Envisage Health

🌿 ENVISAGE HEALTH
Menopause Support Protocol
A structured, supportive approach to restore balance, energy and emotional wellbeing

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Many of the symptoms experienced during menopause — fatigue, poor sleep, anxiety, mood changes — are often linked to a dysregulated nervous system and disrupted daily rhythms.

The focus should be on stability, consistency, and support.

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🌅 Morning Light (Circadian Reset)
10–20 minutes outdoors within 30–60 minutes of waking
Gentle walk preferred

Morning light helps regulate your internal clock, balance cortisol, and improve sleep quality later that night.

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🌬️ Nervous System Regulation (Breathwork)
5–10 minutes daily
Inhale 4 seconds → Exhale 6–8 seconds

This activates the parasympathetic nervous system, reducing stress, anxiety, and that “on edge” feeling.

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🚶‍♀️ Gentle, Consistent Movement
Walking, yoga, Pilates or stretching
Focus on consistency over intensity

This supports circulation, stabilises mood, and helps the body function without adding extra stress.

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🎨 Creative / Calming Outlet
2–3 times per week
Journaling, art, photography, or quiet time

This provides a simple way to process emotions and reduce mental load.

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🤝 Social Connection
1–2 low-pressure interactions per week
Keep it simple and supportive

Connection supports emotional wellbeing and helps reduce feelings of isolation.

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🧠 Mindset Anchor (Daily Practice)
Take 1–2 minutes to notice 3 small things you appreciate

This helps shift the body out of stress mode and builds emotional resilience over time.

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🔑 Key Principles
Consistency over intensity
Regulation over stimulation
Support over pressure

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🧾 Simple Daily Framework
• Morning light + short walk
• 5 minutes breathwork
• Gentle movement
• One calming or creative activity
• Weekly social connection
• Daily appreciation practice

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Menopause is not about losing yourself — it’s about adapting to a new phase that requires a different kind of support.

Over the past few years I’ve become interested in how the body produces energy, repairs tissue, and maintains long-term resilience. This is a simple approach I’m experimenting with based on those ideas.

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Simon Burnett’s Metabolic Energy & Repair Protocol

A simple approach I’m experimenting with to support energy, recovery, and long-term health.

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Quick Summary

This is a personal approach I’m using to support three key systems in the body:

• Cellular energy production
• Inflammation control
• Connective tissue repair

The idea is simple: when cells produce energy efficiently and inflammation is controlled, the body is better able to repair itself, recover from stress, and maintain resilience over time.

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Why This Approach Interested Me

I became interested in this after learning more about how the body produces energy and repairs tissue.

Many health problems appear to connect back to disruptions in three major systems:

• mitochondrial energy production
• inflammation
• structural repair of tissues

Instead of focusing only on symptoms, I wanted to support the underlying systems that help the body stay healthy in the first place.

This protocol is simply my attempt to support those systems so the body can do what it’s naturally designed to do: produce energy, repair tissue, and stay resilient.

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The Foundation: Diet

Low-Carbohydrate / Ketogenic Diet

My diet focuses on reducing carbohydrates while emphasising protein and healthy fats.

This approach can provide:

• stable energy levels
• fewer blood sugar spikes
• lower insulin fluctuations

Stable blood sugar may reduce metabolic stress and inflammatory signalling.

Lower-carbohydrate diets can increase sodium loss through the kidneys, so maintaining electrolyte balance becomes important.

Electrolyte support

• salt
• magnesium

These help maintain hydration, nerve function, and muscle contraction.

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Supporting Cellular Energy

Every cell in the body runs on ATP, which is produced by structures called mitochondria.

Several parts of my protocol support this energy system.

Methylene Blue

Methylene blue has been studied for its effects on mitochondrial electron transport, which is part of the process that produces cellular energy.

In simple terms, it may help mitochondria produce energy more efficiently.

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Coenzyme Q10 (CoQ10)

CoQ10 is naturally present in mitochondria.

It helps move electrons through the mitochondrial energy chain and also acts as an antioxidant, helping protect cells from oxidative stress.

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Creatine

Creatine works like a backup battery for cells.

It helps regenerate ATP during periods of high energy demand and supports both muscle and brain energy metabolism.

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Supporting Tissue Repair

GHK-Cu

GHK-Cu is a naturally occurring copper peptide associated with:

• collagen production
• wound healing
• tissue repair signalling

Collagen is the main structural protein in skin, tendons, ligaments, and blood vessels, making it essential for connective-tissue health.

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Vitamin C

Vitamin C is required for enzymes that build strong collagen fibres.

Without sufficient vitamin C, collagen cannot form properly.

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Reducing Inflammation & Supporting Recovery

DMSO (Topical)

DMSO has been studied for its anti-inflammatory and antioxidant properties.

When applied topically, it may help reduce inflammation in targeted areas.

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Red Light Therapy

Red and near-infrared light therapy interacts with mitochondria in cells.

Research suggests it may help:

• support cellular energy production
• improve circulation
• assist tissue healing
• reduce inflammation

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How the System Fits Together

The protocol aims to support a simple biological cycle:

Better cellular energy
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Lower inflammation
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Stronger tissue repair
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Better recovery and resilience

Rather than overriding the body’s natural processes, the goal is to support the systems that allow the body to maintain health and repair itself effectively.

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My Current Stack

Diet

Low-carbohydrate / ketogenic diet

Cellular energy support

• methylene blue
• CoQ10
• creatine

Tissue repair support

• GHK-Cu
• vitamin C

Inflammation & recovery

• DMSO
• red light therapy

Electrolytes

• salt
• magnesium

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What Results I’m Hoping to See

The aim of this approach is to support improvements in:

• day-to-day energy levels
• recovery from physical stress or injury
• connective-tissue strength and joint health
• metabolic stability

This isn’t intended as a quick fix. It’s simply a long-term strategy aimed at supporting the body’s natural ability to produce energy, repair tissue, and stay resilient over time.

A simple way to understand cancer metabolism

One of the biggest discoveries in modern cancer research is that cancer cells don’t behave like normal cells when it comes to energy and growth.

Normal cells grow in a controlled way. Cancer cells, on the other hand, rewire their metabolism so they can grow rapidly and keep dividing.

To do this, they rely on several different fuels.

Many cancers consume large amounts of glucose (sugar) for energy — something known as the Warburg effect. But glucose isn’t the only fuel they can use.

Cancer cells can also run on glutamine, an amino acid that helps them produce energy, build DNA and manage oxidative stress. They may also depend on amino acids such as serine, glycine and methionine, which help build new cells and regulate gene activity.

Some tumors can even use fatty acids or recycle lactate — a substance often thought of as a waste product from exercise — as another fuel source.

One of the key discoveries is that tumors are often metabolically flexible. If one fuel becomes scarce, cancer cells may switch to another. This is one reason it is very difficult to “starve” cancer cells through diet alone.

Cancer cells are also incredibly resourceful. They can absorb proteins from surrounding fluid, break down nearby tissue, influence surrounding cells to supply nutrients, and even recycle their own internal components to survive.

At the center of all this is an important control system inside our cells called mTOR.

mTOR acts like a nutrient and growth sensor. It monitors signals such as glucose, amino acids, insulin, and IGF-1 (insulin-like growth factor), along with overall energy availability.

When nutrients and growth signals are abundant, insulin and IGF-1 activate pathways that stimulate mTOR, pushing cells into growth mode. This increases protein production, cell growth and cell division.

In many cancers these growth pathways become overactive, meaning the signal telling cells to grow is effectively stuck in the “on” position.

Understanding how cancer cells obtain fuel and how these growth signals work is one of the most active areas of cancer research today. Scientists are studying ways to target these metabolic pathways in order to slow tumor growth or make treatments more effective.

In simple terms:
Cancer cells don’t just grow uncontrollably — they reprogram how they use energy and nutrients while keeping powerful growth signals like insulin, IGF-1 and mTOR switched on, allowing them to grow, adapt and survive in ways normal cells cannot.

A Blood Moon symbolises accelerated growth — a moment where hidden emotions or patterns rise up so they can be acknowledged and released. It represents personal evolution, encouraging you to outgrow old versions of yourself and step into greater emotional maturity and clarity.