Insulin resistance is increasingly common and can develop gradually over time. It may contribute to fatigue, cravings, weight gain, difficulty losing weight and unstable energy levels long before a person is diagnosed with prediabetes or type 2 diabetes. The good news is that with the right support, testing and lifestyle changes, insulin resistance can often be improved significantly.

In this blog, we explain what insulin is, how insulin is used in the body, what insulin resistance is, what causes it, the symptoms to watch for, how it is linked to diabetes, whether it can cause weight gain and how to test for and reduce insulin resistance.

By Nyanda Dennison, Clinical Nutritionist and Nutrition Coach

What Is Insulin?

Insulin is a hormone made by the pancreas. Its main role is to help regulate the amount of glucose in the bloodstream.

When we eat carbohydrates, our body breaks them down into glucose (sugar), the glucose enters our bloodstream and causes our blood glucose levels to rise. In response, the pancreas releases insulin to help move that glucose from the blood into the body’s cells, where it can be used for energy or stored for later use.

Without insulin, glucose remains in the bloodstream instead of reaching the cells that need it. This is why insulin is so important for maintaining healthy blood sugar levels and supporting normal energy production.

How Is Insulin Used In The Body?

Insulin acts a bit like a key. It helps unlock the cells so glucose can move from the bloodstream into muscle, liver and fat cells.

Once inside the cells, glucose can be:

• used immediately for energy
• stored in the liver and muscles as glycogen
• converted into fat for longer-term energy storage if there is an excess

When you haven’t eaten for a few hours blood glucose levels drop below normal and the pancreas releases a second hormone, called glucagon, which has the opposite effect of insulin. Glucagon converts the glycogen (out of the liver and muscle cells) back to glucose to use for energy and encourages fat burning.

In a healthy system, insulin and glucagon work together to keep blood sugar within a balanced range. Unfortunately for many people this process is disrupted by a condition called insulin resistance.

What Is Insulin Resistance?

Insulin resistance happens when the body’s cells stop responding to insulin. The pancreas may still produce insulin, sometimes in high amounts, but the cells do not respond as effectively as they should.

As a result, glucose is not moved out of the bloodstream efficiently. To compensate, the pancreas releases more insulin in an attempt to keep blood sugar under control, which results in high glucose AND high insulin in the bloodstream.

This is important because insulin resistance can exist for years before blood sugar becomes obviously abnormal on routine testing. Not only does high blood glucose make you feel awful… but it is also dangerous and can cause:

• Weight gain
• Cravings
• Irritability & depression
• Fatigue
• Poor concentration & memory
• and if not addressed, Type 2 diabetes and / or heart disease

What Is The Link Between Insulin Resistance And Diabetes?

Insulin resistance is one of the key drivers of type 2 diabetes.

In the earlier stages, the pancreas can often keep up by producing more insulin. This may keep blood glucose levels within a near-normal range for a period of time. However, if insulin resistance continues and the pancreas can no longer meet the increased demand, blood glucose begins to rise more consistently.

This progression often looks like this:

1. Insulin resistance develops
2. Insulin levels rise to compensate
3. Blood glucose starts to creep up
4. Prediabetes may develop
5. Type 2 diabetes may follow if it is not addressed

Not everyone with insulin resistance will go on to develop type 2 diabetes. However, it does increase the risk, especially when combined with other factors such as excess body fat, poor diet, chronic stress, low physical activity, sleep disruption or a family history of diabetes.

What Causes Insulin Resistance?

But what causes this condition, and what are the symptoms to watch out for?

The exact causes of insulin resistance are not fully understood. It is usually influenced by a combination of factors rather than one single cause. Some of the most common contributors include:

Excess body fat

Carrying excess weight, particularly around the abdomen, is strongly associated with insulin resistance. Visceral fat around the organs is especially linked to poorer insulin sensitivity.

Sedentary lifestyle

Physical inactivity reduces the body’s ability to use glucose effectively. Regular movement helps muscles become more responsive to insulin.

Diet high in refined carbohydrates and added sugars

A dietary pattern high in processed foods, sugary snacks, soft drinks and refined carbohydrates may contribute to blood sugar spikes and increased insulin demand.

Chronic stress

Long-term stress can increase cortisol and other stress hormones, which may affect blood sugar regulation and worsen insulin resistance over time.

Poor sleep

Inadequate or poor-quality sleep can disrupt hormones involved in appetite, metabolism and insulin sensitivity.

Genetics and family history

Some people may be more genetically predisposed to insulin resistance and type 2 diabetes.

Hormonal and medical conditions

Conditions such as polycystic ovary syndrome (PCOS), metabolic syndrome and non-alcoholic fatty liver disease are often linked with insulin resistance.

Inflammation

Low-grade chronic inflammation may also play a role in disrupting normal insulin signalling.

Understanding the causes and symptoms of insulin resistance is the first step towards managing and treating this condition.

Can Insulin Resistance Cause Weight Gain?

Insulin resistance can make weight gain more likely and can also make weight loss feel more difficult.

This is partly because insulin is a storage hormone. When insulin levels remain elevated, the body is more likely to store energy rather than burn it. High insulin levels may also increase hunger, cravings and energy dips, which can make it harder to maintain balanced eating habits.

People with insulin resistance often describe:

• strong cravings for sugar or refined carbohydrates
• feeling hungry again soon after eating
• afternoon energy crashes
• difficulty losing weight despite trying to eat well
• a tendency to gain weight around the middle

Weight gain can worsen insulin resistance, which can create a frustrating cycle. This is one reason why early intervention is so important.

What Are The Symptoms Of Insulin Resistance?

Insulin resistance does not always cause obvious symptoms in the early stages. However, there are several signs that may suggest blood sugar regulation is not working as well as it should.

Common insulin resistance symptoms may include:

• fatigue or low energy
• sugar cravings
• increased appetite
• difficulty losing weight
• weight gain, especially around the abdomen
• brain fog or poor concentration
• irritability or mood swings
• feeling shaky, light-headed or hungry between meals
• afternoon slumps
• disrupted energy after eating
• skin changes such as skin tags or darker patches of skin, particularly around the neck or underarms
• irregular periods or fertility issues in some women, especially with PCOS

These symptoms can overlap with other health issues, which is why proper assessment is important.

How To Test For Insulin Resistance

If insulin resistance is suspected, testing can help build a clearer picture. There is no single perfect test for everyone, and the most suitable option will depend on the person’s symptoms, health history and clinical presentation.

Insulin resistance tests that may be used include:

Fasting blood glucose

This measures blood sugar after an overnight fast. It can identify elevated blood glucose but may not detect earlier insulin resistance on its own.

HbA1c

A HbA1c test shows average blood glucose levels over the previous two to three months and can help identify prediabetes or diabetes.

Fasting insulin

This can provide insight into how much insulin the body is producing to maintain blood sugar control. In some cases, insulin may be elevated before glucose levels become abnormal.

HOMA-IR

This is a calculation that uses fasting glucose and fasting insulin to estimate insulin resistance.

Oral glucose tolerance test

This measures how the body handles glucose over time after drinking a glucose solution. It can be useful in some cases where blood sugar dysregulation is suspected.

Additional metabolic markers

A practitioner may also consider cholesterol, triglycerides, liver markers, waist circumference, blood pressure and other signs of metabolic dysfunction.

Testing should always be interpreted in context. A normal result on one marker does not always rule out early problems with insulin sensitivity.

How To Reduce Insulin Resistance

The good news is that insulin resistance can often be managed and even reversed with the right treatments and lifestyle changes. In many cases, these changes can have a significant impact on blood sugar control, energy and long-term health risk.

Focus on balanced meals

Meals that include protein, healthy fats and fibre can help slow the release of glucose into the bloodstream and improve satiety.

Choose better-quality carbohydrates

Carbohydrates are not the enemy. However, the type and quantity matter. Choosing less processed carbohydrates and paying attention to portion balance can support more stable blood sugar levels.

Examples include:

• oats
• legumes
• quinoa
• sweet potato
• brown rice
• fruit in sensible portions
• non-starchy vegetables

Reduce highly processed foods

Frequent intake of sugary drinks, sweets, pastries, white bread and ultra-processed snacks may worsen blood sugar instability and increase insulin demand.

Exercise regularly

Both aerobic exercise and resistance training can improve insulin sensitivity. Even walking after meals can be helpful.

Support healthy body composition

Losing even a modest amount of excess weight can improve insulin sensitivity in many people.

Prioritise sleep

Aim for consistent, restorative sleep where possible. Sleep plays a major role in appetite regulation, glucose control and metabolic health.

Manage stress

Chronic stress can worsen blood sugar regulation. Strategies such as mindfulness, breathing exercises, gentle movement and time outdoors may help.

Is Insulin Resistance Reversible?

In many cases, insulin resistance can be improved and sometimes significantly reversed, especially when it is identified early. That said, this depends on the underlying causes, how long it has been present and how consistently treatment strategies are applied.

The goal is not simply to lower blood sugar in the short term. It is to improve how the body responds to insulin and address the broader metabolic patterns contributing to the problem.

FAQs About Insulin Resistance

When To Seek Support

Insulin resistance can have many drivers, so a personalised plan is often more effective than a one-size-fits-all approach. If you are dealing with fatigue, cravings, brain fog, weight gain, unstable energy or concerns about blood sugar regulation, it may be worth exploring whether insulin resistance is playing a role.

If you believe you are struggling with blood glucose regulation or suspect you may have insulin resistance, book in with Nyanda, one of our Clinical Nutritionists, who will review your current symptoms, identify if an insulin resistance test is required and support you to get your health back on track and avoid any potential further complications.

The post Insulin Resistance: Symptoms, Causes, Testing and How To Reduce It appeared first on Perpetual Wellbeing.

I’m not against it.

But here’s the nuance most women are never told:

Taking hormones is one thing.
Metabolising them well is another.

Why Hormone Metabolism Matters – Even on HRT

Whether your hormones are coming from your ovaries or from a patch, gel, capsule or troche – your body still has to process them.

That processing happens through:

• Liver detoxification pathways (Phase I and Phase II)
• Methylation pathways
• Gut clearance mechanisms
• Cortisol balance
• Blood sugar regulation

If these systems are under strain, hormones can behave unpredictably.

This is when I see women say:

“I’m on HRT… so why do I still feel awful?”

Symptoms of Poor Hormone Metabolism in Perimenopause & Menopause

When hormone metabolism is compromised, symptoms can persist – even when hormone levels appear “normal.”

Common patterns I see in clinic include:

1. Breast Tenderness & Fluid Retention – Often linked to sluggish oestrogen clearance and tissue sensitivity.

2. Heavy or Breakthrough Bleeding – Oestrogen may be stimulating tissue excessively if not metabolised efficiently.

3. Migraines – Fluctuating oestrogen + inflammatory metabolites + stress = a perfect storm.

4. Mood Volatility & Anxiety – Poor progesterone signalling and unstable cortisol rhythms can amplify emotional reactivity.

5. Bloating & Digestive Changes – The gut plays a major role in oestrogen clearance. If the microbiome is imbalanced, oestrogen can be reabsorbed.

6. Central Weight Gain – Hormone metabolism does not exist in isolation — insulin resistance and cortisol dysregulation often coexist.

This is not just about “too much” or “too little” hormone.

It’s about how your body is processing what it has.

This Is Where Testing Matters: DUTCH Testing

When symptoms persist or feel disproportionate, I don’t guess. I investigate.

One of the tools I use in clinic to assess hormone metabolism is DUTCH testing (Dried Urine Test for Comprehensive Hormones).

DUTCH testing allows us to look at more than just hormone levels. It helps us assess:

• Oestrogen metabolites (which pathways your oestrogen is favouring)
• Progesterone metabolites
• Testosterone metabolism
• DHEA production
• Free and metabolised cortisol patterns
• Methylation markers involved in hormone clearance

This gives us insight into:

• Whether oestrogen is moving down more protective pathways
• Whether inflammatory metabolites are elevated
• Whether cortisol rhythm is destabilising hormone balance
• Whether adrenal contribution is adequate
• Whether methylation capacity is sufficient

Functional testing doesn’t diagnose disease — it provides context.

And context changes treatment.

Supporting the System – Not Just the Hormone

If hormone metabolism is sluggish, the solution is not always:

“Increase the dose.”

Sometimes the work involves:

• Supporting liver conjugation pathways
• Improving gut microbiome balance
• Stabilising blood sugar
• Reducing inflammatory load
• Repleting key nutrients (B vitamins, magnesium, zinc)
• Regulating cortisol rhythm

When the terrain is supported, hormones – endogenous or prescribed – behave more predictably.

And symptoms often settle.

A More Nuanced Approach to Perimenopause & Menopause

Perimenopause is a stress-sensitive, metabolically demanding transition. It requires:

• Resilient adrenal function
• Stable blood sugar
• Efficient detoxification
• Adequate nutrient status
• Inflammatory control

We don’t treat hormones in isolation. We ask:

• What is happening at a cellular level?
• What is driving this symptom expression?
• Will testing change the treatment plan?

That is where real clarity begins.

If You’re On HRT and Still Symptomatic…

You’re not broken. And you’re not imagining it.

Sometimes what’s missing is not another prescription — it’s a deeper biochemical assessment.

If you’d like personalised support navigating perimenopause or menopause — whether you’re on HRT or considering it – you can book a consultation with Caryn or Amy here:

Hormone Replacement Therapy is not the enemy.

But hormone metabolism matters.

And when we support the whole system, this transition becomes far more manageable – and far less chaotic.

You might also like our recent blog about Bioidentical hormone replacement therapy.

The post Hormone Replacement Therapy (HRT) Is Not The Enemy appeared first on Perpetual Wellbeing.

By Amy Angus ND

What makes MCAS especially frustrating is that it is rarely “just one thing”. Symptoms can be driven by a mix of root causes, ongoing triggers and nervous system and immune dysregulation. That is why understanding what mast cell activation syndrome is, the 7 root causes of mast cell activation syndrome, the most common MCAS symptoms, typical MCAS triggers, how MCAS is diagnosed and the options for MCAS treatment is a critical starting point for making progress.

This blog breaks it down in a clear, practical way, and highlights the main investigations and treatment pathways commonly used in clinical care.

What is Mast Cell Activation Syndrome (MCAS)?

Mast Cell Activation Syndrome (MCAS) is a condition where the immune system becomes overly sensitive, leading mast cells to release inflammatory chemicals far more easily than they should. Mast cells are immune cells that are meant to protect us and are found throughout the body. They live in the gut, skin, airways and blood vessels ready to react to infections or injury. When activated, they release chemical mediators such as histamine, prostaglandins, leukotrienes, and cytokines. But in MCAS, they begin reacting to everyday triggers like foods, smells, stress, or temperature changes, causing symptoms that seem random and difficult to explain. It often feels like you may be in a constant inflammatory reaction.

MCAS symptoms: what people commonly experience

MCAS can look different from person to person. Symptoms typically involve multiple systems and may come and go in flares. This can make MCAS tricky to recognise. Because mast cells are found throughout the body, symptoms can show up almost anywhere and may include: 

• Digestive issues like bloating, diarrhoea, nausea or reflux 
• Skin symptoms such as flushing, itching or hives
• Immune symptoms like sinus congestion, breathing difficulties, or watery or itchy eyes
• Hormonal symptoms such as premenstrual symptoms and other menstrual irregularities 
• Brain fog
• Headaches or migraines
• Low blood pressure or rapid or irregular heartbeat 

The 7 root causes of mast cell activation syndrome (MCAS)

A helpful way to think about MCAS is: root causes load the gun, triggers pull the trigger. The goal is to identify what is driving mast cell instability in the background, then reduce exposure to the triggers that provoke flares.

Here are seven commonly discussed root contributors seen in clinical practice and the literature around mast cell activation disorders.

1) Underlying mast cell disorders and genetic predisposition

Some people have an underlying mast cell disorder (or tendency) that makes activation more likely. This can include recognised mast cell disease categories and conditions associated with elevated tryptase, such as hereditary alpha tryptasemia (HαT), which is increasingly discussed in modern reviews of MCAS.

Why it matters: if there is a baseline mast cell disorder, management may need specialist input and careful investigation.

2) Chronic infections and immune activation

Persistent infections can keep the immune system switched on, increasing inflammatory signalling that can lower the activation threshold of mast cells. This may include chronic viral reactivation patterns, bacterial overgrowth, or recurrent inflammatory infections.

Why it matters: reducing infectious burden and supporting immune regulation can be a major lever for symptom improvement.

3) Gut dysbiosis, intestinal permeability and food antigen load

The gut is one of the richest mast cell environments in the body. Gut dysbiosis, SIBO, chronic gut inflammation, or increased intestinal permeability can increase immune exposure to food antigens and microbial by-products, contributing to ongoing mast cell activation.

Why it matters: stabilising digestion, improving microbiome diversity, and reducing gut inflammation often reduces flare frequency for some people.

4) Environmental exposures (mould, mycotoxins, chemicals, irritants)

Many people report symptom flares linked with environmental triggers such as mouldy buildings, smoke, fragrances, cleaning chemicals, and pollutants. Patient and clinician resources frequently note that MCAS triggers are not limited to classic allergens and can include odours, temperature changes, and irritant exposures.

Why it matters: you can do a lot of “treatment” simply by reducing exposure.

5) Nervous system dysregulation and chronic stress load

Stress does not cause MCAS in a simplistic way, but it can strongly influence flare patterns. Neuroimmune pathways can amplify mast cell reactivity, and stress is commonly listed among triggers and contributing factors discussed in reviews of mast cell related disorders.

Why it matters: nervous system regulation (sleep, paced activity, breathwork, trauma-informed care, appropriate exercise) can be surprisingly impactful.

6) Hormonal shifts, especially oestrogen sensitivity

Many people report symptom variation across the menstrual cycle, during perimenopause, pregnancy, or with hormonal contraception. Oestrogen is frequently discussed as a mast cell influencing factor and may help explain why symptoms can fluctuate.

Why it matters: tracking symptoms alongside cycle and hormone changes can reveal patterns and guide more personalised support.

7) Nutrient depletion and biochemical overload (histamine handling)

Some people are more sensitive to histamine load from foods, alcohol, leftovers or fermented products, particularly if gut function is compromised. While food triggers are highly individual, clinical resources emphasise that any food can be a trigger for certain patients and careful, supervised trials are often needed.

Why it matters: strategic dietary changes should be temporary and targeted, not overly restrictive long term, so you avoid nutrient gaps and unnecessary food fear.

MCAS triggers: what commonly sets off a flare?

Once root drivers are in play, everyday exposures can “spark” symptoms. Typical MCAS triggers include:

• Heat, cold, rapid temperature change
• Stress, poor sleep, overexertion
• Alcohol
• Certain foods (often variable and individual)
• Strong smells, smoke, fragrances, chemicals
• Some medications or excipients (fillers, dyes)
• Infections and inflammatory events

Tracking triggers with a simple symptom diary (date, exposure, symptoms, severity, timing) can provide useful data for your clinician.

How is MCAS diagnosed?

There isn’t a single test that confirms MCAS, however there are some markers that can be tested via blood that can provide your clinician with a lot of information, allowing them to determine if MCAS is likely occurring. Such markers include histamine, homocysteine, tryptase, copper or vitamin D. This is where a lot of confusion happens online. MCAS is not diagnosed by symptoms alone. Consensus approaches generally require three elements:

1. Typical, recurrent symptoms involving two or more organ systems
2. Objective evidence of mast cell mediator release during a flare, often using serum tryptase changes (commonly referenced as the “20% + 2” formula above baseline) and/or urinary mediator metabolites
3. Clinical response to therapies that target mast cell mediators or stabilise mast cells
   

Mast cell activation syndrome test: what might be ordered?

There is no single definitive “MCAS test”, but clinicians may consider:

• Serum tryptase during a reaction and again at baseline, applying the 20% + 2 rule where appropriate
• Whole blood Histamine
• Urinary mediator testing (such as histamine metabolites or prostaglandin/leukotriene related markers), depending on local availability
• Assessment to exclude related conditions, including mastocytosis or other mast cell disorders

Because testing timing matters (especially with tryptase), diagnosis is best guided by an experienced clinician.

MCAS is often linked to stress, infections, gut issues like SIBO, mould exposure, hormonal changes or chronic inflammation. Therefore, further functional testing may be required to address the underlying cause. Such testing may include a comprehensive gut test, SIBO breath test, salivary cortisol, cytokine panel or a DUTCH hormone test. 

MCAS treatment: what does a practical plan look like?

Managing MCAS involves calming the mast cells and supporting surrounding body systems. This may include reducing exposure to known triggers, such as starting a low histamine diet. Supplements such as quercetin, vitamin C, histidine, DAO, vitamin D or vitamin A can help stabilise mast cells and reduce reactivity. It is important to talk to your naturopath before starting any supplementation to ensure the right form and dose of a particular supplement is recommended to you. There is no one-for-all approach, therefore an individualised treatment plan is required.

MCAS treatment usually combines three elements: reducing triggers, calming mediator effects and addressing root causes. Evidence quality varies across interventions and care often needs to be individualised.

1) Trigger reduction and foundations

• Identify and reduce key triggers (environmental, dietary, medication related)
• Prioritise sleep, hydration, gentle movement and nervous system regulation
• Support gut function where relevant

If someone is at risk of anaphylaxis, emergency planning and appropriate prescriptions are essential and must be discussed with a medical professional.

2) Root-cause work and long-term stabilisation

This is where a functional, whole-person approach can make a difference:

• Target gut inflammation and dysbiosis
• Investigate and address chronic infection drivers where appropriate
• Reduce mould and chemical exposures
• Review nutrient status and dietary adequacy
• Address stress physiology and hormonal influences

Because mast cells respond directly to stress signals, nervous system regulation through self-care activities such as breathwork, gentle movement, time in nature or a consistent sleep routine is just as important as dietary changes. 

The most sustainable results usually come from doing less “random trial and error” and more structured testing, tracking and stepwise changes.

FAQs: Mast Cell Activation Syndrome (MCAS)

Getting to the bottom of MCAS (without the chaos)

MCAS can feel like your body is reacting to everything, all at once. The good news is that when you break it down into clear buckets, what is happening often becomes far more manageable.

Recognising your specific MCAS symptoms and triggers and exploring the root causes of mast cell activation syndrome gives you a logical roadmap. From there, the most effective approach is usually step-by-step and measured:

• confirm (or rule out) MCAS using appropriate criteria and testing
• reduce the triggers that are driving daily flares
• stabilise mast cells through clinician-directed treatment
• address root drivers such as gut inflammation, environmental exposures, stress physiology, infections, hormones, and nutrient depletion
  

This is also the best way to avoid overly restrictive diets, endless supplement guessing, and the frustration of trying ten things at once with no clear feedback.

Personalised MCAS support with Perpetual Wellbeing

MCAS can feel overwhelming at first, but with the right approach, symptoms become much more predictable, manageable and less frequent. Understanding how your body reacts, recognising your triggers, and supporting appropriate body systems can make a significant difference in day-to-day comfort and long-term health.

If you suspect MCAS, or you have already been told it is a possibility, Perpetual Wellbeing can help you move from symptom-chasing to a structured plan.

Our approach is designed to support you with:

• Clarifying the picture: making sense of your symptoms, timelines and triggers
• Investigation planning: guidance on which pathology tests may be relevant for your case and how to time testing around flares
• Nutrition support: a practical, nutrient-focused approach that reduces histamine load where needed without unnecessary long-term restriction
• Root cause support: gut health strategies, environmental load reduction, nervous system support, and targeted nutrients based on your individual needs
• A stepwise plan: clear priorities, tracking, and adjustments so you can see what is working

If you are ready for a more grounded approach to mast cell activation syndrome treatment, book an appointment with Perpetual Wellbeing and let’s build a plan that actually fits your body and your life.

The post 7 Root Causes Of Mast Cell Activation Syndrome (MCAS) appeared first on Perpetual Wellbeing.

At Perpetual Wellbeing, we see GLP-1 agonists as one possible tool within a broader, carefully managed health plan. A GLP-1 diet plan should focus on nourishing foods, stable energy, gut health and hormone balance so you can achieve healthy weight loss in a safe, controlled and sustainable way.

A healthy GLP-1 diet isn’t just about eating less; it’s about making smart food choices that align with the medication’s effects. This comprehensive guide will walk you through the foods to include and avoid, ensuring you achieve sustainable long-term results.

Key Takeaways

• GLP-1 medications work best when paired with a diet that enhances their appetite-suppressing effects
• Incorporating protein-rich and fibre-laden foods can optimise fat loss and muscle maintenance
• Avoiding sugar-laden and high-glycaemic foods is crucial for minimising side effects and maintaining stable blood sugar levels
• A balanced nutrient intake prevents deficiencies and supports overall health during weight loss
• Practical tips for social situations and dining out can help you stick to your diet without feeling restricted

What is GLP-1?

First things first, let’s explain what GLP-1 actually is. GLP-1 stands for glucagon-like peptide 1 and is a hormone produced in your gut in response to food. GLP-1 plays several important roles in blood sugar control and appetite regulation:

• It stimulates insulin release from the pancreas
• It reduces glucagon secretion (a hormone that raises blood sugar)
• It slows stomach emptying
• It sends signals to the brain that help you feel full and satisfied after eating
  

Because of these combined effects, the GLP-1 hormone is a key player in managing blood sugar, cravings and overall metabolic health.

Understanding its function helps appreciate its role in weight management, making it a key player in the battle against obesity. By grasping the basics of GLP-1, you can better understand how it supports your weight loss efforts and overall health.

Why the GLP-1 hormone matters for appetite and weight

When GLP-1 is released in healthy amounts, you are more likely to:

• Feel full with normal portions
• Experience fewer intense sugar cravings
• Have steadier blood sugar and energy levels

Research shows that people with type 2 diabetes or obesity often have lower GLP-1 levels or a reduced response to this hormone. This is one reason why they may struggle with hunger, overeating and weight gain.

A GLP-1 diet aims to support your body’s natural GLP-1 production through food and lifestyle, while also working alongside medication when prescribed.

What is a GLP-1 agonist?

A GLP-1 agonist (more precisely a GLP-1 receptor agonist) is a medication that mimics the effects of the natural hormone. Ozempic, Wegovy, and Mounjaro and other GLP-1 agonists are booming in popularity as tools for weight management and metabolic health. These drugs bind to the GLP-1 receptor and:

• Lower blood sugar by increasing insulin and reducing glucagon
• Slow gastric emptying
• Reduce appetite and food cravings
• Support clinically significant weight loss in many people

They are commonly prescribed for:

• Type 2 diabetes
• Obesity or overweight with weight-related health risks

Trials suggest GLP-1 agonists can reduce body weight by around 5 to 18 per cent on average, often with improvements in blood pressure, cholesterol and other cardiometabolic markers.

These medicines are powerful and effective, but they are not suitable for everyone and need medical supervision. What many don’t realise is that safely and effectively using – and eventually weaning off – GLP-1 medications requires a longer term nutritional plan. They also work best when combined with nutritional and lifestyle changes.

Developing a GLP-1 diet plan 

Now let’s dive into what a healthy GLP-1 diet looks like. There is no single “official” GLP-1 diet, however, there are some broad nutritional principles that will complement your weight loss medications by focusing on foods that work in harmony with the hormone’s appetite-suppressing properties. So, if you’re serious about achieving long-lasting results, getting to grips with a good GLP-1 diet plan is a smart move.

Key Foods to Include for Optimising Fat Loss

GLP-1 medications make it easier to eat less. That can be incredibly helpful, but it also increases the risk that you eat too little protein, fibre and micronutrients and lose muscle along with fat. However, emerging research and clinical experience point towards a pattern that looks very similar to a Mediterranean style way of eating:

• Mostly whole, minimally processed foods
• Lots of vegetables and some whole fruits
• High fibre whole grains and legumes
• Regular intake of healthy fats from olive oil, nuts, seeds and oily fish
• Adequate lean protein at each meal

Within this framework, your diet should be tailored to your preferences, medical needs and any other health conditions.

Foods that increase GLP-1 naturally

Certain foods appear to support natural GLP-1 release and promote satiety. These include:

• Whole grains such as oats, barley and quinoa
• Eggs
• Nuts and seeds such as almonds, walnuts, pistachios, flaxseeds and chia
• Legumes such as lentils, chickpeas and beans
• High fibre vegetables such as artichokes, asparagus, broccoli and Brussels sprouts
• Fruits such as bananas and apples

Incorporating these foods that increase GLP-1 into your daily meals can enhance the benefits of your medication while supporting gut health and blood sugar.

Best sources of protein for weight loss on a GLP-1 diet

When your appetite is reduced, every bite needs to count. The best sources of protein for weight loss are nutrient dense, relatively lean and easy to digest:

• Fish and seafood such as salmon, tuna, white fish and prawns
• Skinless chicken or turkey in baked, grilled or stir fried dishes
• Eggs and egg whites
• Tofu and tempeh
• Greek yoghurt and cottage cheese (if you tolerate dairy)
• Legumes such as lentils, black beans and chickpeas
• High protein dairy alternatives fortified with calcium and vitamin D

Try to include some protein at every meal and snack to support muscle maintenance, fullness and stable blood sugar.

Healthy food to lose weight: what to put on your plate

A simple way to structure healthy food to lose weight while on a GLP-1 diet is to use the “balanced plate” approach:

• Half your plate: non starchy vegetables
• One quarter: lean protein
• One quarter: high fibre whole grains or starchy vegetables
• Plus a thumb sized portion of healthy fats (olive oil, avocado, nuts or seeds)

This creates healthy weight loss meals that are satisfying, nutrient rich and aligned with how GLP-1 agonists work in your body.

Foods to avoid or limit on a GLP-1 diet

Just as there are foods to include, there are certain foods you should steer clear of. While taking a GLP-1 agonist, some foods can worsen side effects or undermine your results. It is wise to minimise:

• Sugary drinks such as soft drinks, energy drinks, sweetened coffees and juices
• Refined carbohydrates such as white bread, pastries and many packaged cereals
• Ultra processed snacks such as chips, lollies and biscuits
• Very fatty or fried foods that can aggravate nausea and slow digestion further
• Large heavy meals, especially late at night
• Excess alcohol, which can affect blood sugar and gut health

If you are experiencing reflux, nausea or bloating, your practitioner may also suggest limiting very spicy foods, carbonated drinks and high fat takeaway meals. By avoiding these foods, you can minimise side effects and maximise the benefits of your GLP-1 therapy. It’s all about making informed choices that align with your health goals.

Balancing Nutrients to Prevent Deficiencies

While focusing on weight loss, it’s crucial not to overlook your nutrient intake. Balanced meals are essential to ensure you’re getting adequate vitamins and minerals. A diverse range of food choices can help prevent common deficiencies often seen in restrictive diets.

Omega-3 fatty acids support cardiovascular health and reduce inflammation. Calcium and vitamin D are crucial for bone health, especially when you’re losing weight. Regular blood tests can help monitor and address any potential nutrient gaps, making it easier to adjust your diet as needed.

Working with a nutritionist who specialises in supporting people on GLP-1 medications for weight loss can ensure you receive personalised guidance, ensuring your nutritional priorities align with your weight loss goals. After all, maintaining a balanced diet is key to long-term success and overall well-being.

Sample healthy weight loss meals while taking GLP-1

Here are some GLP-1 friendly meal ideas that tick the boxes for protein, fibre and healthy fats:

Breakfast

• Overnight oats made with rolled oats, Greek yoghurt, chia seeds, berries and a sprinkle of nuts
• Scrambled eggs with spinach, tomatoes and wholegrain toast

Lunch

• Quinoa salad with baked salmon, mixed leafy greens, cherry tomatoes, cucumber, avocado and olive oil dressing
• Lentil and vegetable soup with a side of wholegrain sourdough

Dinner

• Grilled chicken breast with roasted Brussels sprouts, carrots and sweet potato
• Stir fry tofu with broccoli, capsicum, snow peas and brown rice

Snacks

• Hummus with carrot and cucumber sticks
• A small handful of nuts and a piece of fruit
• Cottage cheese with sliced tomato and cracked pepper

These examples can be adjusted for your preferences, calorie needs and any allergies or intolerances.

How to maximise weight loss on GLP-1 medications

Here are key strategies to get the most from your GLP-1 therapy while protecting your long term health.

1. Prioritise protein to protect muscle

Research suggests that people losing weight on GLP-1 receptor agonists often fall well short of recommended protein targets, which can accelerate muscle loss. Adequate protein intake is vital for muscle repair and growth. Consuming frequent meals with consistent timing prevents muscle breakdown from prolonged fasting.

As a general guide, many adults aiming for fat loss may benefit from around 1.2 to 1.6 grams of protein per kilogram of body weight per day, split across meals.

This helps to:

• Maintain lean muscle mass
• Support metabolism
• Keep you full between meals

We list the best sources of protein for weight loss above.

2. Build healthy weight loss meals around plants and fibre

GLP-1 diets work best when your meals are rich in:

• Non starchy vegetables such as leafy greens, broccoli, carrots and capsicum
• High fibre carbohydrates such as oats, barley, quinoa, brown rice and legumes
• Whole fruits, particularly berries and apples

Studies show that high fibre diets and whole grains can increase natural GLP-1 secretion and improve blood sugar control.

Fibre also:

• Slows digestion
• Supports gut microbiome health
• Reduces constipation, which can be a side effect of GLP-1 agonists

3. Stay hydrated and manage side effects

Common side effects of GLP-1 agonists include nausea, constipation and feeling overly full. To minimise problems:

• Sip water regularly and aim for around 2 to 3 litres per day, unless your doctor advises otherwise
• Consider water rich foods such as soups, cucumbers and watermelon
• Start with smaller meals, eating slowly and stopping at the first sign of comfortable fullness
• Focus on softer, easy to digest foods if you feel unwell

4. Move regularly to support metabolism

While GLP-1 medications can drive weight loss on their own, combining them with movement and lifestyle support leads to more sustainable results and better health markers.

Aim for:

• Regular walking or low impact cardio
• Strength training two or more days per week to preserve muscle
• Gentle activities such as yoga or Pilates to support stress management and mobility

5. Get personalised guidance

Because GLP-1 medications change your appetite and digestion, it is easy to under-eat or repeat the same limited foods. A personalised nutrition plan can help you:

• Build satisfying, healthy weight loss meals
• Prevent micronutrient deficiencies (for example iron, calcium, vitamin D and magnesium)
• Manage side effects
• Plan for maintenance once you reduce or stop medication

Perpetual Wellbeing has a specialist GLP-1 Nutritionist to help you navigate these changes safely and sustainably alongside your prescribing doctor.

Practical Eating Tips for Sustainable Long-Term Results

Achieving sustainable long-term results requires practical eating habits. Meal planning is a game-changer, reducing the temptation to opt for unhealthy choices. Mindful eating practices increase your awareness of hunger and fullness cues, helping you make better food choices.

Portion control is another crucial aspect, allowing you to manage your calorie intake without feeling deprived. Including a variety of foods in your diet prevents dietary boredom and promotes adherence. Setting realistic goals encourages steady progress and boosts motivation.

By adopting these practical tips, you’ll find it easier to stick to your diet and achieve lasting success. It’s all about making small, manageable changes that fit into your lifestyle.

Frequently Asked Questions About GLP-1 & Diet

When should you seek extra support?

Maximising weight loss on GLP-1 medications requires a multi-faceted approach. Combining medication with a balanced GLP-1 diet plan enhances weight loss results, providing the nutrients your body needs to thrive. 

GLP-1 medications can be a powerful reset, but they are most effective when combined with:

• Thoughtful nutrition and meal planning
• Support for sleep, stress, movement and hormones
• Long term strategies for maintaining your new weight

If you are:

• Unsure what to eat
• Experiencing side effects
• Worried about muscle loss or nutrient deficiencies
• Planning how to transition off your medication

it may be time to work with a practitioner who understands both GLP-1 therapy and functional health.

At Perpetual Wellbeing, we offer tailored GLP-1 Support, including nutritional guidance, pathology testing and lifestyle coaching, designed to complement your GP or specialist care.If you are currently using, or considering, GLP-1 medication and would like help with a safe, personalised GLP-1 diet, you are welcome to reach out to Perp

The post GLP-1 Diet: Foods to Include and Foods To Avoid appeared first on Perpetual Wellbeing.

We’re excited to announce the arrival of our new Bio-Impedance Scales, offering a deeper look into your cellular and metabolic health.

This isn’t your average weigh-in. These advanced scans provide markers including:

Phase Angle – a marker of cellular vitality and resilience
Sarcopenic Index – A key marker of muscle quality (not just quantity), helping identify early signs of muscle loss or low strength—especially important as we age or when managing weight metabolically.
Body Fat % and Muscle Mass – so we can focus on composition, not just weight
Intra- and Extra-Cellular Water – helpful for assessing inflammation, hydration, and metabolic shifts

Know someone on GLP-1 medications like Ozempic, Mounjaro, Wygovy or Saxenda?

These medications can be helpful for managing blood sugar or weight, but they often come with challenges like muscle loss, metabolic slowdown, and water shifts.

We now offer a stand-alone ‘Weigh-In & Track’ appointment for clients on (or coming off) GLP-1 medications. It’s a quick session to assess your body composition, support metabolic health and track progress safely – without needing a full consult.

Book online here:

Whether you’re rebuilding your metabolism, losing weight, battling with fluid retention, or just want a smarter way to track your progress—we’re here to help you feel strong, energised, and informed.

The post New Body Composition Scanning Now Available at Perpetual Wellbeing, Kenmore! appeared first on Perpetual Wellbeing.

Here’s how to combat burnout and keep your motivation high while staying stress-free.

By Amy Angus, Naturopath

Firstly, what does burn-out really mean and how does it come about? Burnout doesn’t happen overnight. It’s the result of prolonged stress, overwork, and neglecting self-care. By the end of the year, you might be juggling work deadlines, holiday planning, personal goals, and trying to take good care of your family, all while running on empty.

Burnout symptoms include:

• Feeling physically and mentally exhausted
• Lack of enthusiasm for tasks you usually enjoy
• Irritability or difficulty concentrating
• A sense of detachment about work or life
• Feeling highly strung and stressed

I have laid out some simple strategies to prevent burnout below:

1. Nature breaks!

A 2019 study proved that spending just 20-minutes in nature can significantly lower cortisol levels, the body’s primary stress hormone. Meaning, less stress, better immune function, and improved mood. Even short bursts of time in nature were found to make a difference to our nervous systems. Nature exposure also improves heart rate variability, sleep and attention span.

So, next time you need an office break, step outside and enjoy the sunlight. On weekends, prioritise time in nature. Whether its bush walks, picnicking or time at the beach, there is an outdoor activity for everyone.

2. Nourish your body and mind.

Nourishing the body is essential to prevent burnout because food provides the fuel your brain and body need to manage stress, maintain focus, and recover effectively. When you’re under pressure, your body uses up key nutrients like B vitamins, magnesium, and protein more quickly, which can leave you feeling fatigued, anxious, or foggy if not replenished. So, start your day with protein! If making dietary changes feels a bit overwhelming right now, try starting with a good-quality protein powder or magnesium supplement. Magnesium glycinate works wonders for the nervous system and is a great first step to give your body and mind a little extra TLC.

3. Commit to a weekly self-care activity.

Self-care is essential in preventing and recovering from burnout. When you’re constantly giving your time and energy to others or pushing through stress, your body and mind eventually run on empty. Taking time to rest isn’t selfish, it’s how you recharge your nervous system and build the resilience needed to keep showing up as your best self. Self-care activities may include: magnesium salt baths, doing a puzzle, journaling or quiet time, or booking an infrared sauna.

4. Don’t forget to breath, deeply.

Slow, deep breathing activates the parasympathetic nervous system, your body’s natural “rest and digest” mode, helping to lower heart rate, calm the mind, and reduce tension. Practicing even a few minutes of deep breathing each day can help regulate stress hormones, improve focus, and create a sense of calm amidst a busy schedule. Try box breathing:

• Breathe in counting to 4 slowly
• Hold your breath for 4 seconds (avoid inhaling or exhaling for 4 seconds)
• Slowly exhale through your mouth for 4 seconds
• Hold your breath again for 4 seconds

5. Lastly but not least, plan something to look forward to.

Book a fun activity for the holidays, like a getaway, a concert, or a new hobby class. Even planning a cosy night in with a good book can lift your spirits. Having something exciting on the horizon boosts mood and keeps you grounded in the present.

End-of-year burnout is common, but it doesn’t have to control you. It is time to take care of your health. Start prioritising these simple healthy habits to finish the year on your terms, with energy and optimism for what’s ahead.

If you need support with managing stress and anxiety, book an appointment with me to help you get through the ‘silly season’.

The post Avoiding End Of Year Burnout In Quarter 4 appeared first on Perpetual Wellbeing.

by Caryn Levick, ND

What Are GLP-1 Agonists?

GLP-1 (glucagon-like peptide-1) receptor agonists are medications that mimic a hormone naturally produced in the gut. They help regulate blood sugar, reduce appetite, delay gastric emptying, and support weight loss. Originally designed to help manage type 2 diabetes, they’ve now become widely used for their weight loss benefits. But with these powerful effects come potential side effects, nutritional implications, and a need for personalised support.

Why Support from a GLP-1-informed Clinical Nutritionist or Naturopath Matters

As a practitioner with a special interest in GLP-1 optimisation, we understand both the medical and functional sides of the equation. Here’s why that matters:

1. Whole-Body Insight, Not Just Weight Loss

GLP-1 medications impact more than just appetite—they can affect digestion, mood, nutrient absorption, and hormonal balance. We will work with you to:

• Address side effects like nausea, fatigue, or constipation
• Support gut health and microbiome diversity
• Optimise mood and energy with targeted nutrients and herbs
• Closely monitor for muscle loss

2. Nutritional Guidance for Long-Term Success

Many users of GLP-1s unintentionally under-eat due to appetite suppression, which can lead to:

• Nutrient deficiencies
• Muscle loss
• Metabolic adaptation (slower metabolism)

A GLP-1-informed Naturopath or Clinical Nutritionist can help you:

• Create nutrient-dense meal plans tailored to your appetite and health goals
• Ensure adequate protein intake to protect lean muscle
• Support metabolic flexibility and resilience 

3. Support When Weaning On – or Off

Whether you’re just starting or planning to transition off the medication, guidance is essential. We can assist to:

• Ease the transition onto the medication with dietary and supplement support
• Prevent rebound weight gain when coming off
• Help build sustainable lifestyle habits to maintain results long-term 

4. Ensuring you are losing the right kind of weight

At Perpetual Wellbeing, we’ve introduced advanced bio-impedance body composition scales —designed to provide detailed insight into:

• Fat vs. muscle loss
• Hydration & cellular health
• Metabolic status & visceral fat levels 

5. Integration with Your Healthcare Team

As a practitioner with a special interest in GLP-1 optimisation, we will work collaboratively with your prescribing GP or specialist. We respect the role of medication and seek to integrate complementary strategies that enhance your results—safely and ethically.

6. Root-Cause Focus for Metabolic Health

Our aim is to support your body’s own ability to regulate appetite, balance blood sugar, and manage weight—so that over time, you’re less dependent on external interventions. This includes:

• Balancing hormones like insulin, cortisol, and thyroid hormones
• Improving mitochondrial function for better energy and metabolism
• Addressing sleep, stress, and emotional relationships with food
• Improving gastro-intestinal function and healthy microbiome balance

You Deserve Personalised, Ongoing Support While On GLP-1 Agonist Medications

GLP-1 medications can be a powerful tool but they’re not a one-size-fits-all solution. At Perpetual Wellbeing, Caryn and our team of practitioners with a special interest in GLP-1 optimisation can help you make the most of your journey – supporting your body, your goals and your long-term health.

Ready to optimise your health journey while on GLP-1s?

Book a consultation with our GLP 1 Nutritionist and get the guidance your body deserves.

The post Weight Reduction Medication: Support For Those Using GLP-1 Agonists In Australia appeared first on Perpetual Wellbeing.

Before we go any further there is something you need to know:  Perimenopause and Menopause are two very different states: 

Perimenopause is predominantly a low progesterone state (and big swings of lower to very high oestrogen) and a steady decline in progesterone: that in mind it is commonly an oestrogen dominant state so using oestrogen is not always a good idea….

Menopause (1yr post your last period) is a state of low progesterone and oestrogen – getting to this phase takes significant recalibration of many systems within our body.  Supporting oestrogens can be very beneficial. 

All sorts of symptoms from palpitations, UTI’s, anxiety and depression, new joint aches and pains often see women referred to a cardiologists/ urologist/ psychiatrist and other specialists when they can all be traced back to hormones shifting and causing tissue change.  

So what are the options when it comes to managing menopausal symptoms?

My role is to educate and support you so that you can make an informed decision – not to tell you what to do.

The transition of perimenopause into menopause is very different for everyone.  Some sail through, some hit a few rapids before moving through and others have challenges which can significantly impact quality of life and relationships.  The goal is to transition well, with good mental health and physical wellbeing whilst avoiding/reducing adverse impacts to future health.

Whether you are in the “in” or “out” camp – taking HRT or not:  my aim is to optimise your hormones and balance them through nutrition, herbs, diet and lifestyle.

For the majority of my clients choosing not to use HRT I draw on herbs with hormone modulating effects, nutrients and diet to support and scaffold your hormonal journey.  (that is another whole blog)

For most woman this is sufficient, for the minority that I work with it’s not.  I’m not here to judge you: I’m here to help you navigate it as best you can.

For those already taking HRT I particularly focus on supporting optimum liver and gut health, to ensure you are not ending up in an oestrogen dominant state as well considering the state of your nervous system.

Regardless of which path is best for you, the following will impact how well you navigate Perimenopause: 

• Thyroid function and supporting a healthy metabolism
• Liver function  (note liver enzymes on standard pathology testing is NOT reflective of how well the liver detoxifying)
• Nervous system / levels of stress
• Gut microbiome 

A little more about Bioidentical hormone replacement therapy: 

Before we delve deeper, lets get some understanding around terminology when it comes to bioidentical hormone replacement therapy.

Our natural oestrogen comes in three forms: estradiol, estrone, and estriol.  Bioidentical hormones – also called body-identical hormones – are molecularly identical to the hormones your body naturally makes. But are still synthesised in a lab.  The idea is that when your body sees them, it recognises them and knows what to do with them. “Bioidentical” originally referred to custom-compounded hormones made by pharmacists on prescription through a handful of GP’s who specialise in hormones tailored to you. These are still used and available but there has been a significant shift to HRT.  We now have regulated, pharmaceutical-grade options that are also bioidentical but they come in pre-packaged amounts that GP’s can prescribe.  These prescription options are often called “body-identical” in conventional medicine, but bio-identical and body-identical mean the same thing: hormones that are structurally the same as your body’s own and synthesised in a lab.

So be aware that HRT can be either Bioidentical/ Body-identical or NOT:  it’s important that you know the difference.

Now that we’ve got that covered, lets consider safety:  we need to go back a few decades….. 

To the Women’s Health Initiative (WHI) which is the largest women’s health prevention study ever conducted.  It started in 1991 and published its first findings in 2005.  It continues to gather data today.  

The short version is that it was set up to study if HRT could reduce heart disease in postmenopausal women. Data was gathered from 27,347 females between 1993 – early 2000s.  Then concern began to arise when instead of helping to reduce the risk of coronary heart disease, WHI researchers observed an increase in coronary heart disease and breast cancer and stopped the study early.  So, HRT was on the nose and women were left feeling like they had no choice but to soldier on through symptoms or run the gauntlet if their symptoms were too severe to put up with:  not a great position to be in. 

Its worth noting that the hormones used back then were synthetic (as is the Pill) and commonly made from horse urine! Although no longer popular they are still prescribed and available today in Australia – eg: Premarin

During perimenopause, your body is already riding a hormonal rollercoaster. 

Although most GP’s and Integrative doctors will now prescribe Bio-Identical hormones which have a safer profile to the previous synthetic versions there are still risks associated with these.  A study published in 2024 on menopausal hormone therapy and breast cancer risk: included 1,275,783 women, 45+ years, followed from 2004, for a median of 12.7 years. Oral oestrogen (bio-identical) combined with daily oral progestin (NOT Bio-Identical) was associated with a higher risk of Breast cancer.  NOTE it was used orally.  Vaginal oestradiol in this study was not associated with Breast Cancer risk.   

It’s worth noting:  

• If you stop taking bio-identical oestrogen there can be a significant increase in hot flushes – so if you start you will need support to stop without adverse effects (don’t mistake this for needing oestrogen – there is an adjustment period) 
• If you stop taking bio-identical progesterone there will be no increase in hot flushes
• If you have a history of migraines bio-identical hormones (especially progesterone) can aggravate or re-triggers these
• If there is any history of oestrogen/ hormonal driven cancers HRT is not a wise option for you.  Your GP will always discuss and assess this with you.

So:  if using HRT I suggest my clients to talk to their GP about Bioidentical hormone replacement therapy:  

1. Estradiol which should be administered by: Patch/cream/gel – absorption through skin
2. Bio-Identical vaginal oestrogen is specific for vaginal atrophy and GMS (has good safety data)
3. Progesterone: Prometrium is available in Australia as a capsule (only take at bedtime: supports deep sleep)

You can only access Bioidentical hormones in Australia with a prescription through a doctor. 

Bioidentical vs Synthetic Hormones: What’s the Difference?

People to look out for in this space:
Lara Briden: Why Perimenopause Is Not About Aging
Jerilynn Prior: Dr. Jerilynn Prior, a leading endocrinologist with over 45 years of experience in women’s reproductive health

Listen To Your Body

• Incorporate key nutrients like magnesium and taurine – this is corner stone in any Healthy Perimenopause tool kit.
• Prioritise rest, nourishment and self-compassion
• You’re not losing your mind – you’re just becoming a wiser version of yourself. And with the right tools, this transition can become a transformation.
• Always work with a practitioner who understands both hormones and whole-body health

Need help navigating your hormone journey? Reach out to a Perpetual Wellbeing naturopath for personalised support because every woman’s perimenopause is unique, and you deserve a plan that’s just as individual as you are.

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