You've decided you want help with your diet. You search for someone, and within a minute you're looking at nutritionists, nutritional therapists, registered nutritionists and dietitians. Are they all the same thing? Does it matter which one you book? It does matter, and the difference isn't obvious from the outside. By the end of this post you'll know what each title means in the UK, which ones are regulated, and how to work out which kind of practitioner fits what you need. A nutritional therapist gives you one-to-one, personalised advice based on your symptoms, health history and lifestyle. A nutritionist usually works with nutrition science at a broader level, such as public health, research, food companies or general healthy-eating advice. The bigger difference is accountability. "Nutritionist" isn't a protected title in the UK, so anyone can use it. A registered nutritional therapist has trained for several years and answers to a professional register. What does a nutritional therapist do? A nutritional therapist looks at you as an individual. In a first consultation I'll go through your symptoms, medical history, medication, what you eat, how you sleep, your stress levels and what you've already tried. From there we build a plan that fits your life, with changes to food and lifestyle and, where it's appropriate, supplements or functional testing. The aim is to understand what's driving your symptoms rather than just managing them. Two people with the same bloating can need completely different plans. I go into more detail in what a nutritional therapist actually does. To become a registered nutritional therapist, you typically complete around three years of training to a standard set by the profession's education body, including supervised clinical practice. I trained at the Institute for Optimum Nutrition. Registered nutritional therapists can join the Complementary and Natural Healthcare Council (CNHC), the register for the profession accredited by the Professional Standards Authority, and the professional body BANT. Both require you to keep training, hold insurance and follow a code of conduct. What does a nutritionist do? "Nutritionist" covers a wide range of people. Some have a degree and years of experience. Others have done a short online course. Because the title isn't protected, there's no way to tell from the word alone. The exception is a registered nutritionist. That title is used by people on the UK Voluntary Register of Nutritionists, run by the Association for Nutrition, who have an accredited degree or equivalent experience. Registered nutritionists often work in public health, research, the food industry, sport or education, giving evidence-based advice about nutrition for groups and populations. Some also see individual clients. So a registered nutritionist and a registered nutritional therapist are both properly trained. The difference is mostly focus. A nutritionist tends to apply nutrition science broadly, while a nutritional therapist applies it to one person's health, symptoms and history. And where do dietitians fit in? "Dietitian" is the only one of these titles protected by law. Dietitians are regulated by the Health and Care Professions Council (HCPC), and most work in the NHS. They're trained to manage diet as part of medical treatment, for example in hospital, for kidney disease or for tube feeding. If you have a complex medical condition, your GP may refer you to an NHS dietitian, and that's often the right route. I'm a nutritional therapist, not a dietitian. I work alongside GPs and will always refer a client back if something needs medical investigation. How to check who you're booking Whatever title someone uses, a few minutes of checking is worth it. Look them up on the CNHC register or the BANT practitioner directory if they say they're a nutritional therapist, or on the HCPC register for a dietitian. Ask what their training involved, how long they've been in practice and whether they've worked with symptoms like yours. It's also worth asking how they use testing and supplements. A good practitioner should only suggest a test when the result will change your plan. I've written a fuller checklist in how to choose a nutritional therapist in London, and if cost is a factor, here's how much a nutritional therapist costs in the UK. Which one is right for you? If you want general healthy-eating advice, a registered nutritionist may be all you need. If you have a medical condition that needs clinical dietary management, ask your GP about an NHS dietitian. If you've got ongoing symptoms like bloating, fatigue or hormone changes, and you want someone to look at the whole picture and build a plan around you, that's where a nutritional therapist comes in. That's the work I do, in London and online. If you're still not sure which route makes sense for you, book a free discovery call and we can talk it through. If I'm not the right fit, I'll tell you who is.

How to Choose a Nutritional Therapist in London: 7 Things to Check If you try searching for a "nutritional therapist London" you'll undoubtedly get hundreds of names, glossy Instagram grids and a lot of promises. Some of those practitioners have years of clinical training. Some did a weekend course. From the outside, it can be very hard to tell the difference. And that matters a lot, because you're trusting this person with your health. So by the end of this post you'll know exactly what to check before you book anyone for nutritional therapy, including me, so you can choose with confidence rather than guesswork. 1. Are they registered with the CNHC? This is the first thing I'd check, and it takes two minutes. In the UK, "nutritionist" isn't a protected title, so anyone can use it. "Dietitian" is protected by law and requires HCPC registration, but nutritional therapy sits in a different space. The safeguard for nutritional therapy is the Complementary and Natural Healthcare Council (CNHC). Its register is accredited by the Professional Standards Authority, which is accountable to Parliament. A CNHC-registered nutritional therapist has met national training standards, holds insurance and follows a code of conduct. You can search the register by name on the CNHC website before you book. 2. Are they a member of BANT? BANT (the British Association for Nutrition and Lifestyle Medicine) is the professional body for nutritional therapists. Its practitioner members must be CNHC-registered, keep up ongoing professional development and follow a strict code of ethics. Why does ongoing training matter so much? Nutrition science moves quickly. What we understood about the gut microbiome ten years ago looks very different today, and you want someone who keeps up with it. Look for "mBANT" after their name. 3. What clinical training do they have? Registration tells you someone has met the minimum standard. Training tells you how they think. Look for a recognised diploma or degree in nutritional therapy (mine is from the Institute for Optimum Nutrition), and then ask what they've done since. This is where functional medicine training comes in. The Institute for Functional Medicine (IFM) certification involves advanced clinical modules, a case write-up and an exam. It trains practitioners to look for the root cause of symptoms rather than managing each one in isolation. Very few UK practitioners hold both a CNHC-registered nutritional therapy qualification and functional medicine certification, and in my experience the combination changes how you approach complex cases. I've written more about the difference between a nutritional therapist and a functional medicine practitioner if you'd like the detail. 4. Do they specialise in what you need? A good nutritional therapist will be honest about where they're strongest. If you're dealing with bloating and suspected SIBO, you want someone who works with gut health every week, not someone whose main focus is sports performance. Have a look at their blog, their case studies and the conditions they talk about most. Mine tend to centre on gut health, immunity, hormones and fatigue, because that's where most of my clients come to me. If a practitioner claims to specialise in everything, be a little cautious. 5. How do they use testing? Functional testing can be incredibly useful. A comprehensive stool test, a DUTCH hormone test or an advanced blood panel can show you what's actually happening, rather than what we suspect is happening. But testing should never be a sales tool. A good practitioner will only recommend a test if the result would change what you do next. Ask them how they decide which tests to run, which labs they use, and whether they'll go through the results with you properly. I interpret results against optimal ranges, not just the standard reference ranges, which is often where "your bloods are fine" and "I still feel awful" part ways. You can see the functional medicine tests I use on my testing page. 6. Are the fees clear before you start? You shouldn't have to book a call to find out what something costs. A reputable nutritional therapist will tell you the price of the initial consultation, follow-ups and any programmes up front, and will be clear that testing and supplements are separate. In London, initial consultations vary widely, from around £100 to over £400, depending on the practitioner's experience and how long the session is. Cheaper isn't always worse and expensive isn't always better. What matters is what's included. I've broken this down in more detail in my guide to how much a nutritional therapist costs in the UK. 7. Can you see them in person, online, or both? If you're in London, it's tempting to assume in-person is always better. For most people, it isn't. Nearly everything we do in a consultation (the detailed health history, reviewing test results, building your plan) works just as well on a video call, and saves you a journey across town. That said, some people simply prefer sitting in the same room, and that's completely valid. I see clients in person in North London and online across the UK and sometimes even internationally across different time zones, so you can choose what suits you. A quick checklist before you book CNHC-registered (check the register yourself) BANT member (mBANT) A recognised nutritional therapy qualification, ideally with advanced training such as functional medicine Experience with your specific health concern A clear, evidence-led approach to testing Transparent fees Works alongside your GP rather than instead of them That last point is really important. A good nutritional therapist doesn't diagnose or treat disease, and will always refer you back to your GP if something needs medical investigation. The right nutritional therapist should leave you feeling heard in the first conversation, not sold to. If you'd like to see whether we're a good fit, book a free discovery call with me and tell me what's going on. It's 15 minutes, there's no obligation, and you'll come away knowing whether I'm the right person to help.

You've tried cutting out gluten. You've bought the probiotics, the magnesium and the collagen. You've read the articles and followed the influencers, and you're still bloated, tired or just not yourself. So is paying a nutritional therapist going to be any different, or is it one more thing to spend money on? I'm obviously not neutral here. But I'll give you an honest answer, including when nutritional therapy isn't the right choice, so you can decide for yourself. What nutritional therapy actually is Nutritional therapy uses food, targeted nutrients and lifestyle changes to support your health, based on a detailed look at you as an individual. It isn't a diet plan and it isn't a supplement shop. A registered nutritional therapist looks at your symptoms, health history, diet, digestion, sleep and stress together, works out what might be driving how you feel, and builds a plan around that. It also isn't a replacement for medical care. Registered nutritional therapists don't diagnose or treat disease, and we work alongside your GP. If something needs medical investigation, a good practitioner will send you back to your doctor. When nutritional therapy is worth it In my experience, nutritional therapy is most valuable when: Your symptoms don't add up. You've been told your bloods are normal, but you still feel exhausted, bloated or foggy. You've tried the obvious things. You've made changes on your own and hit a wall. Several things are going on at once. Gut problems, low energy and hormone symptoms often share a root cause, and it helps to have someone look at them together. You have a diagnosis and want to support it. For example, you're managing IBS, SIBO, histamine intolerance or a thyroid condition alongside your GP's care. You want to prevent problems, not just react to them. Perimenopause, family history or a demanding lifestyle can all be good reasons to get ahead of things. When it might not be worth it I'd rather tell you this now than take your money. Nutritional therapy may not be the right fit if: You have new, severe or unexplained symptoms that haven't been checked by a doctor. Start with your GP. You're looking for a quick fix. Real change usually takes three to six months. You're not in a position to make any changes to what you eat or how you live right now. That's completely fine, but the timing might be better later. What results can you expect? This depends on what's going on, so be wary of anyone who promises specific results. That said, many of my clients notice changes within the first few weeks: better digestion, steadier energy, fewer afternoon slumps. More complex issues, particularly around the gut and hormones, take longer to settle, often three to six months. The results that last come from understanding why you feel the way you do, not from following rules you don't understand. That's the real difference between working with a practitioner and piecing it together yourself. Is it worth the cost? Nutritional therapy is an investment, and it's not cheap. It's worth weighing that against what you may already be spending. Supplements you're not sure you need, specialist foods, apps, books and trial-and-error diets add up quickly, often without the answers you're looking for. A good practitioner will also save you money on testing, by recommending only the tests that would actually change your plan. I've broken down typical fees in my guide on how much a nutritional therapist costs in the UK. How to make sure it's worth it Who you choose makes all the difference. Check that your practitioner is registered with the CNHC and a member of BANT, has experience with your particular concern, and is clear about fees and testing from the start. My guide on how to choose a nutritional therapist in London goes through this in detail. The question isn't really whether nutritional therapy is worth it in general. It's whether it's worth it for you, right now. Book a free discovery call with me and tell me what's going on. I'll give you an honest view of whether I can help, and if I can't, I'll tell you who can.

It's one of the first questions people ask me, and often the one they feel a bit awkward asking. There's no need to be. You're investing in your health, and you deserve to know exactly what you're paying for before you commit. The honest answer is that prices vary a lot. In this post I'll walk you through what nutritional therapists typically charge in the UK, what you actually get for that fee, and why testing is almost always priced separately. Typical nutritional therapist costs in the UK Across the UK, an initial consultation with a nutritional therapist usually costs somewhere between £80 and £250. In London, and with more experienced practitioners, it's not unusual to see fees of £300 to £450. Follow-up appointments tend to be a little less, typically £60 to £180. Many practitioners also offer programmes, where you pay for several sessions together over three to six months. These often work out better value than booking appointments one at a time, and they reflect how change really happens: gradually, with support along the way. So why the wide range? A few things drive it: Training and experience. A practitioner with advanced functional medicine training and a decade in clinic will charge more than someone newly qualified. Session length. A 90-minute initial consultation costs more than a 45-minute one, but it also gets a lot further. What's included. Some fees include a written plan, recipes, supplement recommendations and messaging support between sessions. Others don't. Location. In-person clinics in central London have higher overheads than online practices. What's included in a nutritional therapy consultation? This is where the real value sits, so it's worth understanding. Before your initial consultation with me, you'll complete a detailed health questionnaire and a food diary. I read these carefully before we meet, along with any recent blood results you already have. The consultation itself is 90 minutes. We go through your health history, symptoms, diet, sleep, stress, digestion and energy, and look for the patterns that connect them. Afterwards, you'll receive a personalised plan covering what to eat, any supplements worth considering, lifestyle changes and, if they'd genuinely help, which tests to run. You're not paying for an hour of someone's time. You're paying for the hours of preparation and analysis on either side of it. That's the part people don't see, and it's why a good consultation is worth more than a generic meal plan. My fees I believe in being upfront, so here's what I charge: Service Fee Free discovery call (15 minutes) Free Initial consultation (90 minutes, online or in person, includes weekly email support) £210 Follow-up consultation (60 minutes) £150 Testing and supplements are charged separately, and I'll always explain why before recommending either. Why is functional testing priced separately? Functional tests are processed by specialist laboratories, and their costs are set by the lab, not by me. Prices vary a great deal depending on what's being tested. As a rough guide, a SIBO breath test costs around £150 to £200, while a comprehensive stool analysis can be £250 to £500. A DUTCH hormone test or an advanced blood panel sits in a similar range. There's a second, more important reason to keep testing separate. Not everyone needs it. Plenty of my clients make real progress from their plan alone. If testing were bundled into every fee, you'd be paying for results you might not need. I'd rather recommend a test only when the result would change what we do next. When we do test, I interpret your results against optimal ranges rather than just standard reference ranges. It's often where the "your bloods are fine, but I still feel exhausted" puzzle starts to make sense. You can see the functional medicine tests I offer on my testing page. Can you get nutritional therapy on the NHS? Not usually. The NHS does offer dietitian support through GP referral, which is free and very valuable for specific medical conditions, but waiting lists can be long and appointments are limited. Nutritional therapy, with its personalised, root-cause approach, is almost always private. Some private health insurers will cover part of the cost if your practitioner is CNHC-registered, so it's worth checking your policy. Is it worth the money? That depends on what you've already spent. Many of the people I see have tried supplements recommended by friends, elimination diets from the internet, and expensive products that promised a lot. Added up, that can easily cost more than a few consultations, without the answers. I've written a longer post on whether nutritional therapy is worth it if you're still weighing it up. The best way to find out whether it's worth it for you is to talk it through. Book a free discovery call with me, tell me what's going on, and I'll give you an honest view of what would help and what it would cost, before you spend anything.

When we talk about gut health, most of the attention goes to the microbiome. The stomach gets far less airtime, yet it's where digestion really begins. If it isn't producing enough acid and digestive enzymes, problems can ripple all the way down the gut and show up as symptoms that seem unrelated. In clinic, I regularly see clients with persistent bloating, reflux, low B12 or iron that won't budge despite supplements. Their standard blood tests usually look fine. Very few have ever had their stomach function checked. Two markers can help fill that gap: gastrin and pepsinogen. Here's what they are, what they can reveal, and who might benefit from testing. What Are Gastrin and Pepsinogen? Your stomach has two main working areas, and each one produces something we can measure in the blood. The upper body of the stomach (the corpus) makes stomach acid and pepsinogen I. Pepsinogen is the inactive form of pepsin, the enzyme that starts breaking down protein. Stomach acid switches it on. A second type, pepsinogen II, is made more widely across the stomach lining. The lower part of the stomach (the antrum) makes gastrin-17, a hormone that tells the stomach to produce acid. When acid levels are low, gastrin rises to push production up. When acid is plentiful, gastrin falls. So these markers work as a feedback system. Read together, they tell us whether each part of the stomach is healthy and whether it's producing the acid it should. Why stomach acid matters Stomach acid has a bad reputation thanks to reflux, but you need it. It: Activates pepsin to digest protein Releases B12, iron, calcium and zinc from food so they can be absorbed Kills bacteria and other microbes that arrive with your meals Signals the pancreas and gallbladder to release enzymes and bile further down Low acid can therefore play a part in nutrient deficiencies, bloating after protein-rich meals, and bacterial overgrowth such as SIBO. What the results can reveal These markers are usually tested together, often alongside H. pylori antibodies, in a stomach panel such as GastroPanel. The pattern matters more than any single number. Pattern What it can suggest Low pepsinogen I, low pepsinogen I/II ratio, high gastrin-17 The acid-producing upper stomach lining may be thinning (atrophic gastritis of the corpus), so acid output is low and gastrin rises to compensate Low gastrin-17 with normal pepsinogens Possible changes in the lower stomach (antrum), or simply high acid output Raised pepsinogens and positive H. pylori antibodies Active or past H. pylori infection, with inflammation of the stomach lining All within range, H. pylori negative A healthy, functioning stomach lining Atrophic gastritis: the quiet one Atrophic gastritis means the stomach lining has gradually lost some of its glands. It's often caused by long-term H. pylori infection or by autoimmunity, where the immune system attacks the acid-producing cells. It frequently causes no obvious symptoms at all. That matters because it can lead to poor absorption of B12, iron, folate and calcium. It's also a recognised risk factor for stomach cancer, which is why a result suggesting atrophy should always be followed up with your GP, who may refer you for a gastroscopy. A note on acid-reducing medication Proton pump inhibitors (PPIs) such as omeprazole and lansoprazole reduce stomach acid. In response, gastrin rises, and pepsinogen levels can increase too. That's an expected effect of the medication and needs to be factored into how results are read. Please don't stop a prescribed PPI to get a "cleaner" result. If you're on one, tell your practitioner and talk to your GP before changing anything. Who might benefit from testing? I'd consider looking at stomach function if you have: Low B12 or iron that keeps coming back, or doesn't improve with supplements Bloating or heaviness after meals, especially protein Reflux or indigestion, particularly if you've been on acid-reducing medication for a long time Recurring SIBO An autoimmune condition such as thyroid disease, coeliac disease or type 1 diabetes, since autoimmune gastritis often travels with these A history of H. pylori infection A family history of stomach cancer or pernicious anaemia These markers are a screening tool and don't replace a diagnosis. A result is one piece of the picture, read alongside your symptoms, history and other tests. Anything that points towards atrophy or infection goes back to your GP. What helps Support always depends on what the results show, which is exactly why testing beats guessing. Depending on the picture, that might include: Addressing H. pylori with your GP if it's active Correcting B12, iron and other deficiencies, sometimes in forms that don't depend on stomach acid Eating slowly, chewing well and keeping meals calm, since digestion starts in a relaxed nervous system Bitter foods such as rocket, chicory and radicchio before meals to support digestive secretions Targeted digestive support where appropriate, which I'd only recommend once we know what's going on The bottom line If your gut symptoms or deficiencies keep returning however carefully you eat, it's worth looking further up the digestive tract. Your stomach sets the conditions for everything that follows, and gastrin and pepsinogen offer a simple, non-invasive way to see how it's working. As a Functional Medicine Practitioner and Nutritional Therapist, I use functional testing to understand what's driving your symptoms, then build a plan around the results. If you'd like to explore whether stomach testing makes sense for you, book a free discovery call. Functional medicine and nutritional therapy offer educational support and personalised guidance. They do not diagnose, treat or cure medical conditions and are not a substitute for medical advice.

If you've been researching help for a stubborn health problem, you've probably come across both terms. Nutritional therapist. Functional medicine practitioner. While they sound similar, they often overlap, and plenty of people use them interchangeably. They're not quite the same thing, though. I'm one of a small number of practitioners in the UK who is both, so I'm often asked where one ends and the other begins. Here's the plain-English version, and what it means for you when you're choosing who to work with. What does a nutritional therapist do? A nutritional therapist uses food, nutrients and lifestyle changes to support your health. We look at what you eat, how you digest it, and how your diet, sleep, stress and environment might be contributing to your symptoms. Then we build a personalised plan around you, rather than handing you a generic diet sheet. In the UK, nutritional therapy has a clear professional framework. Registered nutritional therapists complete a recognised qualification, register with the CNHC (the Complementary and Natural Healthcare Council), and are usually members of BANT, the professional body. We don't diagnose or treat disease, and we work alongside your GP rather than instead of them. If you're unsure how that differs from a nutritionist, I've covered it in my post on nutritional therapist vs nutritionist. What is functional medicine? Functional medicine is a way of thinking rather than a single profession. It asks why a symptom is happening, not just how to manage it. Instead of treating your gut, your hormones and your energy as three separate problems, it looks at how they connect. Take fatigue. A conventional approach might check your iron and thyroid, find them in range, and leave it there. A functional medicine approach would ask more questions. Is your gut absorbing nutrients properly? Is your blood sugar swinging through the day? Is chronic inflammation, poor sleep or a hormone imbalance draining your energy? The goal is to find the root cause, because that's where lasting change happens. Functional medicine practitioners come from many backgrounds, including doctors, nurses and nutrition professionals. The best-known training body is the Institute for Functional Medicine (IFM) in the US, whose certification involves advanced clinical training and assessment. Certification doesn't change a practitioner's legal scope. A doctor who trains in functional medicine can still prescribe; a nutritional therapist still can't. The key differences at a glance Nutritional therapist Functional medicine practitioner What it is A UK profession with an accredited register An approach and training framework used by several professions Main tools Diet, nutrients, lifestyle Diet and lifestyle plus a systems-based model of the whole body UK registration CNHC, with BANT membership No UK register of its own; depends on the practitioner's core profession Testing Often uses functional tests Uses functional testing extensively, interpreted as a connected picture Focus Nutrition-led support Root-cause investigation across body systems Why it helps to have both Here's where it gets practical for you. A nutritional therapist without functional medicine training may give you excellent dietary advice but miss the bigger picture. A functional medicine practitioner without solid nutrition training may understand the systems well but lack the depth to translate that into a plan you can actually live with. Having both means I can investigate like a functional medicine practitioner and then build the plan like a nutritional therapist. In practice, that looks like choosing the right tests (a stool test, a DUTCH hormone test or an advanced blood panel), reading the results as a connected picture, and turning them into realistic changes to what's on your plate. Which one do you need? If your health concern is fairly straightforward (you want to improve your diet, support a training goal or eat well through pregnancy), a good registered nutritional therapist will serve you well. If you've been living with symptoms that don't add up, have seen several people already, or have been told your results are "normal" when you don't feel normal, a functional medicine approach is likely to help more. That's especially true for gut issues, hormone imbalances, autoimmune conditions and persistent fatigue. Either way, check the basics first: CNHC registration, BANT membership and relevant clinical experience. My guide on [how to choose a nutritional therapist in London] walks you through what to look for. If you've been going round in circles with symptoms nobody can explain, it might be time for a different kind of look. Book a free discovery call with me and tell me what's been happening. We'll work out together whether a functional medicine approach is right for you.

If you take a statin, or love someone who does, this is worth understanding. And to be clear from the outset: never stop a statin because of something you read online, including this. Statins are proven to reduce cardiovascular risk, and stopping abruptly without medical guidance can be genuinely dangerous. This is about understanding a side effect, not questioning whether to take the medication. What Statins Actually Do Statins lower cholesterol by blocking an enzyme called HMG-CoA reductase, the rate-limiting step in your body's cholesterol production pathway. This is effective and well-established: statins reduce cardiac events by a meaningful margin and are one of the most widely prescribed medications in the world. The Part Nobody Explains Here's what often gets left out of the conversation: that same pathway statins block doesn't just make cholesterol. It also produces coenzyme Q10 (CoQ10), a compound your cells need for energy production, particularly in muscle tissue. When statins block the pathway, CoQ10 production drops too. Why This Matters for Muscle Aches Muscle-related symptoms are one of the most common reasons people stop taking a statin, with studies estimating anywhere from 5% to 30% of statin users experiencing some degree of muscle pain, weakness, or cramping, depending on the population and criteria used. The exact mechanism isn't fully settled, but CoQ10 depletion is one of the leading proposed explanations, since CoQ10 is essential for the energy-producing machinery inside muscle cells. Certain statins are more likely to cause this than others. Lipophilic statins like atorvastatin and simvastatin penetrate muscle tissue more readily than hydrophilic ones like rosuvastatin, and higher doses carry greater risk. What Does the Research Actually Say? This is where honesty matters. The evidence for CoQ10 supplementation easing statin-related muscle symptoms is genuinely mixed, not a settled slam dunk in either direction. Some studies and meta-analyses have found real benefit: measurable reductions in muscle pain and weakness when supplementing with CoQ10 alongside statin use. Others, including a few well-designed trials, have found no significant improvement. What's considered definitive is that statins do measurably lower circulating CoQ10 levels, and that CoQ10 supplementation is safe with no meaningful downside risk. For someone experiencing statin-related muscle symptoms, a supervised trial of CoQ10 is a reasonable thing to discuss with a doctor, even if it isn't guaranteed to help everyone. What You Can Actually Do Never stop your statin unprompted. If you're experiencing muscle symptoms, speak to your doctor rather than discontinuing on your own. Ask about CoQ10. Given it's low-risk and has some supporting evidence, it may be worth discussing as a trial, particularly if muscle symptoms are affecting your daily life or making you want to stop your medication. Give it time to work. Most people who do respond to CoQ10 notice a difference within four to eight weeks, not immediately. Track your symptoms. Noting when muscle pain started relative to starting or changing your statin dose can help your doctor assess whether it's actually related. In Summary Statins work by blocking a pathway that also produces CoQ10, a compound essential for muscle energy production This may explain why muscle aches and weakness are a common statin side effect The research on CoQ10 supplementation easing these symptoms is mixed, but it's safe and worth discussing with your doctor Never stop a statin without medical guidance, whatever you read online A Final Word If you're on a statin and dealing with muscle symptoms, you're not imagining it, and there may be a real, addressable reason behind it. The right move is to talk with your doctor, not to make a decision alone based on something you've read. If you'd like a deeper look at what your blood results might really be telling you, book a free 15-minute discovery call with me today.

A cosy, gluten-free autumn soup pairing roasted butternut squash with apple for a subtle natural sweetness. Serves: 4 INGREDIENTS 1 butternut squash, peeled and cubed 2 eating apples, peeled and chopped 1 onion, roughly chopped 2 garlic cloves 3 tablespoons extra virgin olive oil 800 milliliters vegetable stock 1 teaspoon fresh thyme leaves (or 1/2 tsp dried) 0.5 teaspoon ground nutmeg 1 teaspoon sea salt 0.3 teaspoon cracked black pepper 2 tablespoons natural yoghurt, to serve 1 tablespoon pumpkin seeds, to serve INSTRUCTIONS Roast the squash and apple: Preheat the oven to 200°C (fan 180°C). Toss the 1 butternut squash, peeled and cubed and 2 eating apples, peeled and chopped, with half of the 3 tablespoons extra virgin olive oil, spread on a baking tray, and roast for 30 minutes until soft and lightly caramelised. Soften the onion and garlic: Meanwhile, heat the remaining 3 tablespoons extra virgin olive oil in a large pot over medium heat. Add the 1 onion, roughly chopped and cook for 7 minutes until softened, then add the 2 garlic cloves and cook for 1 more minute. Simmer: Add the roasted squash and apple to the pot along with the 800 milliliters vegetable stock, 1 teaspoon fresh thyme leaves (or 1/2 tsp dried), 0.5 teaspoon ground nutmeg, 1 teaspoon sea salt, and 0.3 teaspoon cracked black pepper. Bring to a simmer and cook for 10 minutes Blend: Blend until smooth using a stick blender or in batches in a countertop blender. Serve: Ladle into bowls and finish with a swirl of 2 tablespoons natural yoghurt, to serve and a scatter of 1 tablespoon pumpkin seeds, to serve. NOTES Swap the yoghurt for a dairy-free alternative to make this fully plant-based. The soup freezes well for up to 3 months, so it's worth making a double batch to have on hand through autumn. Like this recipe? Check out my Free Downloads page to access my e-books with lots of delicious recipes and meal plans.

Discover how broccoli sprouts help detoxify pollutants, support liver function, and protect against cancer. Learn how to eat them raw or steamed for maximum sulforaphane benefits. The Power of Cruciferous Vegetables Cruciferous vegetables, broccoli, kale, cabbage, and cauliflower, are nutritional powerhouses known for their cancer-protective properties. Among them, broccoli stands out for its ability to help the liver detoxify harmful chemicals and support overall cellular health. Meet Sulforaphane: The Detox Hero Broccoli’s cancer-fighting strength comes from a compound called sulforaphane. This potent nutrient helps neutralise carcinogens and toxins, activates detox enzymes in the liver, and even targets cancer stem cells, the ones responsible for tumour growth and resistance. Broccoli Sprouts: A Sulforaphane Superfood Broccoli sprouts are baby broccoli plants, only 3-5 days old, yet they contain 10 to 100 times more sulforaphane than mature broccoli. Just one ounce of sprouts provides the same amount of sulforaphane as 1½ pounds of broccoli! These tiny greens are also linked to reduced breast cancer risk and improved detox capacity. Combine Broccoli + Broccoli Sprouts for Double Benefits A study from the University of Illinois found that combining broccoli with broccoli sprouts doubles their cancer-protective effect. To preserve sulforaphane’s power, don’t overcook your broccoli. Steam it lightly for 2-4 minutes, or eat it raw with sprouts to retain the enzyme myrosinase, which activates sulforaphane. Why Supplements Don’t Always Work Broccoli powder supplements are popular, but many lack the live enzyme needed to form sulforaphane. In one study, eating broccoli sprouts with broccoli powder led to double the sulforaphane absorption, proving that food synergy matters more than isolated supplements. Detoxing Air Pollution Naturally A 12-week Johns Hopkins University study in China found that a daily broccoli sprout drink increased participants’ excretion of harmful air pollutants: Benzene (a known carcinogen), excreted 61% faster Acrolein (a toxin from smoke and fuel), excreted 23% faster This shows broccoli sprouts can help the body neutralise and eliminate environmental toxins effectively and safely. How to Add Broccoli Sprouts to Your Diet Broccoli sprouts are best eaten raw. Try adding them to: Salads or wraps Smoothies Sandwiches Steamed broccoli dishes You can find fresh sprouts in health food stores under the brand BroccoSprouts, or grow your own from organic seeds at home. Tip: Combine broccoli with mustard, radish, rocket (arugula), or wasabi, these foods also contain myrosinase, enhancing sulforaphane activation. In Summary Sulforaphane in broccoli and sprouts helps detoxify carcinogens and support liver health. Broccoli sprouts have up to 100× more sulforaphane than mature broccoli. Combine the two for maximum protection. Eat raw or lightly steamed for best results. Regular consumption supports natural detox and cancer prevention. Want to start reaping the benefits of broccoli sprouts today? Here are two simple, delicious ways to enjoy them, one to sip and one to savour... Broccoli Sprout Detox Smoothie A refreshing, nutrient-packed smoothie that helps support detoxification, energy, and gut health. It’s rich in sulforaphane, antioxidants, and healthy fats, perfect for breakfast or a mid-afternoon boost. Ingredients (serves 1-2): 1 small handful of fresh broccoli sprouts 1 small handful of baby spinach or kale ½ a green apple (or pear, for sweetness) ½ a lemon, peeled (for extra liver support) ½ an avocado (for healthy fats) 1-inch piece of fresh ginger 1 cup filtered water or unsweetened almond milk Optional: 1 scoop plant-based protein powder or collagen peptides Optional: 1 tsp chia seeds or ground flaxseed for extra fibre Instructions: Add all ingredients to a blender and blend until smooth. Taste and adjust. Add a few ice cubes or a splash more liquid if you prefer a lighter texture. Pour into a glass, top with a few extra broccoli sprouts, and enjoy immediately. Tip: To maximise sulforaphane, always use fresh, raw broccoli sprouts (never frozen or cooked). Smashed Avocado Toast with Broccoli Sprouts and Lemon Zest A simple, satisfying way to combine healthy fats, fibre, and sulforaphane, great for breakfast or a light lunch. Ingredients (serves 1): 1 slice sourdough or gluten-free bread, toasted ½ a ripe avocado A small handful of broccoli sprouts A squeeze of fresh lemon juice A drizzle of extra virgin olive oil Sea salt and cracked black pepper to taste Optional toppings: chilli flakes, hemp seeds, or feta crumbles Instructions: In a small bowl, mash the avocado with a squeeze of lemon juice, salt, and pepper. Spread generously over the toast. Top with a handful of fresh broccoli sprouts and a drizzle of olive oil. Finish with lemon zest or chilli flakes for extra flavour. Variation: Add sliced tomato, radish, or poached egg, organic smoked salmon, mashed sardines etc for a more filling version. Adding a handful of broccoli sprouts to your meals is an easy win, but everyone's detox needs are different. As a nutritional therapist in London, I can help you work out which foods and habits will make the biggest difference for you. Did you enjoy this post? If you want to have a more personalised discussion about your health journey, book a free discovery call with me today.

Autoimmune protocols (AIPs) are diets that are specifically designed to reduce inflammation in the body. There are over 100 autoimmune conditions, including rheumatoid arthritis, lupus, Hashimoto's and psoriasis, which all stem from the immune system becoming confused and attacking the body's cells and tissue. The main sign of an autoimmune condition is inflammation, which can be caused by gut permeability ('leaky gut'), where toxins leak through the gut lining and into the bloodstream. An AIP diet addresses 'leaky gut' by removing foods that are high in lectins, phytates and gluten, known to contribute to gut permeability. If you are considering taking up an AIP, you may have concerns about quitting sugar. The good news is that it is only refined sugar that you will have to give up and your body will immediately thank you for this anyway. There are plenty of natural sweeteners still available that you can use sparingly and we are going to take a look at the top five here. The secret is to stick to 20 grams of fructose a day, although if you are diabetic, you may not be able to stand as much sugar as other people. Honey When purchasing honey, it is important to buy only raw organic honey. It is best to buy your honey from a local farmer when possible. Honey is considered a ‘functional food’ meaning that it has nutritional value. For this reason, honey is my favourite go-to sweetener. Honey has 6 grams of sugar per 1 tsp and contains around 40% fructose, compared to 50% in the case of sugar. It also creates less of a sugar spike and is sweeter tasting than sugar, meaning that less is required. Despite this, honey still counts as a ‘free sugar’ and should be used in moderation. Maple Syrup When purchasing maple syrup, only purchase real maple syrup. It is important to read labels. Maple syrup has 5 grams of sugar per teaspoon. It contains numerous antioxidants, some of which have anti-inflammatory properties, and a lower GI (glycaemic index) than sugar, making it less likely to cause a sugar crash. Date paste I like to use date paste to sweeten my treats. Dates can be used to sweeten Protein Balls, homemade cereal, grain-free baked goods and smoothies. While dates are high in sugar, they are also high in fibre, which means that the sugar is not absorbed into the blood as quickly as sugar. Dates have a strong nutritional profile, including several vitamins and minerals such as calcium, vitamin K and magnesium which are all needed for healthy bones, selenium which prevents cell damage from toxins, and folate which is involved in healthy red blood cell formation and important in pregnancy. Molasses Molasses is a by-product of the sugar making process. Purchase only blackstrap molasses, it is nutrient-dense with five times as much iron as steak and 1.5 times as much calcium as cheese! Molasses has a similar GI to refined sugar, however there is some evidence that it may help to stabilise blood sugar. Molasses may not be suitable for anyone with irritable bowel syndrome. Monk Fruit A zero calorie and zero carb sweetener from sub-tropical melon. Monk fruit can be difficult to get hold of in the west, however a powdered derivative is widely available. Monk fruit does not cause blood sugar spikes and contains numerous vitamins and minerals. In addition, there is some evidence that it helps to reduce inflammation in the body. Coconut Sugar While technically AIP compliant, coconut sugar is difficult to digest for many people (due to the inulin fibre) and is technically still sugar. I suggest using only in moderation. Everyone's tolerance for sugar is different, especially with an autoimmune condition. If you'd like personalised support, I work with clients as a nutritional therapist in London and online and can help you find a balance that works for your body.

Some of the oldest fruits known to humankind, dates, figs, and prunes, have nourished people across centuries and cultures. All three likely originated in the Middle East and Mediterranean regions, and all are commonly enjoyed in their dried form. But beyond their natural sweetness and convenience, these ancient fruits hold remarkable, research-backed health benefits that modern science is only now beginning to confirm. Dates: Ancient Nourishment for Modern Mothers Dates have been cultivated and eaten for over 4,000 years. In the Qur’an, Mary is counselled to eat dates to ease the birth of Jesus, and modern research now supports that very advice. A clinical study involving 69 pregnant women found that those who ate six dates a day for four weeks before delivery experienced: Greater cervical dilation (3.5 cm vs 2.0 cm) Higher rates of spontaneous (natural) labour (96% vs 79%) Reduced need for induction drugs (28% vs 47%) Shorter first-stage labour (510 minutes vs 906 minutes) Other studies have since confirmed these findings, showing that eating dates in late pregnancy can positively influence labour outcomes, reduce the need for medical intervention, and shorten delivery time, all without any adverse effects on mother or baby. Takeaway: Six dates a day during the final month of pregnancy may support an easier, faster, and safer labour. Figs: A Natural Remedy for Constipation While prunes are often the go-to remedy for sluggish digestion, figs deserve equal recognition. In a double-blind study involving 80 participants with chronic constipation, those who consumed fig paste (equivalent to 3 figs daily) for eight weeks experienced: Faster bowel transit time (63 hours reduced to 38 hours) Softer stools Less abdominal discomfort The results confirmed what traditional medicine has known for centuries, figs offer a gentle, natural, and effective way to relieve constipation without the side effects of laxatives. Takeaway: Enjoying a few figs daily supports healthy digestion and regularity in the most natural way. Dried Plums (Prunes): The Bone-Building Fruit Long celebrated for their digestive benefits, prunes have a lesser-known superpower, protecting and strengthening bones. The first hint came in a 2002 study where postmenopausal women who ate 100g of dried plums daily for 3 months showed increased bone formation markers, unlike those who ate apples. A later year-long study of 160 women with osteopenia confirmed it: Women eating 10 prunes per day had significantly higher bone mineral density compared to those eating apples. All participants took calcium and vitamin D, but only the prune group showed notable bone gains. Even more encouraging, a follow-up study found that just 5-6 prunes a day were enough to deliver the same bone-strengthening benefits. Takeaway: Eating a small handful of prunes daily can help maintain strong, healthy bones, especially after menopause. The Wisdom in Whole Foods What’s fascinating is how these three ancient fruits, dates, figs, and prunes, each target different yet essential aspects of wellness: Dates support pregnancy and childbirth. Figs promote digestive comfort and gut health. Prunes build and preserve bone density. Their synergy reminds us that nature’s simplest foods often hold the most profound healing power and science continues to affirm their wisdom. Simple Ways to Enjoy These Fruits... Here are a few easy, healthy recipes to help you make the most of these nourishing foods. Fig, Date & Prune Energy Balls A sweet and healthy snack that’s full of fibre, minerals, and antioxidants. Ingredients: 4 Medjool dates (pitted) 2 figs 3 prunes ¼ cup almonds or walnuts 1 tbsp chia seeds 1 tbsp cocoa powder or shredded coconut Pinch sea salt Method: Blend everything together in a food processor until sticky. Roll into small balls and store in the fridge. Perfect for a mid-morning snack or pre-workout energy boost! Chocolate Date Energy Smoothie This smoothie tastes like a treat but is packed with fibre, magnesium, and antioxidants. It’s a fantastic option for afternoon energy, hormone balance, or a post-workout refuel. Ingredients: 2 Medjool dates, pitted 1 tbsp unsweetened cocoa powder 1 tbsp nut butter (almond or cashew works well) ½ banana (frozen if you like it thick and creamy) 1 cup unsweetened almond or oat milk ½ tsp cinnamon 1 scoop collagen or plant-based protein (optional) A few ice cubes Method: Blend everything until smooth and creamy. Pour into a glass and top with a sprinkle of cinnamon or cacao nibs. Tip: Swap cocoa for carob powder for a naturally caffeine-free option that’s still rich and chocolatey. Fig & Prune Overnight Oats A nourishing, make-ahead breakfast that supports digestion, energy, and bone health and tastes amazing. Ingredients: ½ cup rolled oats 1 cup unsweetened almond or oat milk 1 fig, chopped (fresh or dried) 2 prunes, chopped 1 tsp chia seeds ½ tsp cinnamon 1 tsp honey or maple syrup (optional) A small handful of nuts or seeds for topping (almonds, walnuts, or pumpkin seeds) Method: Combine oats, milk, chia seeds, figs, prunes, and cinnamon in a jar or bowl. Stir well, cover, and refrigerate overnight (or at least 4 hours). In the morning, stir again and top with nuts or seeds. Tip: Add a spoonful of Greek yogurt before serving for extra protein and creaminess. Dates, figs and prunes are an easy place to start, but what works best depends on your own body and history. I'm Tracy, a registered nutritional therapist, and I help clients build eating habits that support their health for the long term. If you'd like advice that fits you, book a free 15-minute discovery call with me today.

A simple, gluten-free overnight oats jar built around genuine magnesium-rich ingredients: oats, almonds, and dark chocolate. Serves: 1 INGREDIENTS • 80 grams gluten-free rolled oats • 200 milliliters milk of choice (dairy or plant-based) • 100 grams natural yoghurt • 1 tablespoon honey or maple syrup • 30 grams almonds, roughly chopped • 20 grams dark chocolate (70%+), roughly chopped • 1 banana, sliced • 1 tablespoon pumpkin seeds • 0.5 teaspoon ground cinnamon INSTRUCTIONS 1. Mix the base: In a jar or container, combine the 80 grams gluten-free rolled oats, 200 milliliters milk of choice (dairy or plant-based), 100 grams natural yoghurt, 1 tablespoon of honey or maple syrup, and 0.5 teaspoon ground cinnamon. Stir well to combine. 2. Chill overnight: Cover and refrigerate overnight, or for at least 4 hours, until the oats have softened. 3. Add the toppings: In the morning, top with 1 banana, sliced, 30 grams almonds, roughly chopped, 20 grams dark chocolate (70%+), roughly chopped, and 1 tablespoon pumpkin seeds. 4. Serve: Stir gently or eat straight from the jar, layered as you like. NOTES Pumpkin seeds, almonds, oats, and dark chocolate all naturally contribute to your magnesium intake, alongside a genuinely satisfying breakfast. Swap the banana for berries if you prefer, and use a dairy-free yoghurt and milk to make this fully plant-based. Like this recipe? Check out my Free Downloads page to access my e-books with lots of delicious recipes and meal plans.

Walk down the supplement aisle and you'll find half a dozen different types of magnesium, all claiming to help with everything from sleep to muscle cramps to brain fog. The truth is, "magnesium" isn't one supplement, it's a mineral bound to different compounds, and the form you choose genuinely changes what it does in your body. Here's how to actually make sense of it. Why Magnesium Matters Magnesium is involved in over 300 enzymatic reactions in the body, including energy production, muscle contraction, nerve function, and regulating your stress response system. It's one of the most common nutrient gaps, with a significant proportion of adults not meeting recommended intake through diet alone. But not all magnesium supplements deliver the same amount to your body, and not all forms do the same job once they get there. Signs You Might Be Low Magnesium deficiency can be surprisingly easy to miss, since standard blood tests only measure a small fraction of your body's total stores and can look normal even when tissue levels are low. Early signs to watch for include: Fatigue and general weakness Muscle cramps or twitches, particularly in the legs at night Poor sleep quality Low mood or irritability Loss of appetite More severe deficiency can involve numbness, tingling, or an irregular heartbeat, though this is uncommon outside of specific medical conditions. If these symptoms feel familiar and persist, it's worth discussing with your GP or a practitioner rather than self-treating with high-dose supplements. How Much Do You Actually Need? UK adults typically need around 300mg a day for men and 270mg a day for women, ideally from food first. Good dietary sources include: Pumpkin seeds and almonds Leafy greens like spinach and kale Wholegrains, such as brown rice and oats Legumes, including beans and lentils Dark chocolate (check out this recipe!) For most healthy people eating a varied diet, food alone can meet these needs. Supplements become more useful when intake falls short, absorption is impaired, or you have a specific goal, like the ones outlined below, that food alone won't target quickly enough. Magnesium Glycinate: Best for Sleep and Relaxation Magnesium glycinate pairs magnesium with glycine, an amino acid with its own calming properties. Glycine acts on the nervous system in a way that supports relaxation, which is why this combination is often the go-to choice for sleep quality, anxiety, and general tension. It's also gentle on digestion, well absorbed, and rarely causes the loose stools associated with other forms, making it a good everyday option for most people. Magnesium Citrate: Best for Digestion and General Repletion Magnesium citrate is highly bioavailable and has a natural, mild laxative effect, since it draws water into the intestines. This makes it a solid choice if you're dealing with occasional constipation alongside a general magnesium deficiency, or if you want an affordable, effective way to raise your overall magnesium levels. It's not the best choice right before bed if digestive predictability matters to you, but for correcting a broader deficiency, it's one of the most practical and cost-effective options. Magnesium Threonate: Best for Brain and Cognitive Support Magnesium L-threonate is a newer, more specialised form, developed specifically for its ability to raise magnesium levels in the brain more effectively than other forms. Early human research suggests potential benefits for memory and cognitive function, particularly in older adults. It's more expensive and contains less elemental magnesium per dose than citrate, so it's not typically used to correct a general deficiency. Instead, it's better suited to those specifically wanting brain-focused support, such as memory, focus, or mental clarity, especially from midlife onwards. So Which One Should You Take? Struggling with sleep, anxiety, or muscle tension? Glycinate is usually the better fit. Need to correct a general deficiency, or dealing with constipation? Citrate is affordable and effective. Concerned about memory, focus, or cognitive changes? Threonate targets the brain specifically. Some people use a combination, citrate for overall levels earlier in the day, glycinate in the evening for relaxation, depending on what they're trying to address. There's no single "best" magnesium. The right one depends entirely on what you're actually trying to support. In Summary Magnesium comes in several forms, and the compound it's bound to changes what it does in the body Glycinate supports sleep and relaxation, and is gentle on digestion Citrate is well absorbed and effective for general deficiency, with a mild laxative effect Threonate is the form most associated with brain and cognitive support, though it's pricier and lower in elemental magnesium per dose The right choice depends on your specific goal, not just which one you've heard of A Final Word Next time you're standing in the supplement aisle unsure which magnesium to pick up, it's worth pausing to ask what you're actually trying to support. The right form makes a real difference. If you'd like a deeper look at what your blood results might really be telling you, book a free 15-minute discovery call with me today.

Everyone seems to be saying women should take creatine. Almost nobody tells you how, or why. Here's what the research actually shows. Why Creatine Matters for Women Specifically Women naturally have lower creatine stores than men, partly because creatine is mainly found in meat and fish, and many women simply eat less of it. That gap is one reason research continues to show benefits for: Muscle strength Recovery Brain function Healthy ageing These benefits appear particularly relevant during perimenopause and beyond, when muscle mass and strength naturally become harder to maintain, alongside other changes like bone density that are worth paying attention to during this stage of life. The Protocol Is Surprisingly Simple Despite how complicated supplement marketing can make it sound, the research points to something refreshingly straightforward: 3-5g of creatine monohydrate Every day That's it. No loading phase is required, no cycling on and off, and no need for expensive "advanced" formulations. The best time to take it is simply whenever you'll actually remember to. What Creatine Actually Does in the Body Creatine's main role is helping regenerate ATP, the energy your cells use for quick, high-intensity effort, whether that's a strength training session, standing up quickly, or your brain working through a demanding task. This hydrolysis of ATP by cellular enzymes generates the energy needed for processes like muscle contraction, nerve function, and cell growth. Creatine, stored mainly in muscle, helps keep that ATP supply topped up during moments of high demand. A loading phase can saturate your muscles with creatine within about a week, but it isn't strictly necessary. A steady daily dose of 3-5g will reach the same muscle saturation over roughly 3-4 weeks instead. Either way, you end up in the same place, the loading phase just gets you there faster. Where Creatine Comes From in Food Creatine occurs naturally in the skeletal muscle of most mammals and fish, including beef, chicken, cod, herring, pork, salmon, tuna, and turkey. This is part of why women, who on average eat less meat and fish than men, tend to have lower baseline creatine stores to begin with, and why supplementation can make a meaningful difference rather than simply topping up an already-full tank. (If you're looking to include more creatine-rich food in your diet, this week's [Grilled Steak with Chimichurri] is a good place to start.) Not in the way most people assume. Creatine draws water into your muscles, not your stomach. At a standard 3-5g daily dose, many women notice little to no bloating at all. What About Hair Loss? This is one of the most persistent myths around creatine, and it traces back to a single small study in male rugby players from nearly 20 years ago. That study measured a hormone change, not hair loss itself, and its findings haven't been consistently replicated since. One study from two decades ago has fuelled years of internet headlines, despite never actually demonstrating hair loss as an outcome. Who Benefits the Most? Research is particularly promising for women who: are in perimenopause or menopause strength train eat little meat or fish want to support healthy ageing A note on safety: if you have kidney disease or any concerns about kidney function, speak to your healthcare professional before taking creatine. In Summary Women naturally store less creatine than men, largely due to lower dietary intake from meat and fish Research supports benefits for muscle strength, recovery, brain function, and healthy ageing, especially around perimenopause and menopause The protocol is simple: 3-5g of creatine monohydrate daily, no loading or cycling needed Bloating concerns are often overstated, since creatine draws water into muscle rather than the stomach The hair loss myth stems from one small, unreplicated study and isn't well supported by evidence Anyone with kidney disease or concerns about kidney function should check with a healthcare professional first A Final Word Creatine isn't just for the gym, and it isn't just for men. It's one of the most researched supplements available: simple, affordable, and genuinely effective for many women, particularly as you move through perimenopause and beyond. If you'd like a deeper look at what your blood results might really be telling you, book a free 15-minute discovery call with me today.

A simple, grilled steak with a fresh, herby chimichurri, naturally rich in creatine and protein. Serves: 4 INGREDIENTS • 4 sirloin or ribeye steaks • 2 tablespoons extra virgin olive oil, for cooking • 1 teaspoons sea salt • 0.5 teaspoons cracked black pepper • 40 grams fresh parsley, finely chopped • 15 grams fresh oregano leaves, finely chopped • 2 garlic cloves, finely minced • 0.5 red chilli, finely chopped (deseeded for less heat) • 120 milliliters extra virgin olive oil, for the chimichurri • 3 tablespoons red wine vinegar • 0.5 teaspoons sea salt, for the chimichurri INSTRUCTIONS 1. Make the chimichurri: Combine the 40 grams fresh parsley, finely chopped, 15 grams fresh oregano leaves, finely chopped, 2 garlic cloves, finely minced, and 0.5 red chilli, finely chopped (deseeded for less heat) in a bowl. Stir in the 120 milliliters extra virgin olive oil, for the chimichurri, 3 tablespoons red wine vinegar, and 0.5 teaspoons sea salt, for the chimichurri. Set aside to let the flavours develop while you cook the steak. 2. Season the steak: Pat the 4 sirloin or ribeye steaks dry and season generously with 1 teaspoon sea salt and 0.5 teaspoons cracked black pepper. 3. Cook the steak: Heat 2 tablespoons extra virgin olive oil, for cooking in a heavy pan or grill over high heat. Cook the steaks for 3-4 minutes per side for medium-rare, or longer to your preference. 4. Rest the steak: Remove from the heat and rest the steaks for 5 minutes before slicing. 5. Finish and serve: Slice the steak against the grain and spoon the chimichurri generously over the top. Serve immediately. Like this recipe? Check out my Free Downloads page to access my e-books with lots of delicious recipes and meal plans.

Peptides aren't new. They've been part of mainstream medical research for over a century. What is new is the explosion of interest around them, driven largely by the success of weight-loss medications, which has sparked a wider "peptide craze" touching everything from recovery and skin health to longevity. Like most trends that arrive with big claims, expensive protocols, and more confidence than evidence, my instinct is to slow down rather than jump on board. So instead of dismissing peptides or endorsing them, I've started properly looking at what the research actually says. What Are Peptides, Really? Peptides are short chains of amino acids, the building blocks of proteins. Many naturally occurring peptides act as signalling molecules in the body, helping cells communicate and influencing processes like repair, appetite, metabolism, and hormone activity. (Getting enough quality protein and amino acids from food remains foundational, whatever the research on peptide supplements eventually shows. This week's [Grilled Chicken & Peach Skewers] is a good example of a simple, protein-rich meal.) But "peptide" is an umbrella term, not a guarantee of quality or safety. Different peptides have distinct proposed uses, evidence bases, risks, and regulatory statuses. Lumping them all together is part of what makes this topic so easy to oversimplify. One quick clarification: when people hear "peptides," they often think of GLP-1 medications like Ozempic or Mounjaro. (Read Weight Loss Injections to learn more about these medications.) While those are technically peptide drugs, this isn't about them. This is about the many other peptides that are increasingly showing up in conversations about recovery, performance, and longevity. The Peptides People Are Talking About There isn't one peptide; there are dozens, each researched for different purposes with very different levels of evidence behind them: BPC-157 - tendon, ligament, and gut repair TB-500 - muscle recovery and tissue repair GHK-Cu - skin health, collagen, and wound healing KPV - gut inflammation and autoimmune conditions Thymosin Alpha-1 - immune function CJC-1295 / Ipamorelin - recovery, growth hormone signalling, body composition AOD-9604 - fat metabolism and weight management MOTS-c - metabolic health and exercise performance Epitalon - healthy ageing and longevity research Important caveat: these are the areas each peptide is commonly researched or promoted for, not established treatments. The quality and quantity of evidence behind each one varies considerably. Why the Question Isn't "Do They Work?" When one category gets promoted as the answer to a huge range of unrelated problems, that's usually a signal to slow down, not speed up. The real question isn't simply whether peptides work. It's more specific than that: which peptide, for whom, for what purpose, at what dose, from what source, and backed by what quality of evidence? What I'm Actually Digging Into Rather than offer a neat conclusion before I've earned one, I'm currently working through an in-depth investigation, including a dedicated course on the more widely discussed peptides, conversations with practitioners experienced in this area, and a close look at the research itself. Specifically, I'm looking at: Evidence - which claims are backed by meaningful human research, rather than theory, animal studies, or anecdotes Quality - how someone can actually know what they're receiving, and whether it's been produced and stored properly Safety - known side effects, contraindications, and longer-term unknowns Oversight - which peptides should only ever be considered under proper medical supervision Relevance - whether a peptide is addressing a genuine need, or distracting from the foundations that still matter most A Word of Caution Something can be scientifically interesting and still not be appropriate for widespread, unsupervised use. A genuinely helpful intervention can also become unhelpful when it's poorly sourced, used without proper context, or sold as a shortcut. My view on the fundamentals hasn't changed. Sleep, food quality, movement, stress, gut health, and metabolic health remain the foundation. No advanced intervention can compensate indefinitely for foundations that are being ignored. That said, I'm open to the possibility that certain peptides, used carefully and in the right context, may eventually have a valuable place. That's what I intend to find out, properly, before drawing any conclusions. In Summary Peptides are short amino acid chains that act as signalling molecules in the body, but "peptide" covers a huge range of substances with very different evidence bases GLP-1 medications like Ozempic are technically peptides too, but aren't the focus of this investigation Popular peptides are researched for everything from tissue repair to longevity, but most aren't established treatments The right question isn't whether peptides work in general, but which one, for what purpose, and with what evidence I'm properly investigating the evidence, quality, safety, and oversight involved before forming a view Following Along I'm documenting this investigation as it happens, sharing what I find, where the evidence looks genuinely promising, and where the claims are running ahead of the science. If you'd like to follow the research as it unfolds, you can catch the series on Instagram. If you'd like a deeper look at what your blood results might really be telling you, book a free 15-minute discovery call with me today.

Gluten-free grilled skewers pairing juicy chicken with caramelised peach and a sticky honey-chilli glaze, perfect for a summer barbecue. Serves: 2 Ingredients • 600 grams boneless chicken thighs, cut into chunks • 3 ripe but firm peaches, cut into wedges • 1 red onion, cut into chunks • 1 red pepper, cut into chunks • 3 tablespoons honey • 2 tablespoons extra virgin olive oil • 1 lime, juiced • 0.5 teaspoons chilli flakes • 1 garlic clove, crushed • 0.8 teaspoons sea salt • 0.3 teaspoons cracked black pepper • 2 tablespoons fresh coriander, roughly chopped • 8 wooden or metal skewers Method: 1. Soak the skewers: Soak 8 wooden or metal skewers in water for 20-30 minutes if using wooden skewers. 2. Marinate the chicken: Whisk together the 3 tablespoons honey, 2 tablespoons extra virgin olive oil, 1 lime, juiced, 0.5 teaspoons chilli flakes, 1 garlic clove, crushed, 0.8 teaspoons sea salt, and 0.3 teaspoons cracked black pepper in a bowl. Add the 600 grams boneless chicken thighs, cut into chunks, toss to coat, and marinate for at least 15 minutes. 3. Thread the skewers: Thread the marinated chicken onto the skewers, alternating with pieces of 3 ripe but firm peaches, cut into wedges, 1 red onion, cut into chunks, and 1 red pepper, cut into chunks. 4. Grill the skewers: Grill over medium-high heat, turning occasionally, for 12-15 minutes until the chicken is cooked through and the peach and vegetables are lightly charred. 5. Finish and serve: Scatter with 2 tablespoons fresh coriander, roughly chopped and serve immediately, warm from the grill. Notes: If using wooden skewers, soak them in water for 20-30 minutes before grilling to stop them burning. Choose peaches that are ripe but still firm so they hold their shape on the skewer and don't fall apart when grilled. Swap chicken thighs for chicken breast or firm tofu for a lighter or plant-based version. Like this recipe? Check out my Free Downloads page to access my e-books with lots of delicious recipes and meal plans.

A vibrant, gluten-free summer salad built around peak-season beetroot, figs, and tomatoes, with a naturally good source of iron alongside the fresh flavours. Serves: 2 Ingredients • 3 cooked beetroot, cut into wedges • 4 fresh figs, halved • 200 grams mixed cherry tomatoes, halved • 1 cucumber, sliced • 100 grams mixed salad leaves and rocket • 60 grams walnuts, roughly chopped • 100 grams feta, crumbled (optional) • 3 tablespoons extra virgin olive oil • 1 lemon, juiced • 1 teaspoon honey • 0.5 teaspoons sea salt • 0.3 teaspoons cracked black pepper • 2 tablespoons fresh mint leaves, torn Method: 1. Build the base: Arrange the 100 grams mixed salad leaves and rocket across a large serving platter as your base. 2. Add the vegetables and fruit: Scatter over the 3 cooked beetroot, cut into wedges, 4 fresh figs, halved, 200 grams mixed cherry tomatoes, halved, and 1 cucumber, sliced. 3. Make the dressing: Whisk together the 3 tablespoons extra virgin olive oil, 1 lemon, juiced, 1 teaspoon honey, 0.5 teaspoons sea salt, and 0.3 teaspoons cracked black pepper in a small bowl until combined. 4. Dress the salad: Drizzle the dressing evenly over the salad. 5. Finish and serve: Finish with the 60 grams walnuts, roughly chopped, 100 grams feta, crumbled (optional), and 2 tablespoons fresh mint leaves, torn scattered over the top. Serve immediately. Notes: Beetroot, figs, and leafy greens all provide iron, making this a naturally supportive dish alongside the rest of your diet. Swap feta for a dairy-free alternative or leave it out to make this fully plant-based. Best served the day you make it while the figs and tomatoes are at their freshest. Make it a main: pair with grilled chicken thighs, pan-seared halloumi, or grilled prawns for a heartier meal. Like this recipe? Check out my Free Downloads page to access my e-books with lots of delicious recipes and meal plans.

Imagine going to your GP feeling utterly drained, struggling to get through the day, and asking for blood tests, only to be told everything looks normal. No explanation, no next steps, just "your bloods are fine." You leave feeling relieved there's nothing seriously wrong, but no closer to understanding why you feel the way you do. If this sounds familiar, you're not alone, and you're not imagining your symptoms. The gap comes down to a simple but important distinction: "normal" on a lab report and "optimal" for how you actually feel are not always the same thing. Understanding that difference can be the key to finally getting answers. Why "Normal" Doesn't Always Mean Optimal Again, if your standard bloods look normal is it not time to do a deep dive and check the many other available markers that are more likely able to help sign post you to what’s going on. Standard reference ranges are built from a wide population, which includes plenty of people who are unwell, undiagnosed, or simply not thriving. Falling inside that range only tells you that you're unlikely to have a diagnosable disease right now. It doesn't tell you whether your levels are actually supporting how you want to feel day to day. This is where the "reference range" and the "functional range" differ: The reference range is used to screen for disease. It's intentionally wide. The functional range is a narrower band associated with people who report feeling genuinely well, not just disease-free. Both have their place, but relying on the reference range alone can mean real, treatable patterns get missed. Exhaustion: A Common Example: Ferritin Ferritin is your body's iron storage marker, and it's a good illustration of this gap. Many labs flag anything above roughly 15 ng/mL as "normal" for women. But research and clinical experience suggest that levels below 50 ng/mL are commonly linked to fatigue, hair thinning, and poor exercise tolerance, even when the number is technically within range. A result of 20 ng/mL might come back as "fine" on your report, while still leaving you well short of where your body needs to be to feel well. (If you're looking to support your iron intake through food, this week's [Summer Veg & Beetroot Salad with Figs] is naturally rich in iron.) Another Example: Thyroid (TSH) Conventional medicine typically checks two thyroid markers: TSH and T4. If both fall within the standard "normal range," you're usually told your thyroid looks fine. But according to functional medicine, that picture is incomplete. A TSH of over 2.5 is already moving into a range associated with possible hypothyroidism, even though many labs won't flag it until much higher. Symptoms linked to this include fatigue, weight gain and difficulty losing weight, feeling cold, constipation, and difficulty concentrating or brain fog. T4 also isn't the full story. It's mostly an inactive hormone that needs to convert into T3, the active form your body actually uses. If that conversion isn't happening efficiently and T3 comes back low, you likely have an underactive thyroid, even if TSH and T4 look acceptable on their own. There are also thyroid antibodies, which conventional testing often doesn't include at all, but which can reveal autoimmune activity long before standard markers shift. Two people can have "normal" TSH results and still be in very different places when it comes to how their thyroid, and their body, is actually functioning. Why This Gap Gets Missed A few reasons this pattern is so common: Reference ranges are built for detecting disease, not optimising wellbeing A single marker in isolation can look "fine," while a fuller picture across several markers tells a different story Appointments are often too short to dig into the context behind a number Symptoms like fatigue, brain fog, or low mood are easy to attribute to stress or ageing rather than investigated further What You Can Do Ask for your actual numbers, not just "normal" or "abnormal." Understanding where you sit within the range matters. Look at markers together, not in isolation. A ferritin in the low-normal range alongside a borderline TSH tells a more complete story than either alone. Track how you feel alongside your results. Persistent symptoms despite "normal" labs are a signal to look deeper, not a sign it's "all in your head." Consider a functional medicine review if standard testing keeps coming back clear but symptoms persist. This looks at the fuller picture, including markers not always covered in a routine panel. In Summary "Normal" blood results are based on a wide population reference range built to screen for disease, not to define optimal health Markers like ferritin and TSH can sit inside the "normal" range while still being associated with real symptoms Persistent symptoms despite "normal" labs are worth investigating further, not dismissing A functional medicine approach looks at the fuller picture across markers, not just pass/fail results A Final Word If you've been told everything looks fine but you don't feel fine, that gap is worth taking seriously. Your results deserve a closer look, not just a box ticked. If you'd like a deeper look at what your blood results might really be telling you, book a free 15-minute discovery call with me today.

If your "hay fever" seems to show up year-round, gets worse after a glass of wine or a plate of cheese, or never quite responds to antihistamines as it should, the cause might not be pollen at all. It could be histamine intolerance, a condition that's often mistaken for allergies because the symptoms look so similar. What is Histamine Intolerance? Histamine is a natural chemical involved in your immune response, digestion, and nervous system. Normally, an enzyme called diamine oxidase (DAO) breaks down histamine from food before it builds up in the body. When DAO activity is low, or when histamine intake outpaces the body's ability to clear it, histamine accumulates and can trigger a wide range of symptoms, including ones that mimic allergies. Unlike a true food allergy, histamine intolerance isn't an immune reaction to one specific food. It's more of a tipping point: a build-up from multiple sources at once, until your body's histamine "bucket" overflows. Common Symptoms Because histamine affects so many systems in the body, symptoms can be wide-ranging and easy to misattribute to something else: Sneezing, congestion, or itchy eyes that don't improve with typical hay fever treatment Headaches or migraines Flushing or hives Digestive symptoms such as bloating, cramping, or diarrhoea Fatigue or brain fog A racing heart or dizziness after certain meals or drinks What Causes DAO to Be Low? DAO deficiency can come from a mix of genetic, gut, and lifestyle factors. Research points to several contributors: Genetics - certain gene variants are linked to naturally lower DAO activity Gut health - intestinal inflammation, dysbiosis (Understanding Your Gut Blog), or conditions like IBS can impair DAO production, since it's made largely in the small intestine Medications - some common drugs are known to inhibit DAO activity Hormones - DAO activity can shift with the menstrual cycle and pregnancy, which is part of why some women notice symptoms easing during pregnancy and returning afterwards Diet - histamine-rich or histamine-releasing foods and drinks (aged cheese, cured meats, fermented foods, alcohol, especially wine and beer) add to the overall load. Why This Matters for "Hay Fever" Because histamine is also the chemical your body releases during a genuine allergic reaction, histamine intolerance and seasonal allergies can look almost identical. The key difference is that with histamine intolerance, symptoms often continue outside of pollen season, worsen after specific foods or drinks rather than outdoor exposure, and don't fully resolve with standard antihistamines. A Functional Medicine Approach Rather than reaching straight for symptom control, a functional approach looks at why histamine is building up in the first place. This can involve: Reviewing gut health, since dysbiosis and inflammation are closely linked to lower DAO activity A temporary lower-histamine diet to reduce the overall load while identifying triggers Looking at hormonal patterns, particularly for women who notice symptoms shifting across their cycle Supporting the gut lining and microbiome long term, rather than avoiding trigger foods indefinitely In Summary Histamine intolerance happens when histamine builds up faster than the body can clear it, often due to low DAO enzyme activity Symptoms overlap heavily with hay fever and allergies, which is why it's so often missed Gut health, genetics, hormones, medications, and diet can all affect DAO activity A functional approach looks at the root cause rather than just managing symptoms A Final Word If your seasonal symptoms never quite make sense, or persist well outside of pollen season, it may be worth looking beyond hay fever. Understanding what's really driving your histamine levels is the first step toward lasting relief, not just symptom control. Book a free discovery call to find out how Functional Medicine can support you, if histamine intolerance could be behind your symptoms, or follow @tracytredouxhealth for regular nutrition, healthy ageing and Functional Medicine insights.