GBA Therapy, Chandler's Ford (2026)

12/10/2026

"Sometimes the body whispers before it shouts."

Many people live with symptoms for months or even years before seeking support.

Persistent fatigue, poor concentration, low mood, frequent infections, poor exercise recovery, hair thinning or changes to skin and nails can all have a range of causes. Nutritional deficiencies are just one possibility worth exploring.

If you've been feeling "not quite right" for a while, it may be worth taking a closer look rather than assuming it's normal.

I offer nutritional deficiency assessments to help identify potential areas for further investigation and support.

Feel free to get in touch to learn more.

www.gbatherapy.com

21/09/2026

The Science of Ageing Well: Looking After Your Brain

When we think about ageing well, we often focus on our heart, bones and muscles. But keeping our brain healthy is just as important.

Brain health isn't only about reducing the risk of dementia in later life. It's also about supporting the everyday abilities that shape our quality of life, including memory, concentration, mood, confidence and independence.

While there are no guarantees when it comes to conditions such as Alzheimer's disease and other forms of dementia, research suggests that lifestyle factors can influence our cognitive health throughout life.

Move your body

Regular physical activity benefits the brain as well as the body. It improves blood flow, supports brain function and is associated with a lower risk of cognitive decline.

You don't need to become a marathon runner. Walking, cycling, swimming, dancing, gardening and strength training can all contribute to better brain health.

Eat for brain health

The brain relies on a steady supply of nutrients to function well.

Research consistently shows that dietary patterns rich in vegetables, fruit, legumes, wholegrains, nuts, seeds and healthy fats are associated with better cognitive health. Rather than focusing on a single "superfood", it is the overall pattern of eating that appears to matter most.

Certain nutrients have attracted particular interest:

• Omega-3 fats help maintain the structure and function of brain cells. Plant sources include walnuts, chia seeds, flaxseeds and h**p seeds.

• Polyphenols, found in foods such as berries, cocoa, herbs, spices, tea and coffee, may help protect brain cells from oxidative stress.

• B vitamins, including folate, support normal nervous system function and are found in foods such as leafy green vegetables, beans, lentils and fortified foods.

• Antioxidants found in colourful fruits and vegetables help protect cells from damage that can accumulate with age.

What's good for the heart is often good for the brain too. Healthy blood vessels help ensure the brain receives the oxygen and nutrients it needs.

Keep your brain active

Learning new skills, reading, hobbies, puzzles and other mentally stimulating activities help keep the brain engaged and challenged.

Stay connected

Strong social connections are linked with better cognitive health and may help reduce the risk of cognitive decline. Spending time with friends, family and community groups benefits both mental wellbeing and brain health.

Prioritise sleep

Sleep plays a vital role in memory, learning and concentration. Consistently poor sleep can affect cognitive function and mental wellbeing.

Ageing well is not simply about adding years to life. It's about maintaining the memory, focus, confidence and independence that help us continue living life on our own terms.

18/09/2026

The Science of Ageing Well: Calcium Without the Cow

When people think about strong bones, they usually think about milk.

But bone health is a bit more interesting than that.

Calcium matters, of course. Our bones and teeth store around 99% of the calcium in the body, and getting enough throughout life helps to reduce the risk of osteoporosis as we age.

What surprises many people is that you don't need dairy products to meet your calcium needs.

In fact, some research suggests that the benefits of certain dairy foods may come not just from the calcium they contain, but from the probiotic bacteria found in fermented foods such as yoghurt and kefir. Studies have shown that fermented dairy products are associated with improved bone health markers and, in some cases, reduced fracture risk.

It isn't about forcing yourself to drink milk if you don't enjoy it.

It's about making sure your body receives the nutrients it needs to keep building and maintaining healthy bones.

Great plant-based sources of calcium

• Calcium-set tofu
• Fortified plant milks
• Fortified plant yoghurts
• Tahini and sesame seeds
• Chia seeds
• Almonds
• Kale
• Spring greens
• Pak choi
• White beans
• Edamame

Practical ways to increase calcium without dairy

Add calcium-set tofu to stir fries, curries and salads.

Swap your tea or coffee milk for a calcium-fortified soy milk.

Stir a spoonful of tahini into dressings, sauces or porridge.

Add chia seeds to overnight oats or smoothies.

Choose a fortified plant yoghurt with breakfast.

Snack on edamame beans.

The bigger picture

Calcium is only one piece of the puzzle.

Bones also need:

• Vitamin D to absorb calcium
• Vitamin K for bone metabolism
• Magnesium for bone structure
• Protein to maintain bone and muscle mass
• Regular weight-bearing exercise to give bones a reason to stay strong

This is why focusing on a single nutrient rarely works. Healthy ageing isn't about one "superfood" or one glass of milk.

It's about building habits that support your bones every day.

The good news?

Whether you're dairy-free, vegan, lactose intolerant or simply not a fan of milk, it is entirely possible to meet your calcium needs from plant foods and fortified products.

Your bones don't care where the calcium comes from. They just need it to turn up regularly.

14/09/2026

The Science of Ageing Well: Vitamin D Optimisation

Most of us have heard of vitamin D, often referred to as the "sunshine vitamin". What many people don't realise is just how important it becomes after menopause.

Vitamin D deficiency is surprisingly common in post-menopausal women. As we age, our skin becomes less efficient at producing vitamin D from sunlight, and many people struggle to maintain optimal levels throughout the year.

This matters because vitamin D is involved in two key aspects of healthy ageing: bone turnover and immune function.
Bones are constantly being broken down and rebuilt in a process known as bone turnover. Following menopause, declining oestrogen levels accelerate bone loss, increasing the risk of osteopenia and osteoporosis. Vitamin D plays a direct role in this process by helping the body absorb calcium and supporting normal bone remodelling.

Vitamin D also plays a vital role in immune health. Researchers have identified vitamin D receptors on many immune cells, highlighting its importance in regulating immune responses and supporting the body's natural defences.

The challenge is that deficiency often goes unnoticed. Symptoms can be vague and may include fatigue, muscle weakness, low mood, frequent infections or general aches and pains. Some people experience no obvious symptoms at all.

While vitamin D may not be the most exciting aspect of healthy ageing, maintaining adequate levels is one of the simplest ways to support both skeletal and immune health in later life.

Because sometimes the foundations of good health are not the flashy interventions. They're the basics we consistently get right.

12/09/2026

The Science of Ageing Well: Protein and Sarcopenia

Most people think about bone health when they think about ageing well.

But what about muscle?

As we get older, we naturally lose muscle mass and strength. This age-related loss of muscle is known as sarcopenia, and it can have a huge impact on quality of life. It can make everyday activities more difficult, increase the risk of falls, and affect our ability to stay active and independent.

The good news is that sarcopenia isn't simply something we have to accept.

One of the most important factors in maintaining muscle as we age is protein intake.

As we get older, our muscles become less responsive to the protein we eat. Researchers refer to this as anabolic resistance. In simple terms, older muscles need a bit more encouragement to repair and maintain themselves than younger muscles do.

This is why expert groups specialising in nutrition and healthy ageing recommend that older adults consume more protein than the basic minimum requirement.

Research has consistently found that older adults with sarcopenia tend to consume less protein than those who maintain their muscle mass and strength. A systematic review published in 2022 found a significant association between lower protein intake and sarcopenia in older adults.

Protein doesn't have to come from expensive supplements or special products.

Good sources include:

• Beans, lentils and chickpeas
• Tofu, tempeh and edamame
• Greek yoghurt and cottage cheese
• Eggs
• Fish
• Lean meat
• Nuts and seeds

It's also worth spreading protein intake across the day rather than eating very little at breakfast and lunch before having a large protein-rich evening meal.

Of course, protein is only one piece of the puzzle.

The strongest evidence suggests that combining adequate protein intake with regular resistance exercise is one of the best ways to preserve muscle mass and strength as we age.

Ageing is inevitable.

Losing strength and function isn't.

The choices we make today can help us stay stronger, steadier and more independent in the years ahead.

10/09/2026

The Science of Ageing Well: Strength Training for Osteoporosis Prevention

As we age, bone density naturally declines — especially for women after 40, when oestrogen begins to drop. The good news is that bones are living tissue, and they respond beautifully to the right kind of stress. Strength training is one of the most powerful, research backed ways to protect bone health, reduce fracture risk, and stay strong and mobile long into later life.

Why strength training matters for bones
Bones strengthen when they’re exposed to load. When muscles pull on bones, the bone tissue responds by laying down more minerals and becoming denser. This process is called mechanical loading, and it’s the foundation of osteoporosis prevention.

A few key studies:
• A landmark trial in The Journal of Bone and Mineral Research found that high intensity resistance training increased bone density in post menopausal women, even those already diagnosed with osteoporosis.
• Research from the University of Melbourne showed that progressive strength training improved bone strength at the spine and hip, the two most common fracture sites.
• A 2023 review in Osteoporosis International concluded that resistance training is more effective for bone density than walking, yoga, or low impact exercise alone.

The takeaway: bones need load, not just movement.

What counts as strength training? (More options than people think)
Strength training doesn’t have to mean heavy barbells or intimidating gym equipment. There are many accessible ways to load the bones safely and effectively.

1. Free weights
Dumbbells and kettlebells are brilliant for bone loading. Movements like squats, lunges, deadlifts, overhead presses, and rows all stimulate bone growth.

2. Resistance bands
Perfect for beginners or those with joint pain. Bands create tension that bones respond to, especially when used for slow, controlled movements.

3. Bodyweight exercises
Squats, step ups, wall sits, push ups, and glute bridges all count. Great for clients who prefer home workouts.

4. Weighted carries
Holding a weight and walking (farmer’s carry) is excellent for hip and spine strength.

5. Pilates with resistance
Reformer Pilates or mat Pilates with bands increases bone building tension.

6. Gym machines
Leg press, chest press, lat pulldown — all safe, controlled ways to load bones.

7. Weighted backpacks
A simple, accessible option: walking with a lightly weighted rucksack.

How much strength training is needed?
Research suggests:
• 2–3 sessions per week
• 20–40 minutes per session
• Progressive overload (gradually increasing weight or resistance)
• Exercises that target hips, spine, and legs — the highest risk fracture areas

Even small increases in strength can significantly reduce fracture risk.

Why this matters for women post 40
After 40, bone loss accelerates — and after menopause, it can increase by up to 2% per year. Strength training slows or even reverses this process.

Benefits include:
• Better bone density
• Reduced fracture risk
• Improved balance and stability
• Stronger muscles to support joints
• Better metabolic health
• More confidence and mobility in daily life

This is prevention at its most powerful.

08/09/2026

Prunes & Bone Health After Menopause

I’m deeply committed to helping women mitigate the risk of post‑menopausal chronic illness — not through fear, but through evidence‑based empowerment. With a few practical changes, women can genuinely reshape their post‑menopausal landscape and step into an era in which they can thrive.

This work is about showing that long‑term health isn’t lost with menopause — it’s built through everyday choices that support bone, heart, metabolic and emotional wellbeing.

As oestrogen declines, bone turnover accelerates — often silently. We talk a lot about calcium and vitamin D, but prunes are one of the few everyday foods with clinical evidence showing they can help slow bone loss.

A randomised controlled trial published in the American Journal of Clinical Nutrition found that post‑menopausal women who ate prunes daily had significantly better bone mineral density in the ulna and spine compared with women who didn’t. Another study in Osteoporosis International showed that prunes reduced markers of bone resorption — meaning they helped slow down the rate at which bone is broken down.

Why prunes?
They’re rich in vitamin K, potassium, boron and polyphenols — nutrients that support bone metabolism and help maintain skeletal strength.

Prunes aren’t a standalone solution, but they’re a simple, accessible addition to a bone‑protective lifestyle.

Other evidence‑based strategies include:

Strength training — stimulates new bone formation

Adequate protein — maintains the collagen matrix bones are built on

Vitamin D optimisation — through testing and correction

Calcium‑rich foods — fortified plant milks, tofu, sesame, almonds

Reducing added sugar — lowers inflammation and bone breakdown

Prunes are one small part of a much bigger picture: helping women build strength, resilience and confidence in the years after menopause — and showing that thriving isn’t just possible, it’s entirely within reach.

07/09/2026

Menopause & Nutrition: What the Menofood Study Actually Found

If you’re in the thick of menopause and feel like you’re constantly tweaking your diet, trying supplements, cutting things out, adding things in… you’re not imagining it. Women everywhere are doing the same — mostly because reliable, practical information is hard to find.

That’s why the Menofood Study caught my attention. It’s one of the first projects where menopausal women weren’t just “subjects” — they were partners in the research. Their lived experience shaped the questions, the data, and the insights.

And what they found is refreshingly real.

What women said they were dealing with
Across crowdsourcing and focus groups, women reported:

Hot flushes

Mood swings

Sleep issues

Weight changes

Low energy

Gut problems

Joint and muscle pain

Brain fog

Skin and hair changes

Heart‑related worries

It’s a wide spectrum, and it’s exactly why so many women start adjusting their diet and lifestyle.

What women said they changed
Women reported experimenting with:

Less sugar and refined carbohydrates

Less alcohol

More fibre, fruit and vegetables

More protein

Less red and processed meat

Fewer caffeinated drinks

More whole foods

Intermittent fasting

Supplements such as magnesium, vitamin D/B12/C/K, omega‑3, calcium, sage, red clover

Women are already trying to find what works for them — often without clear guidance.

What the evidence actually supports
The researchers compared women’s real‑life strategies with scientific evidence. Here’s the honest picture:

Strong evidence for:
Reducing added sugar and refined carbohydrates

Eating more fibre, fruit and vegetables

Increasing protein

Cutting back on red and processed meat

These strategies are linked to better cardiometabolic health and, in some cases, fewer menopausal symptoms.

Mixed evidence for:
Alcohol (consistently unhelpful for heart health; mixed impact on symptoms)

Caffeine (can worsen sleep or flushes depending on timing and amount)

Emerging evidence for:
Eating fewer ultra‑processed foods

Intermittent fasting (no clear advantage over regular calorie reduction)

And supplements?
This is where things become less straightforward.

Vitamin D is helpful if you’re deficient.
Calcium matters, ideally from food.
B12 and K are useful only in specific cases.
Herbal supplements show potential, but the research varies significantly in quality and dosage, making firm conclusions difficult.

There isn’t a single supplement that reliably improves menopausal symptoms across the board.

This is where I can support you if you want clarity. Many women don’t realise they’re low in nutrients like vitamin D, B12, magnesium or omega‑3 until they’re tested. I can assess nutrient status and help you understand whether supplements are actually needed — simply as a way to stop the guesswork and make sure you’re not taking things that won’t help.

Why this study matters
The Menofood project is one of the first to treat menopausal women as equal partners in research. It centres lived experience, real‑world strategies, and the reality of menopause — not the simplified version we often see online.

More analysis is underway, alongside accessible materials for wider audiences, and a follow‑up study exploring how hormone replacement therapy affects heart health.

It’s the kind of research women have been waiting for.

24/08/2026

M I S I N F O R M A T I O N M O N D A Y

ARTIFICAL SWEETENERS

There’s a lot of talk online about artificial sweeteners “making you fat”, so I wanted to break down what the actual evidence shows — not anecdotes, not Instagram claims, but what we know from proper research.

Approved artificial sweeteners do not inherently cause weight gain. They also don’t magically cause weight loss. They’re simply low or no calorie ingredients that replace sugar.

Observational studies often show that people who drink diet drinks have higher body weights — but that doesn’t prove sweeteners caused it. It’s far more likely that people who already struggle with weight are choosing diet products. That’s called reverse causation, and it’s a well known pattern.

When you look at randomised controlled trials (the strongest type of evidence), the picture is different. Replacing sugar with sweeteners usually leads to lower calorie intake and small reductions in weight or BMI. In other words: swapping sugar for sweeteners can help reduce energy intake, but adding sweeteners on top of an already high calorie diet won’t change anything.
UK nutrition bodies, including SACN, the NHS, the BDA and Diabetes UK, all state that approved sweeteners do not increase appetite or cause weight gain when used within safe limits. They can be a helpful tool, but they’re not a magic fix.

Bloating is a separate issue. The sweeteners most likely to cause digestive symptoms are polyols (like sorbitol, xylitol, maltitol). These are sugar alcohols — not the high intensity sweeteners used in diet drinks. Polyols are only partly absorbed, so they can draw water into the gut and be fermented, which can cause gas, bloating and diarrhoea, especially in people with IBS.

High intensity sweeteners like sucralose, aspartame and saccharin aren’t consistently linked with bloating in humans.
So the bottom line is simple:

Artificial sweeteners don’t “make you fat”. Polyols can cause bloating in some people. And long term weight and health are shaped by overall diet, stress, sleep, hormones, activity and energy balance — not one ingredient in isolation.

If someone feels better cutting sweeteners out, that’s completely valid. But it doesn’t mean sweeteners were the cause of their weight gain.

17/08/2026

I’m back from my little scuba holiday… and it’s MISINFORMATION MONDAY again.

And obviously social media didn’t take a break when I did. Today we’re tackling another round of wellness misinformation, this time the viral claim that bacon is somehow “healthier” than apples, honey or fruit juice. Here’s what the evidence actually shows, without the drama.

Honey & Fruit Juice
They’re high in free sugars, and too much can contribute to tooth decay or weight gain. But calling them “junk” or “dangerous” is pure sensationalism. Small, mindful amounts can absolutely fit into a balanced diet and still offer useful nutrients.

Processed Meat & Heart Health
The idea that processed meat has no link to heart disease isn’t supported by the evidence. Large‑scale research consistently shows higher risks of cardiovascular disease and colorectal cancer with regular intake of processed meats like bacon, ham and hot dogs. This is why health organisations recommend limiting them — not banning all meat, just being thoughtful about processed varieties.

Bacon vs Apple: Blood Sugar
A pound of bacon will raise your blood sugar less than an apple… because bacon contains almost no carbohydrate. But short‑term glucose spikes aren’t a measure of whether a food is “healthy”. What matters is long‑term patterns, nutrient density and overall lifestyle — not cherry‑picked comparisons.

“More nutrients in a pound of bacon than an apple”
Comparing 454g of bacon to one apple is a classic social‑media trick. Of course the food with ten times the calories contains more total nutrients. When you compare equal portions, apples bring fibre and vitamin C, while bacon brings saturated fat and sodium. They’re not interchangeable — and they’re not meant to be.

“Sliced meat is healthy — what’s the issue?”
The issue isn’t the slicing. It’s the processing. Smoking, curing and adding preservatives like nitrites changes the health profile of meat. That’s why processed meat is linked to higher disease risk, while fresh meat is not.

In reality, it comes down to this.
Nutrition isn’t about pitting single foods against each other for clicks. It’s about balance, patterns and context. Fruit, honey, fresh meat — and even small amounts of processed meat — can all fit into a healthy diet. Just don’t let viral claims rewrite the science.

GBA Therapy

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