20 min read
Menopause is often associated with hot flushes, disrupted sleep and changing periods, but its effects reach further. Some women notice memory lapses, wake up with stiff joints or experience changes around their waist, while less obvious changes are taking place in bone and cardiovascular health.
It's natural to wonder whether these changes are temporary, whether they'll affect future health and whether replacing declining hormones might help a woman delay ageing.
The encouraging part is that we have effective treatments for many menopausal symptoms and established ways to support long-term health. What matters is knowing what each approach can realistically achieve, and how to make room for it in everyday life.
Contents
1. What changes around menopause, and what can help?
2. What does menopause mean for future health?
3. Can MHT help women stay healthier for longer?
4. What can you do to support long-term healthy ageing?
5. Common menopause claims that deserve closer scrutiny
If you read nothing else, read this
One thing worth knowing: In a study following 862 women through menopause, bone density in the lower spine fell by an average of about 7% over the three years around the final menstrual period. How much that matters depends partly on each woman's baseline bone density. Even though the rate of loss slowed afterwards, there was ongoing loss of bone density. Suitable exercise, adequate nutrition and, when needed, treatment can help maintain or improve bone health. [1]
One thing to ponder: Imagine your life ten or twenty years from now. What would you love to be doing? What would you like to have more time, energy and freedom for? Midlife can be an opportunity to reconsider your priorities, make room for your own ambitions and invest in the health that will help you pursue them.
One thing to experiment with: Try the Royal Osteoporosis Society's free, three-minute Great British Bone Check. It helps identify factors that may increase your risk of osteoporosis and fractures, and suggests useful next steps. It's not a diagnosis, but it can help you decide whether further assessment would be worthwhile.
1. What changes around menopause, and what can help?
During perimenopause, ovarian hormone production becomes less predictable. Oestradiol fluctuates before declining after menopause, while progesterone production becomes more variable as ovulation becomes less regular.
Testosterone behaves differently. Rather than falling abruptly at natural menopause, its concentration changes with age. A 2025 study found no significant difference in testosterone by menopausal stage among women aged 48 to 53. Menopause itself doesn't indicate a need for testosterone replacement. [2]
These hormonal changes influence several body systems, although experiences vary considerably. And not everything that happens in midlife is caused by menopause.
Hot flushes, night sweats and disrupted sleep
Hot flushes and night sweats occur because hormonal changes affect the brain's temperature regulation. For some women they're manageable. For others, they interrupt meetings, disturb sleep and leave them exhausted the following day.
What helps? Menopause hormone therapy (MHT) is the most effective established treatment for these symptoms for women who can use it. Menopause-specific cognitive behavioural therapy (CBT) is another evidence-based option.
Non-hormonal prescription treatments are also available. In March 2026, NICE recommended fezolinetant for moderate to severe hot flushes and night sweats when MHT is unsuitable. It requires liver-function monitoring. [3, 4]
Sleep problems aren't always caused by night sweats. Fairly consistent sleep and waking times, morning daylight and adjusting caffeine intake may help.
If sleep difficulties persist or affect daytime functioning, consult a GP or another appropriate healthcare professional. Possible causes include sleep apnoea, restless legs syndrome, pain and mood difficulties. Sleep apnoea can cause frequent waking and fatigue, sometimes without obvious snoring.
Following appropriate assessment, cognitive behavioural therapy for insomnia (CBT-I) is a recommended first-line treatment for established chronic insomnia. Other identified conditions may need treatment alongside it. [5, 6]
Brain fog, mood and emotional wellbeing
Losing your train of thought halfway through a conversation, forgetting familiar words or struggling to concentrate at work can be unsettling.
The reassuring news is that menopause-related cognitive changes are usually modest and often temporary. In a longitudinal study following more than 2,300 women, some aspects of cognitive performance were temporarily affected during perimenopause, while the ability to improve with repeated testing returned after menopause. These findings suggest that many changes are transitional rather than signs of progressive cognitive decline. [7]
There is also emerging evidence that the brain adapts to its changing hormonal environment. Brain-imaging research has found that several measures of brain structure and energy metabolism stabilise after menopause, with some recovery associated with preserved cognitive performance. These findings are encouraging, although researchers are still investigating how this adaptation occurs. [8]
Mood changes are also common. A 2024 review found approximately 40% higher odds of depressive symptoms or depression during perimenopause compared with premenopause. Experiences vary, and emotional difficulties don't necessarily resolve automatically after menopause. [9, 10]
What helps? Addressing sleep disturbances and troublesome menopausal symptoms may improve concentration and wellbeing. Menopause-specific CBT can help with some psychological symptoms, while persistent anxiety or depression deserves appropriate assessment and treatment.
Brain fog during perimenopause doesn't mean progressive cognitive deterioration or an inevitable loss of mental sharpness. Persistent or worsening difficulties should nevertheless be assessed rather than automatically attributed to menopause.
Vaginal, urinary and sexual health
Declining oestrogen can cause vaginal dryness, irritation, painful intercourse and urinary symptoms. Unlike hot flushes, these problems may persist or worsen after menopause.
What helps? Low-dose vaginal oestrogen is effective and has minimal systemic absorption. Moisturisers, lubricants and pelvic floor physiotherapy can also help, depending on the problem.
In the UK, some vaginal oestrogen is available directly from pharmacies. Gina vaginal oestradiol tablets, for example, can be supplied without a prescription to suitable women aged 50 or over who have been postmenopausal for at least one year, following a pharmacist's assessment. [11]
For distressing low sexual desire associated with menopause, testosterone may be considered when MHT alone hasn't helped. Expectations matter though: a review of 36 randomised trials involving 8,480 women found an average improvement of 0.85 additional satisfying sexual events per month, alongside improvements in desire and sexual distress. [12]
That may be worthwhile for some women, but the average benefit is modest. Trials haven't demonstrated convincing benefits for muscle mass, strength or general wellbeing. Evidence for improved energy and cognition remains insufficient.
Joint aches and stiffness
Waking with aching knees, stiff fingers or painful shoulders and thinking, "I feel like an old lady", is an experience some women recognise around menopause.
Researchers have proposed the term musculoskeletal syndrome of menopause, although it remains an emerging concept rather than an established diagnosis. [13]
What helps? When joints hurt, avoiding movement can seem sensible. Yet suitably adapted exercise can improve pain and function, particularly in osteoarthritis.
Gentle movement, progressive strengthening and physiotherapy can help rebuild movement tolerance. Some initial discomfort doesn't necessarily mean exercise is causing damage. [14]
Persistent swelling, pronounced morning stiffness or worsening symptoms should be assessed rather than dismissed as menopause.
2. What does menopause mean for future health?
Some changes are immediately noticeable. Others develop silently.
Bone health
Bone loss accelerates around the final menstrual period before slowing again. Over time, substantial loss can lead to osteoporosis, making fractures more likely. Established osteoporosis can be treated, but fully restoring bone strength may be difficult.
Does every woman need a DXA scan? Not routinely.
UK guidance recommends assessing individual fracture risk first. Previous fragility fractures, early menopause, certain medicines and other health conditions can make further assessment useful.
A DXA scan measures bone mineral density and, when indicated, can guide treatment and provide a baseline for monitoring. [15]
Body composition and cardiovascular health
Many women notice more fat accumulating around the abdomen during midlife, sometimes without much change on the scales.
The menopause transition contributes to changes in fat distribution. Longitudinal SWAN research found accelerated fat gain and loss of lean mass during the transition, without a corresponding acceleration in overall weight gain. [16]
At the same time, muscle maintenance can become more challenging with age.
Muscle tissue is constantly breaking down and rebuilding proteins. As we grow older, the muscle-building response to dietary protein may become less pronounced. Reduced physical activity also means less stimulation for muscle maintenance. Together with sleep disturbances, changes in energy needs and other health factors, these processes can influence muscle mass and body weight. [17]
This doesn't mean muscle loss is inevitable. Resistance training and adequate nutrition can substantially improve muscle strength and function, including in later life.
For a closer look at why managing weight can become more challenging in midlife, and what may help, see Why fat loss feels harder after 40, and what to do about it.
LDL cholesterol and other cardiovascular risk factors may change too. High blood pressure, raised cholesterol and impaired glucose regulation often develop without symptoms. Understanding these risks creates opportunities to act before disease develops.
Does menopause accelerate ageing?
Bone loss is a clearly documented menopause-associated change. That doesn't mean every organ suddenly starts ageing faster.
Biological-ageing markers are an interesting area of research, but a change in a molecular marker isn't the same as preventing diabetes, heart attacks, dementia or loss of physical function.
The more useful question is which changes affect health, physical function and capability, and what we can influence.
What if menopause happens unusually early?
Premature ovarian insufficiency, occurring before 40, deserves separate consideration from menopause at the usual age.
The premature loss of ovarian hormone production is associated with increased risks to bone and cardiovascular health. Hormone replacement is generally recommended until at least the usual age of natural menopause, unless contraindicated.
The aim is to replace hormones lost earlier than expected, not to provide an anti-ageing treatment. [3, 18]
3. Can menopause hormone therapy (MHT) help women stay healthier for longer?
MHT is an effective treatment for menopausal symptoms, and some of its benefits extend beyond symptom relief.
Systemic MHT reduces bone loss and osteoporotic fractures while treatment continues. For selected women aged 60 or under with high fracture risk and a low risk of treatment complications, UK osteoporosis guidance recognises MHT as a possible first-line treatment option. [15, 19]
This doesn't mean every woman in her late forties or fifties needs MHT to protect her bones. Individual decisions should consider symptoms, fracture risk, medical history and preferences.
Relieving distressing symptoms and supporting bone health matter, but these benefits don't necessarily mean that MHT also prevents cardiovascular disease or helps women live longer. The evidence for these outcomes is less certain.
Some research suggests that starting MHT close to menopause may offer cardiovascular benefits, particularly with oestrogen-only therapy. The British Menopause Society and International Menopause Society take a relatively favourable view of this evidence.
NICE is more cautious. Its 2024 review found insufficient evidence to recommend MHT specifically for cardiovascular prevention and concluded that MHT used for menopausal symptoms is unlikely overall to change life expectancy. [3, 20, 21]
There is also no established evidence that MHT prevents dementia in women experiencing natural menopause at the usual age.
That doesn't mean symptom relief has no relevance to healthy ageing.
A woman who sleeps better, feels more comfortable and has more energy may find it easier to exercise, connect with others and maintain habits that support health.
Feeling better is a meaningful benefit in itself. It may also make healthy behaviours easier, but current evidence doesn't establish that MHT directly slows biological ageing.
What about breast-cancer risk?
Breast-cancer risk depends on the type of MHT and how long it is used.
Combined MHT is associated with an increased risk of breast-cancer diagnosis, although estimates vary between preparations and study designs.
The findings for oestrogen-only MHT, generally used after hysterectomy, are more favourable. NICE concludes that there is little or no increase in breast-cancer risk with oestrogen-only treatment. [3]
For combined MHT, NICE estimates approximately 59 breast-cancer diagnoses per 1,000 women aged 50 to 69 who never use MHT, compared with 79 per 1,000 who start treatment at 50 and use it for five years.
That's approximately 20 additional diagnoses per 1,000 women over 20 years.
These population estimates are based mainly on observational evidence and combine sequential and continuous combined regimens. They don't precisely describe the risk associated with every modern preparation. [22]
The International Menopause Society highlights evidence suggesting lower breast-cancer risk with micronised progesterone than with certain synthetic progestogens, although long-term comparative evidence remains limited. NICE is more cautious about whether these differences are established. [21]
These uncertainties matter when choosing treatment, but they don't establish that all combined MHT is free of breast-cancer risk.
NICE provides a useful discussion aid showing absolute risks and benefits.
4. What can you do to support long-term healthy ageing?
Whether or not MHT is used, there's a lot that can be influenced.
There is no need for a specialised hormone-balancing programme. Established approaches to nutrition, movement and managing health risks can help protect physical capability, reduce disease risk and support everyday wellbeing.
The challenge is rarely a complete lack of information. It's finding ways to act on that information when life is busy, energy is limited and other responsibilities compete for attention.
Build strength and protect your bones
Think about what you want your body to allow you to do in twenty years: climb stairs comfortably, carry your shopping, travel, work in the garden or enjoy long walks without worrying about keeping up.
Muscle strength supports these everyday capabilities and contributes to glucose regulation and metabolic health. Resistance training provides the stimulus for muscles to become stronger. With adequate nutrition, muscles can respond to training even as we grow older.
UK guidance recommends strengthening major muscle groups on at least two days each week. Body-weight exercises, resistance bands, free weights and gym machines can all be useful. Start at a suitable level and increase the challenge as you become stronger. [23]
Bones also respond to loading. Progressive resistance training and suitable weight-bearing or impact exercise can help maintain or modestly improve bone density.
Walking is valuable for general health, but on its own may not provide enough stimulus to substantially improve bone density.
For women with osteoporosis or previous fractures, exercise choices may need adapting. Those at high fracture risk can also benefit from medication proven to reduce fractures.
The benefit: Better strength, mobility and physical capability, alongside support for bone health. Progress can mean carrying heavier shopping, climbing stairs more easily or feeling more confident in your body, even before a scan shows measurable change.
Move regularly for cardiovascular and mental health
Walking, cycling, swimming and dancing improve cardiovascular fitness and help manage blood pressure, glucose regulation and body weight.
UK guidance recommends at least 150 minutes of moderate-intensity activity a week, or 75 minutes of vigorous activity, alongside muscle strengthening on at least two days. More activity can bring additional benefits. [23]
These are targets, not cut-offs, less still counts. A brisk ten-minute walk counts, and so does cycling to the shops. If someone is starting from very little, any increase is worthwhile.
Exercise also benefits mental health. Randomised trials have found that walking, jogging, yoga and strength training can reduce depressive symptoms, although the quality of evidence varies. [24]
Physical activity is associated with a lower risk of dementia, although improvements in cognitive testing shouldn't be confused with proven dementia prevention. [25]
The benefit: Better cardiovascular fitness, blood pressure and glucose regulation, alongside improvements in mood and physical function, even without weight loss. Regular activity is also associated with lower risks of cardiovascular disease and premature death. [23, 26]
Eat to support long-term health
Nutrition after menopause doesn't require a special diet. What matters is getting enough of the nutrients the body needs through meals that are varied, satisfying and practical.
Protein: more than a muscle-building nutrient
Protein is essential for maintaining and repairing body tissues, including muscle, bone, skin, tendons and cartilage. It provides the building blocks for enzymes, antibodies, transport proteins and many signalling molecules involved in normal body function.
In midlife, meeting protein needs is particularly useful for maintaining muscle and supporting adaptations to resistance training.
Around 20 to 30 g of protein per meal is a useful starting point for many women, although individual requirements vary.
To make this tangible, three large eggs provide approximately 22.5 g of protein, 100 g of cooked chicken breast around 30 g, and 200 g of Greek yoghurt around 20 g, depending on the product. [27, 28]
Remember that the whole meal contributes. For example, 75 g of cooked chicken with 100 g of cooked lentils and vegetables can provide over 30 g of protein.
Three eggs with wholegrain toast and vegetables will also provide more protein than the eggs alone.
Ordinary meals can meet protein needs without relying on powders or specially marketed products. The appropriate daily amount depends on individual circumstances.
More on how much protein is enough, particularly for women who strength train or want to preserve muscle during fat loss in How much protein do women really need in midlife?
Dietary fats: quality matters
Fats are needed for cell membranes, the absorption of fat-soluble vitamins and many other normal physiological functions.
Replacing some saturated fats with unsaturated fats can lower LDL cholesterol. Elevated LDL contributes to the development of atherosclerosis, but cardiovascular risk also depends on blood pressure, smoking, diabetes, genetics and other factors. Protecting cardiovascular health involves addressing overall risk, not focusing on cholesterol alone.
Using extra virgin olive oil instead of butter more often, including nuts and seeds, and choosing oily fish such as sardines, mackerel, salmon or trout are practical examples.
Dietary fat is only part of the picture. Soluble fibre, physical activity and the overall eating pattern also contribute to cardiovascular health. [29]
Oily fish provides the omega-3 fatty acids EPA and DHA, which support normal cell function. UK guidance recommends at least two portions of fish a week, with each portion approximately 140 g. [30]
Walnuts, chia seeds and ground linseed provide ALA, an essential omega-3 fatty acid derived from plants. The body converts only a small proportion of ALA into EPA and even less into DHA, so plant sources can’t fully replace them. Algal oil provides DHA, and sometimes EPA, directly for people who don’t eat fish. [31]
The aim is adequate intake through a nutritious eating pattern, not assuming that everyone needs omega-3 supplements.
Fibre: small tweaks add up
Fibre has benefits beyond keeping our bowels regular. Some types are fermented by gut bacteria, producing substances called short-chain fatty acids. One of these, butyrate, helps nourish the cells lining the colon. Other fibres, including beta-glucan found in oats and barley, can help lower LDL cholesterol. Gut bacteria also participate in oestrogen metabolism, although the implications for menopausal health are still being investigated.
And there is more to fibre-rich foods than fibre alone. Beans, lentils, wholegrains, vegetables, fruit, nuts and seeds provide a variety of vitamins, minerals and beneficial plant compounds. It's a reminder that nourishing our bodies is about more than calories and macronutrients.
The UK recommendation is approximately 30 g daily. Most adults eat considerably less. [32]
Rather than counting every gram, look at usual meals and consider a few additions.
For breakfast, 30 to 40 g of oats with a tablespoon of chia seeds and a portion of fruit can provide roughly 8 to 14 g of fibre, depending on the fruit and overall quantities. Add Greek yoghurt for protein.
Raspberries or blueberries work well, but chopped apple, pear or banana are equally reasonable choices. Leaving the skin on apples and pears adds more fibre.
At lunch, adding approximately 100 g of cooked lentils to a salad, soup or a usual main dish contributes around 7 g of fibre.
At dinner, an 80 g portion of cooked carrots or green beans can add around 3 g. Broccoli, a Greek salad, grated carrot and cabbage, or extra vegetables stirred into pasta are other simple options. [32, 33, 34]
Small changes across several meals can make a meaningful difference without requiring a new menu.
Calcium and vitamin D: protect bone health
Calcium is essential for bone mineralisation, while vitamin D helps the body absorb it.
The UK reference intake for calcium is 700 mg a day for adults. Dairy foods, calcium-fortified alternatives and fish eaten with their bones can contribute.
Adults should consider a daily 10 microgram (400 IU) vitamin D supplement during autumn and winter, with year-round supplementation advised for some groups.
Other nutrients, including adequate protein and vitamin K from leafy green vegetables, contribute to normal bone health.
Adequate intake matters, but extra supplements don't reliably reverse osteoporosis or replace treatment when fracture risk is high. [35]
Is there a best diet?
A Mediterranean-style eating pattern is among the most extensively studied approaches, with evidence supporting cardiovascular health.
But there isn't one ideal diet for everyone.
Other eating patterns can meet the same nutritional principles. Food preferences, cultural traditions, health conditions, tolerances and everyday circumstances all matter.
A useful eating pattern provides adequate nutrition, variety and satisfaction, and is one that can be maintained.
What if you want to lose body fat?
For women carrying excess body fat or living with obesity, particularly when excess abdominal fat is accompanied by metabolic risk factors, losing some body fat can meaningfully improve health.
Even a sustained loss of around 5% of starting body weight can improve blood pressure, insulin sensitivity and other metabolic risk factors, particularly in people who already have elevated risk. [36]
Fat loss remains possible after menopause. Changes in body composition, sleep, activity and appetite can make weight management more challenging, but menopause doesn't override the principles of energy balance.
A sustained energy deficit is required, but this doesn't mean rigid restriction or compulsory calorie counting.
Prioritise nourishing and satisfying meals with adequate protein, fibre-rich carbohydrates, unsaturated fats and plenty of plant foods. Include regular activity, such as walking, and some form of resistance training to help preserve muscle during weight loss.
Sleep deserves attention too. Disrupted sleep can increase food intake. A meta-analysis of 11 controlled studies involving 172 participants found that partial sleep deprivation increased energy intake by an average of approximately 385 kcal compared with adequate-sleep conditions, without a significant increase in energy expenditure. [37]
Sleep may also influence the composition of weight lost during a calorie deficit. In an eight-week trial involving 36 adults, the lean mass lost accounted for a median 39% of weight lost with sleep restriction, compared with 17% without it, despite similar overall weight loss. This was a relatively small study involving men and women, not specifically women undergoing menopause. Nevertheless, it supports giving sleep appropriate attention alongside nutrition and physical activity during fat loss. [38, 39]
The aim is better health, physical function and capability through lifestyle changes that can be maintained, not simply chasing the lowest possible number on the scales.
Check the risks that are easy to miss
High blood pressure, raised LDL cholesterol and impaired glucose regulation often develop without obvious symptoms. Reviewing these factors, alongside family history, helps identify health risks worth addressing.
In England, eligible adults aged 40 to 74 can access an NHS Health Check. Participating pharmacies also offer free blood pressure checks to eligible adults aged 40 or over who don't already have diagnosed hypertension and haven't had their blood pressure checked professionally within the previous six months.
Lifestyle change can prevent disease, not just improve blood test results.
In the US Diabetes Prevention Program, 3,234 adults at high risk of developing type 2 diabetes were randomly assigned to an intensive lifestyle programme, metformin or placebo.
The lifestyle programme combined dietary changes, at least 150 minutes of physical activity per week and a goal of losing 7% of starting body weight.
Over approximately three years, the estimated proportion developing diabetes was 14 in every 100 receiving the lifestyle programme, compared with 29 in every 100 receiving placebo.
Compared with placebo, the rate of new diabetes diagnoses was 58% lower in the lifestyle intervention group and 31% lower in the metformin group, over approximately three years.
These findings demonstrate that sustained lifestyle changes can prevent or delay important disease outcomes in people at elevated risk. [40]
What about dementia?
Looking after cardiovascular and metabolic health may also benefit the brain.
The 2024 Lancet Commission identified several potentially modifiable dementia risk factors, including high blood pressure, diabetes, raised LDL cholesterol, physical inactivity and social isolation. [25]
In the FINGER trial, a structured programme combining diet, exercise, cognitive training and cardiovascular risk management modestly improved cognitive performance compared with general health advice. [41]
In US POINTER, a structured programme produced a small additional improvement in cognitive test scores compared with a self-guided programme. Both groups received lifestyle guidance, so the trial doesn't tell us how either approach compares with receiving no intervention.
Neither trial has yet established how many dementia diagnoses such programmes might prevent. [42]
Staying socially connected and keeping the mind challenged are worthwhile in their own right, whether that's learning a language, joining a walking group, volunteering or dancing.
These activities can make life fuller now, while potentially contributing to long-term brain health.
Make room for your own wellbeing
Persistent sleep difficulties, emotional distress and overwhelming responsibilities affect how people feel and function every day.
Sometimes improving health means making space for rest, maintaining relationships or reconsidering commitments, rather than adding another task.
It's worth asking whether the routines being developed fit the life actually being lived.
A plan that works during an unusually quiet week but repeatedly falls apart during a normal one probably needs adjusting.
5. Common menopause claims that deserve closer scrutiny
“Menopause causes weight gain, and MHT will make me leaner.”
Menopause does not override energy balance. Body fat stores energy obtained from food, and sustained weight gain occurs when energy intake exceeds expenditure over time. Weight gain is not inevitable.
Hormonal changes around menopause can affect fat distribution and body composition. Small changes in muscle mass, physical activity, sleep and energy requirements can also alter the balance between energy consumed and energy used, making gradual weight gain more likely.
Importantly, fat mass may increase while body weight changes very little if lean mass is decreasing. [16]
MHT can improve troublesome menopausal symptoms and may influence fat distribution, but it is not a treatment for losing body fat, including abdominal fat.
“You need to get tests done to confirm perimenopause.”
For otherwise healthy women aged 45 or over with typical symptoms, NICE generally recommends identifying perimenopause clinically. Hormone concentrations fluctuate during this transition, so routine hormone testing often adds little useful information.
Testing is appropriate in selected circumstances, which can be discussed with a GP or another appropriate healthcare professional. [3]
“Supplements can balance menopausal hormones.”
Some supplements address genuine nutritional needs, but claims of restoring hormonal balance, resetting metabolism or reversing ageing frequently go beyond the evidence.
A plausible biological mechanism or an improvement in a laboratory marker isn't proof of a meaningful health benefit.
6. Where would you begin?
Menopause can be an opportunity to review health and priorities without turning either into another demanding project.
What is affecting day-to-day life now? Troublesome symptoms may benefit from effective treatment.
What matters for future health? It might be worth reviewing cardiovascular risk, understanding bone health or becoming stronger and more active.
And what would help you live the life you imagined earlier?
You don't have to tackle everything at once. Choose one priority and a first action that fits an ordinary week. You can build from there.
A final thought
Menopause is a significant biological transition that can affect health, physical function and quality of life, but it is only part of the privilege of ageing. The years ahead are shaped by much more than hormonal changes.
The World Health Organisation places functional ability at the centre of healthy ageing: being able to move, think, maintain relationships and keep taking part in activities that matter. [43]
Physical strength, mobility and good health help make that possible. So do emotional wellbeing and meaningful connections. Friendships, family, companionship and a sense of belonging are not simply pleasant additions to a healthy life. They are an important part of health and quality of life in their own right.
Healthy ageing isn't about remaining young forever. It's about having the health, relationships and freedom to keep living well, on your own terms.
Knowing what supports your health is one thing. Finding a way to put it into practice consistently, without reorganising your entire life, is another. If you're interested in personalised nutrition and lifestyle coaching that fits your priorities and circumstances, you can get in touch. We'll discuss what you'd like to achieve, what's getting in the way and whether working together would be a good fit.
References and further reading
1. Greendale GA et al. (2012). Bone mineral density loss in relation to the final menstrual period in a multiethnic cohort: SWAN. Journal of Bone and Mineral Research, 27(1), 111-118.
2. Wang Y et al. (2025). Testosterone and pre-androgens by age and menopausal stage at midlife. eBioMedicine, 121, 105972.
3. NICE. Menopause: identification and management, NG23. Updated 2024, with subsequent additions.
5. Riemann D et al. (2023). The European Insomnia Guideline: an update on the diagnosis and treatment of insomnia 2023. Journal of Sleep Research, 32(6), e14035.
7. Greendale GA et al. (2009). Effects of the menopause transition and hormone use on cognitive performance in midlife women. Neurology, 72(21), 1850-1857.
8. Mosconi L et al. (2021). Menopause impacts human brain structure, connectivity, energy metabolism, and amyloid-beta deposition. Scientific Reports, 11, 10867.
9. Badawy Y et al. (2024). The risk of depression in the menopausal stages: a systematic review and meta-analysis. Journal of Affective Disorders, 357, 126-133.
10. Kravitz HM et al. (2022). Risk of high depressive symptoms after the final menstrual period: the Study of Women's Health Across the Nation. Menopause, 29(7), 805-815.
11. MHRA. Easier access to locally applied HRT: reclassification of Gina vaginal oestradiol tablets.
12. Islam RM et al. (2019). Safety and efficacy of testosterone for women: a systematic review and meta-analysis of randomised controlled trial data. The Lancet Diabetes & Endocrinology, 7(10), 754-766.
13. Wright VJ et al. (2024). The musculoskeletal syndrome of menopause. Climacteric, 27(5), 466-472.
14. NICE. Osteoarthritis in over 16s: diagnosis and management, NG226.
16. Greendale GA et al. (2019). Changes in body composition and weight during the menopause transition. JCI Insight, 4(5), e124865.
17. Deane CS et al. (2021). Dietary protein, exercise, ageing and physical inactivity: interactive influences on skeletal muscle proteostasis. Proceedings of the Nutrition Society, 80(2), 106-117.
18. British Menopause Society. Premature ovarian insufficiency: consensus statement.
19. British Menopause Society. Prevention and treatment of osteoporosis in postmenopausal women.
20. British Menopause Society. Primary prevention of coronary heart disease in women. 2026.
22. NICE. HRT and the likelihood of medical conditions: absolute-risk discussion aid. 2024.
23. UK Chief Medical Officers. Physical activity guidelines. Updated July 2026.
24. Noetel M et al. (2024). Effect of exercise for depression: systematic review and network meta-analysis of randomised controlled trials. BMJ, 384, e075847.
25. Livingston G et al. (2024). Dementia prevention, intervention, and care: 2024 report of the Lancet standing Commission. The Lancet, 404(10452), 572-628.
26. Garcia L et al. (2023). Non-occupational physical activity and risk of cardiovascular disease, cancer and mortality outcomes: a dose-response meta-analysis of large prospective studies. British Journal of Sports Medicine, 57(15), 979-989.
27. British Egg Industry Council. Protein in eggs: amounts by egg size.
28. British Heart Foundation. Protein: how much do you need?
29. Scientific Advisory Committee on Nutrition. Saturated fats and health. 2019.
30. NHS. Fish and shellfish: nutrition and recommended portions.
31. NIH Office of Dietary Supplements. Omega-3 fatty acids: health professional fact sheet.
32. Scientific Advisory Committee on Nutrition. Carbohydrates and health. 2015.
33. British Heart Foundation. Seven easy ways to increase fibre intake.
34. British Nutrition Foundation. Fibre: sources and portions.
35. NHS. Osteoporosis: prevention, calcium and vitamin D.
36. NICE. Overweight and obesity management, NG246.
37. Al Khatib HK, Harding SV, Darzi J, Pot GK. (2017). The effects of partial sleep deprivation on energy balance: a systematic review and meta-analysis. European Journal of Clinical Nutrition, 71(5), 614-624.
38. Wang X, Sparks JR, Bowyer KP, Youngstedt SD. (2018). Influence of sleep restriction on weight loss outcomes associated with caloric restriction. Sleep, 41(5), zsy027.
39. Nedeltcheva AV et al. (2010). Insufficient sleep undermines dietary efforts to reduce adiposity. Annals of Internal Medicine, 153(7), 435-441.
40. Diabetes Prevention Program Research Group. (2002). Reduction in the incidence of type 2 diabetes with lifestyle intervention or metformin. New England Journal of Medicine, 346(6), 393-403.
41. Ngandu T et al. (2015). A 2 year multidomain intervention of diet, exercise, cognitive training, and vascular risk monitoring versus control to prevent cognitive decline in at-risk elderly people: the FINGER randomised trial. The Lancet, 385(9984), 2255-2263.
42. Baker LD et al. (2025). Structured vs self-guided multidomain lifestyle interventions for global cognitive function: the US POINTER randomized clinical trial. JAMA, 334(8), 681-691.
43. World Health Organization. Healthy ageing and functional ability.