 The Complete Guide to Creatine Creatine is one of the most researched supplements in sports nutrition. It’s also one of the most misunderstood. Some people think it’s only for bodybuilders. Some think it causes bloating. Some worry it’s bad for the kidneys. Others have no idea what it actually does, but take it anyway because someone at the gym told them to. So let’s clear it up. This guide will walk you through what creatine is, how it works, how much to take, whether it’s safe, and who it may help. Before we go further, it’s worth saying this: You do not need creatine to get results. If your training is inconsistent, your protein intake is low, and your sleep is poor… creatine is not the thing holding you back. This is a supplement that supports good training. It doesn’t replace it. What is creatine? Creatine is a naturally occurring compound found in your body and in foods like meat and fish. Your body also makes some creatine on its own. Most of it is stored in your muscles, where it helps produce quick energy during short, intense efforts. That means creatine is especially useful for things like:
It helps your body regenerate ATP, which is your cells’ immediate energy source. So no, creatine is not a steroid. It’s not a hormone either. It’s a nutrient that helps support rapid energy production. Is creatine well studied? Yes. It's extremely well studied. Creatine monohydrate is one of the most researched supplements we have. It has been studied for decades in areas like strength, muscle gain, exercise performance, recovery, aging, and brain health. That doesn’t mean every claim made about creatine is equally strong. But it does mean this is not some trendy supplement built on hope and branding. The evidence base is real. What type of creatine should I take? Creatine monohydrate. That’s the one. There are plenty of other versions on the market, but creatine monohydrate is the form with by far the most research behind it. It’s also effective, widely available, and usually the cheapest option. You do not need a fancy version. In supplement world, boring often wins. This is one of those cases. How much creatine should I take? There are two common options. Option 1: Loading phase Take 20 grams per day for 5–7 days, split into 4 doses of 5 grams. Then take 3–5 grams per day after that. Option 2: Standard daily dose Take 3–5 grams per day from the start. Both approaches work. The loading phase gets your muscles saturated faster. The lower daily dose gets you to the same place more gradually. For most people, 3–5 grams per day is simple and effective. When should I take creatine? The most important thing is consistency. You do not need perfect timing. You do not need to take it at the exact second your workout ends. Take it whenever you’re most likely to remember it.
The best time is the time you’ll actually take it. Does creatine work? Yes. But this is where creatine is often misunderstood. It doesn’t create results on its own. It helps you get slightly more out of work you’re already doing well. So if you’re not training consistently, or you’re skipping the basics, you won’t notice much. But if you are consistent, those small improvements can add up over time. But it does work and Creatine works best for short, intense, repeated efforts. It can help improve training quality by giving you a little more fuel for hard exercise and helping you recover faster between sets or repeated bouts of work. That can mean:
That “slightly” matters. Because training results are often built on small improvements repeated over weeks and months. Is creatine good for building muscle and strength? Yes. Creatine is most effective as a training aid. It doesn’t build muscle by magic. It helps you train better, and better training can lead to better results. People who combine creatine with resistance training generally gain more strength and lean mass than those doing the same training without it. It helps the basics work better and that’s exactly what a good supplement should do. Is the weight gain from creatine just water? Not exactly. Creatine can increase water inside the muscle cell, especially early on. That can show up as a small increase on the scale. But calling it “just water weight” misses the point. That water is stored inside the muscle, not as random puffiness. And that cellular hydration may actually help create a better environment for muscle growth and adaptation. So yes, some early weight gain can be related to water. But no, that doesn’t make creatine fake progress. Does creatine help endurance exercise? Not in the same way it helps lifting, sprinting, or repeated hard efforts. Creatine is not mainly an endurance supplement. It’s more useful for activities that involve repeated bursts of high intensity within a session or event. So it may help with sprint finishes, repeat efforts, or hard surges inside endurance sports. That makes it more relevant for some team sport and mixed-intensity athletes than for someone doing long, steady-state efforts only. Is creatine safe? For healthy adults using recommended doses, creatine is considered safe. This is one of the biggest myths around creatine. A lot of people worry about kidneys, but research in healthy individuals has not shown that creatine damages kidney function when used appropriately. That said, people with known kidney disease or significant medical issues should check with their doctor before taking it. That’s just common sense. Does creatine cause cramps or muscle damage? The evidence does not support that. Creatine has not been shown to increase muscle cramping, injuries, or muscle damage in healthy users. Some studies even suggest it may help recovery. So the old “creatine causes cramps” line really needs to be retired. Is creatine only for muscle and gym performance? No. This is where creatine gets even more interesting. The strongest evidence is still for muscle performance, strength training, and repeated high-intensity exercise. But there is growing interest in creatine for:
The brain side of the research is promising, but it’s still less settled than the muscle side. So I’d look at it like this: Muscle and performance benefits: strong evidence. Brain and cognition benefits: promising, but still emerging. That’s the balanced take. Who should consider taking creatine? Creatine may be worth considering if you:
Final thoughts Creatine monohydrate is one of the few supplements that genuinely deserves the hype. It is well studied. It is effective. It is affordable. And for healthy adults, it is considered safe when used properly. The simplest recommendation for most people is: Take 3–5 grams of creatine monohydrate per day and keep lifting. That won’t solve bad programming, poor sleep, or inconsistent effort. But it can help good training work a little better. And that’s usually where the real value is. Should you take creatine? Not necessarily. Creatine is useful. It’s well supported by research. But it’s not essential. You’ll likely benefit from creatine if you:
But it’s probably not a priority if:
In those cases, creatine is solving the wrong problem. You’ll get far more return from:
Creatine is a “next layer” tool. Not a starting point.
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The Complete Guide to Creatine Creatine has one of the worst branding problems in nutrition. - Some people think it is a steroid. - Some think it is only for bodybuilders. - Some think it ruins your kidneys. - Some think it just makes you hold water. And yet, when you look at the actual research, creatine monohydrate is one of the most studied and consistently effective sports supplements we have. It can improve performance in brief, high-intensity exercise, help people get more out of resistance training, and may also have benefits beyond muscle, including possible cognitive and neuroprotective effects, though that area is still developing. So let’s dispel the myths. This guide will answer the main questions people usually ask: - What is creatine? - Is it well studied? - Does it work? - How much should you take? - What type should you use? - Is it safe? - Is it only useful for muscle and gym performance? What is creatine? Creatine is a naturally occurring compound found in the body and in foods like meat and fish. Your body also makes it in small amounts, mainly through the liver, kidneys, and pancreas. Once produced or consumed, most of it is stored in skeletal muscle, where it helps with rapid energy production. Its main performance role comes from the phosphocreatine system. That sounds technical, but the basic idea is simple: when your body needs energy fast, phosphocreatine helps regenerate ATP, which is the immediate energy currency your cells use. This is especially important during short, intense efforts like sprinting, jumping, lifting weights, or repeated hard intervals. So creatine is not a stimulant. It is not a hormone and it is not an anabolic drug. It is a nutrient that helps your body produce energy quickly when demand is high. Is creatine well studied? Yes. Very. Creatine has been studied for decades, and modern supplementation research in humans stretches back many years. The broader scientific consensus is that creatine monohydrate is one of the most researched ergogenic aids in sports nutrition. That is a big reason it stands apart from the average supplement on the shelf. That matters because the supplement industry is full of products with flashy claims and flimsy evidence. Creatine is the opposite. It has been examined across performance, resistance training, body composition, recovery, rehabilitation, aging, and increasingly cognitive health. In plain English: It is one of the few supplements that actually earned its reputation. What type of creatine should I take? Creatine monohydrate. That is the answer for almost everyone. There are dozens of creatine products on the market: hydrochloride, buffered creatine, nitrate, ethyl ester, gummy blends, fancy branded versions with premium pricing and very persuasive labels. But nearly all of the meaningful research on efficacy and safety has been done on creatine monohydrate. It is also highly bioavailable and usually the most affordable option. So if your goal is to improve muscle function, exercise performance, training quality, or potentially support broader health outcomes, there is no strong evidence-based reason to pay extra for a more exotic form. This is one of those rare moments in nutrition where the boring option wins. How much creatine should I take? There are two common ways to take creatine monohydrate. Option 1: Loading phaseTake around 20 grams per day, usually split into 4 doses of 5 grams, for 5 to 7 days. After that, take a maintenance dose of 3 to 5 grams per day. Option 2: Slow and steadyTake 3 to 5 grams per day from the start. This will still raise muscle creatine stores, it just takes longer, usually around 3 to 4 weeks. The destination is broadly the same. The difference is the speed. A loading phase is useful if someone wants faster saturation, perhaps because they are starting a training block soon or want to feel the effects earlier. But if someone is patient, the lower daily dose works well too. For most general gym-goers, 3 to 5 grams per day is the simplest, easiest recommendation. When should I take creatine? The timing matters much less than consistency. There is no magical 17-minute post-workout window here. The main goal is to saturate muscle stores over time. Whether you take it with breakfast, after training, or stirred into a smoothie in the afternoon matters less than taking it regularly. Some people prefer taking it with a meal because it helps them remember. That is a smart reason. “Because my routine supports it” beats “because an influencer said 6:14 pm is anabolic.” Do creatine supplements actually work? Yes, especially for the kind of exercise where fast energy production matters. The strongest evidence is for brief, high-intensity exercise and repeated bouts of hard effort. That includes things like sprinting, jumping, lifting, repeated intervals, and team-sport efforts that involve repeated bursts of work. Creatine is particularly useful when exercise is:
That is why creatine is such a natural fit for strength training. It helps people do slightly more high-quality work, recover better between hard efforts, and over time that can contribute to better training adaptations. That “slightly more” matters.
That is how real results tend to happen. Not by magic. By small improvements repeated often enough to matter. How does creatine improve performance? There are two main buckets to think about: 1. It improves immediate fuel availability. When muscle creatine stores are higher, phosphocreatine availability is higher too. That helps regenerate ATP more quickly during intense efforts. In practical terms, that can improve performance in short, hard, explosive work and help with recovery between repeated bouts. 2. It improves training quality over time. If you can train a little harder, do a few more reps, sustain output across sets, or recover faster between repeated efforts, your training quality improves. Over weeks and months, that can lead to better strength and hypertrophy outcomes. This is one of the most important things to understand about creatine: Creatine does not build muscle in the same way a drug does. It helps create a better environment for training and adaptation. That distinction matters. Is creatine good for strength and muscle growth? Yes. This is one of the clearest use cases. Meta-analyses show that when creatine supplementation is combined with resistance training, it improves strength outcomes and tends to produce a small additional benefit for lean mass and hypertrophy compared with resistance training alone. So if two people both lift weights well, eat reasonably well, and one uses creatine while the other uses a placebo, the Creatine user will often gain slightly more strength and, on average, slightly more lean tissue over time. That does not mean creatine replaces good programming, protein, sleep, or effort. It means it helps the basics work a little better. Which, honestly, is what a useful supplement should do. Does creatine just cause water retention? This is where people get confused. Creatine does increase water content inside muscle cells, especially early on. But that is not the same thing as saying it is “just water weight.” Intracellular water is different from the bloated, puffy story people often imagine. Cell hydration may actually be part of the signaling environment that supports training adaptation. So yes, some of the early increase in body mass with creatine can be related to water being drawn into the muscle. But that does not make it fake progress. Over time, creatine combined with resistance training can also contribute to greater lean mass gains than training alone. The lazy version is: “It’s just water.” The more accurate version is: “Some of the early weight change is water inside the muscle, and that may be part of why the muscle cell becomes a better environment for performance and adaptation.” Does creatine help endurance performance? Usually not in the same direct way it helps strength or sprint work. Creatine is not primarily an endurance supplement. It does not consistently improve steady-state endurance performance the way it improves repeated high-intensity efforts. But it may help with sprint finishes, repeated surges, or high-intensity bursts within endurance events. So a marathon runner should not expect creatine to suddenly turn them into a different athlete. But a cyclist, football player, boxer, rower, or field sport athlete who has to produce repeated intense efforts inside a broader event may see benefits. Does creatine help with glycogen and recovery? There is evidence that creatine can support glycogen storage, particularly when combined with carbohydrate loading, and that may be one reason it helps repeated high-intensity performance and recovery between bouts of work. Some research also suggests creatine may support rehabilitation and recovery processes, though this is not as universally settled as the strength-performance literature. This is one of the reasons creatine may be useful beyond just “big lifts in the gym.” If your sport or training involves repeated hard efforts, short recovery windows, or dense training blocks, creatine may help support the fuel side of the equation. Can creatine help during injury, immobilisation, or rehab? Possibly, and this is a genuinely interesting area. Periods of immobilisation or reduced activity can lead to declines in muscle mass, function, and metabolic health. There is some evidence that creatine may help preserve aspects of muscle during disuse or support rehabilitation, but the results across studies are mixed and context matters. That means the honest answer is not “definitely yes.” It is: “There is promising evidence, and it may be useful, but it is not as ironclad as the evidence for strength training and repeated high-intensity performance.” That is still a pretty useful place for a supplement to be. Is creatine safe? For healthy people using recommended doses, the evidence is very reassuring. Large reviews and position stands have consistently concluded that creatine monohydrate is generally safe and well tolerated when used appropriately. Long-term data in healthy individuals do not show convincing evidence that creatine harms kidney function. This is the part that gets distorted online. Creatine can increase serum creatinine, which is a blood marker sometimes used in kidney screening. But that does not automatically mean kidney damage is occurring. Creatinine is a breakdown product related to creatine metabolism, so this marker can be misread if someone does not understand the context. That said, caution is sensible in people with known kidney disease or complex medical issues. Those people should talk with their clinician before supplementing. That is not because creatine has been proven dangerous in healthy populations. It is because medical conditions change the risk conversation. Does creatine cause cramps, strains, or muscle damage? The evidence does not support the idea that creatine causes more muscle cramping, strains, or injuries in healthy users. In fact, some research has suggested neutral or even favourable effects on recovery markers, though the literature is not perfect. The safest conclusion is this: There is no good evidence that creatine increases muscle damage or dysfunction when used properly in healthy individuals. That matters because this myth has hung around for years like a bad gym rumour that refuses to die. Is creatine only for bodybuilders and young male athletes? Not at all. Creatine is useful for anyone doing the kind of training or sport that relies on brief, repeated, high-intensity effort. But beyond that, there is growing interest in its role in older adults, clinical populations, rehabilitation, and brain health. Older adults may benefit because maintaining muscle mass and strength becomes more important with age. And since resistance training itself becomes more valuable with age, anything that helps support better training quality can be relevant. This is a supplement with broader relevance than many people assume. What about creatine and the brain? This is one of the most interesting areas, but it is also where you need a more careful tone. There is emerging evidence that creatine may support aspects of cognitive function, especially under conditions of stress such as sleep deprivation, and recent reviews suggest possible benefits in areas like memory, attention, and processing speed. However, the effects are not as consistent or as robust as they are in skeletal muscle. The brain appears to regulate creatine differently from muscle, and increasing brain creatine may be harder or smaller in magnitude. Some expert reviews are optimistic, while other evaluations conclude that the current evidence is not yet strong enough to establish a clear cause-and-effect health claim for cognitive improvement in the general population. That is the key point. What we can say with confidence? Creatine and brain health is promising. There is enough evidence to take it seriously. What we should not say yet: That creatine is a guaranteed cognitive enhancer for everyone. The concussion and neuro-protection conversation is even more preliminary in humans. Animal data are encouraging, and the theoretical case is interesting, but this is not yet the sort of thing that should be marketed as settled fact in sport. So the practical stance is: If someone is taking creatine for muscular or training benefits, any possible brain-related upside may be an added bonus. But I would not lead with concussion protection as the primary sales pitch. Do vegetarians need creatine more than omnivores? Maybe, but the answer is a bit more nuanced than people think. Vegetarians generally consume less dietary creatine because creatine is found mainly in animal products. That means baseline creatine intake is lower. However, differences in tissue levels and response can vary, and while some individuals may respond particularly well, it is too simplistic to say that every vegetarian is automatically deficient in a meaningful functional sense. A more accurate way to say it is: Vegetarians may have more room to benefit from supplementation, but individual response still varies. Who is most likely to benefit from creatine? Creatine tends to make the most sense for:
It may also be worth considering in some rehab or brain-health contexts, but that is more case-by-case and more evidence-dependent. Who should be cautious? Creatine is generally safe for healthy adults, but extra caution is appropriate for people with:
That is not a flaw specific to creatine. That is just sensible practice whenever health status is more complicated. The simplest practical recommendation For most healthy adults who lift weights or do repeated high-intensity exercise: Take 3 to 5 grams of creatine monohydrate per day. That is the clean, evidence-based starting point. You do not need an expensive form. You do not need to cycle it. You do not need a pre-workout with a robot label. You do not need to overthink it. Just take the boring powder that has the best research behind it. Which is honestly a nice change from the usual supplement circus. Final thoughts Creatine is one of the rare supplements that deserves its reputation. It is well studied. It works. It is affordable. It is safe for healthy people when used appropriately. And it is useful for much more than “gym bros trying to get bigger.” Its strongest evidence is still in muscle and performance:
Its emerging evidence in cognition, rehabilitation, and neuro-protection is exciting, but that part of the story needs more precision and less hype. So if you want the short version: Creatine monohydrate is one of the most useful, evidence-based supplements available. It is not magic. But it is one of the few supplements that can genuinely help the basics work better. While creatine is effective, it’s not essential. Its benefits are most noticeable in individuals who are already training consistently and have the fundamentals in place. Like most supplements, it works best as a support tool rather than a replacement for good habits. Do you take Creatine?  Recently I had the pleasure of listening to a lecture on Fat Loss Physiology from Professor Bill Campbell, Ph.D. Professor Campbell has a Ph.D. in Exercise, Nutrition, and Preventive Health from Baylor University. He is currently a Professor of Exercise Science and Director of the Performance and Physique Enhancement Laboratory at the University of South Florida. His work has been published in over 200 scientific papers and abstracts, three textbooks, and 20 book chapters in areas related to physique enhancement, sports nutrition, resistance training, and dietary supplementation. He knows what he is talking about but his greatest skill is breaking down complex subjects in ways that most lay people can understand. A skill I admire. Below is a summary of the lecture that will hopefully help you see how fat loss actually works in the body and why an energy deficit and exercise are so important to achieve this goal. After reading this I hope you can dispel a lot of the nonsense out there and be more confident about your own approach. Enjoy. How Fat Loss Really Works: A Simple Guide
We hear it all the time: burn fat, melt fat, torch fat. But what actually happens inside your body when you lose fat? Let’s walk through it step by step, without the science jargon so you can dispel the nonsense when you see it. Fat Cells: Balloons That Shrink, Not Disappear Your body has fat cells (adipocytes). Think of them like balloons filled with fat. When you lose fat, the balloons don’t vanish, they simply deflate. Once you reach adulthood, you’ll have roughly the same number of fat cells for life. They may slowly “turn over” (about 10% die and get replaced each year), but the total number stays about the same. This is one reason why losing fat you gained as a kid or teenager can feel harder: childhood obesity often means you end up with more fat cells in adulthood. More balloons to keep filled. Breaking down fat vs Burning fat vs fat loss. The way that we lose fat is by being in a calorie deficit or expending more energy. But how does the body go about that. It doesn’t just vanish into thin air. It happens in 3 steps. Breaking Down Fat: The Peanut Analogy Losing fat happens in stages, a bit like eating a peanut:
Without a calorie deficit, the “chewed peanuts” just get re-packaged and stored again. Step 1: Breaking It Down (Lipolysis) When you have fat in your cells you must first break it down. Inside fat cells, fat is stored as triglycerides (three fatty acids plus a glycerol backbone). To use it for energy, enzymes act like scissors, cutting the fatty acids free. Now you have primed your body to lose body fat as long as other conditions are present (such as being in a calorie deficit or exercising). Can you see a theme here? This process is triggered by (hormones) signals, mainly adrenaline and norepinephrine (the same chemicals that fire when you exercise or are in a calorie deficit). These signals tell the receptors on our fat cells to do something. This is how hormones work - they are chemical messengers. We have two types of receptors that are important in this process:
There is a theory that the areas of your body that are “stubborn” (belly, hips, thighs) often have more alpha receptors, which is why fat there is usually the last to go. But that’s for another summary. Step 2: Burning It for Energy Once freed, fatty acids enter the bloodstream and hitch a ride on a protein called albumin (because fat and water don’t mix). They then travel to your muscles. There, they go through several “checkpoints” to get inside the mitochondria (your cell’s power plants). This is where they’re chopped up, piece by piece, in a process called beta-oxidation. That’s the real fat burning stage. Step 3: Actual Fat Loss Here’s the key:
That’s why exercise and diet are so important. They suppress this “re-esterification” (the re-packaging process) and make it more likely that fat actually gets burned and lost. If we are going to lose fat we have to:
Why Exercise Helps During exercise, especially cardio, your body releases more norepinephrine, flipping the “on switch” for fat breakdown. During strength training, you mostly burn carbs in the moment, but afterwards fat burning stays elevated for hours. This is also why a mix of lifting weights and cardio is so effective. What About Dieting? Fat loss only happens when you consistently use more energy than you eat. That doesn’t mean starving yourself forever. In fact, long diets backfire because people burn out. A smarter approach:
Most people can lose fat. Fewer can keep it off. Maintenance is a skill worth practicing. Key Takeaways
In short: Fat loss isn’t magic. It’s biology. The more you understand the process, the easier it is to ignore the fads and nonsense online.  You’re not lazy. You’re not broken.
You’re just living in a world that makes staying healthy really, really hard. We call it an obesogenic environment — a fancy term for “the modern world that encourages us to eat more and move less.” If you’ve ever wondered why staying consistent feels like a daily battle, this is why. Let’s explore what this means and then talk about what you can actually do about it. 1. Food Is Everywhere (and Designed to Be Irresistible) You can order a meal without leaving your couch. There’s a snack at every checkout. Coffee often comes with dessert in a cup. Food companies are brilliant at creating combinations of sugar, fat, and salt that light up your brain’s reward system. The result is that you’re surrounded by foods that are easy to overeat and hard to stop eating. How to combat this:
2. We Move Less Than Ever. Most of us don’t walk to work. We sit for hours, then unwind on the couch. Even chores like shopping or mowing the lawn are easier than ever. Movement used to be built into daily life. Now we have to schedule it. What helps combat this?
3. Our Brains Haven’t Caught Up. Your brain evolved to keep you alive, not lean. It’s wired to seek food, conserve energy, and avoid discomfort. The problem with this is the modern world gives your brain unlimited access to both food and comfort. That’s why motivation fades, and why “just be more disciplined” doesn’t work for long. What can you do about this?
👉 Keep fruit washed and ready to eat. 👉 Store crisps in the garage or high cupboard. 👉 Cancel junk food subscriptions or delivery shortcuts. 4. Environment Beats Willpower. When your environment is set up right, consistency takes less effort. You don’t rely on bursts of motivation, you rely on design. Think of it like this:
The goal isn’t perfection, it’s progress that feels sustainable. The Bottom Line. You don’t have to fight the modern world. You just need to outsmart it. The fittest people are not always the most disciplined. They make their environment work for them. Make your setup work for you, not against you. Small environmental changes compound into massive long-term results. If you’d like accountability, structure, and help designing an environment that makes fat loss easier and more consistent, I’m opening one spot in my 12-Week Reset Personal Training Program so you can shed some excess fat and start feeling comfortable in your own skin again. Click here and we can have a chat and I'll show you how the program works and you can go away and think about it. No pressure to sign up to anything.  Lifting to prevent arthritis? ⬇️
Does hitting the weights really make your bones stronger? The answer is a resounding yes! Let’s dig into the science behind this: 🔍 How Does Lifting Improve Bone Strength? Strength training increases bone density and fortifies bone strength. This is due to the osteogenic response, where bones adapt to the stress of weight lifting by becoming denser and tougher. 📚 Research Insights: A pivotal study by Kohrt et al., published in 2004, shows that regular resistance training stimulates bone formation and reduces bone resorption, leading to an overall increase in bone mineral density. 💪 Benefits of Stronger Bones: - Reduced Risk of Fractures: Stronger bones mean a lower chance of fractures as you age. - Improved Posture and Balance: Increased bone strength supports better posture and balance, essential for everyday activities. - Enhanced Athletic Performance: Strong bones provide a solid foundation for muscle attachment, improving athletic performance. 💡 Training Tips for Bone Health: - Focus on Weight-Bearing Exercises: Incorporate exercises like squats, deadlifts, and overhead presses. - Progressive Overload: Gradually increase the weight and intensity of your workouts to continue challenging your bones. Consistency is Key: Regular training is crucial for maintaining and improving bone density.  One of the most debated topics in fitness⬇️
Should you start with cardio or lift weights first? Here’s what the research says.... 🔍 What Does Research Say? A study by Cadore et al. (2012) found that the order of exercise can affect the acute hormonal response and long-term adaptations to training. For strength gains, it’s generally better to start with resistance training when you’re freshest, as pre-fatigue from cardio can impair your strength performance. Conversely, for goals focused on endurance or fat loss, starting with cardio can be beneficial. It can warm up your muscles and help you burn more calories from the start of your workout. 📊 Guidelines for Workout Order: - Strength Priority: - Begin with weight training to maximize your power output without the fatigue from cardio. - Endurance or Fat Loss Focus: - Start with a cardio session to kickstart calorie burning and enhance cardiovascular endurance. 💡 Why It Matters: Your primary fitness goal dictates the optimal order. Maximising performance in your first activity ensures you get the most benefit where it counts.  A lot of people don’t realise this:
GLP-1 weight loss drugs are meant to be taken forever. If you stop taking them without building better eating and exercise habits, it’s like doing a hardcore diet, then going back to “normal” afterwards. We all know what happens next, weight regain. I’m not against these drugs. Some of my clients have lost 10–20kgs with them and are thriving. But whether you’re on them now or thinking about it, you need to protect your muscle, bone, and metabolism. Here’s how. 1. Strength Train Twice a Week
2. Build Balanced Meal Plates At most meals, aim for:
Why?
Why It MattersWhen you stop GLP-1s, your appetite often bounces back hard. Without an “after plan,” you risk:
Muscle loss is even more serious after 50. Every decade, we naturally lose strength and power. Add drug-related muscle loss on top, and it’s harder to stay active, confident, and independent. Workouts to Keep Your Muscle Notes:
Day 1: A1: Machine Leg Press — 3 sets × 12 reps — 30 secs rest A2: Standing Dumbbell Shoulder Press — 3 sets × 12 reps — 60 secs rest B1: Machine Leg Curl — 3 sets × 12 reps — 30 secs rest B2: Close Grip Lat Pulldown — 3 sets × 12 reps — 60 secs rest C1: Goblet Squat — 3 sets × 12 reps — 30 secs rest C2: Dumbbell Prone Row (45° Bench) — 3 sets × 12 reps — 60 secs rest D1: 45° Back Extension — 3 sets × 12 reps — 30 secs rest D2: Dumbbell Bench Press — 3 sets × 12 reps — 60 secs rest Day 2: A1: Machine Leg Extension — 3 sets × 12 reps — 30 secs rest A2: Wide Grip Lat Pulldown — 3 sets × 12 reps — 60 secs rest B1: Dumbbell Romanian Deadlift — 3 sets × 12 reps — 30 secs rest B2: Barbell Shoulder Press — 3 sets × 12 reps — 60 secs rest C1: Dumbbell Split Squat — 3 sets × 12 reps per leg — 30 secs rest C2: Inverted Row — 3 sets × 12 reps — 60 secs rest D1: Dumbbell Hip Thrust — 3 sets × 12 reps — 30 secs rest D2: Push-Ups — 3 sets × 12 reps — 60 secs rest Weekly Schedule:
Week 1: Day 1 → Day 2 → Day 1 Week 2: Day 2 → Day 1 → Day 2 Bottom Line GLP-1 drugs can help you lose weight, but they’re not magic. If you strength train and eat balanced meals, you’ll protect your muscle, bone, and metabolism, both on and off the drugs. Muscle is lost five times faster than it’s gained. Don’t let it disappear.  🍔Are processed foods responsible for obesity? 🍕 A relatively new study (2 years) was conducted by Hall and colleagues. It is extremely intensive on participants (locked in a lab for a month) and so provides quite sensitive results. Basically, to summarise, researchers found that diets higher in ultra-processed foods lead to increased energy intake weight gain, and increases in several other metabolic risk factors. But this finding wasn't because processed foods are poisonous or inherently fattening. It was because they promote the excessive intake of energy. Why? Well, the study showed that on average, the ultra-processed diet had almost twice the energy density of the non-processed diet. This meant that participants needed to eat almost double the quantity of food to get the same amount of calories when in the non-processed diet phase. Why does that matter? Well, the volume of food consumed is one of the primary factors responsible for your fullness and satiety levels. These, in turn, will impact your immediate and later food intake, and thus calories. Therefore, the more full a food or meal makes you, the less likely you'll be to over consume. ..... If you have any questions or want the link to the study, be sure to send me a message! 3 Ways I Can Help You Get Fit And Lose Weight And Actually Keep it Off.
1. ONLINE 1-1 Personal Coaching. Train with me from anywhere in the world at any time. I now offer fully bespoke 1-1 personal training via my Truecoach online platform. Check it out here 2. Small group coaching sessions (max 4-5 people) Small Group Coaching. 3. 1-1 Personal Training at my Studio in North Sydney. My top level service. In-depth personalised training programs, nutrition coaching and weekly sessions at my boutique studio in North Sydney. Check out my Personal Training Options here:  I'm an advocate of following a high-protein diet especially during a fat loss phase. But let's look to the research, at this interesting study, that aimed to answer the question; "Do higher protein diets enhance weight loss?" - Farnsworth and colleagues were one of the first groups to examine this question in 2003. How did they do it? 🔍 👉66 overweight or obese participants (43 females; 14 males, 9 dropouts) 👉Randomized to either an High Protein (HP) or Standard Protein (SP) energy-restricted diet for 12 weeks, followed by a 4-week maintenance phase (16 weeks total) 👉Participants were mostly sedentary and instructed to maintain current activity levels (not controlled) ..... The two diets Both diets were matched for energy 💪High-Protein Diet 💪 -- Composed of 40% carbs, 30% protein, and 30% fats. Low-fat cheese, and skim milk powder are provided to make up the difference in protein Standard-Protein Diet --Composed of 55% carbs, 15% protein, and 30% fats. Rice and rice noodles are provided to make up for the difference in carbohydrates. Significant weight loss occured in both groups (mean = 7.9kg) with no differences between diets Fat loss (mean = 6.9 kg) was observed in both groups with no difference between diets Females had little to no losses (-0.1 kg) of lean mass in the HP group vs. the SP group (-1.5 kg) Glycemic response to a test meal as well as serum triglycerides were reduced in the HP diet more so than the SP diet. ..... But, there were some things to consider... 🧐 🤷♂️ Was it really "High" Protein? Because protein was calculated based on % of total energy intake, males consumed much less per kg of body weight than females (1.1 vs. 1.4 g/kg) 🤷♂️ The Test Meal The test meal against which they measured insulin and glucose reponses were the same as the respective diets. 🤷♂️ Should these have been the same for both groups, to truly assess the difference between the diets? .... Takeaways ✊ "Higher" protein diets improved the retention of lean mass in women during weight loss Protein intake should be calculated as grams per kg of body weight, not % of energy intake. Energy balance is KEY! 3 Ways I Can Help You Get Fit And Lose Weight And Actually Keep it Off.
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