cancer.org/cancer/types/breast-cancer-in-men/causes-risks-prevention.html

📖 Zheng G, Leone JP. Male Breast Cancer: An Updated Review of Epidemiology, Clinicopathology, and Treatment.
https://doi.org/10.1155/2022/1734049

📞 Contact: 405-550-5383

⚠️ DISCLAIMER

This video is for educational purposes only and does not diagnose, treat, or cure disease. Always consult a licensed healthcare professional.

02/05/2026

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