Start Strong This Black Friday at Chris’ Gym: A Short-Term Training Package to Kickstart Your Fitness Goals

The Overlooked Link Between Strength Training and Brain Performance If you’re someone who pays attention to how you think, not just how you look, you’ve probably already come across the usual advice. Sleep matters. Nutrition matters. Stress management matters. All true. But there’s one variable that is consistently underestimated, even among people who are otherwise highly informed: Strength training. Not as a general health tool. Not as something you “should probably do.” But as a direct contributor to how your brain performs, both now and over time. The Brain Is Not Separate From the Body It’s easy to think of cognitive performance as something that exists independently of physical health. Focus, memory, decision-making, processing speed. These feel like mental domains. But physiologically, they’re deeply connected. The brain relies on: · Blood flow · Oxygen delivery · Glucose regulation · Neurochemical signalling All of which are influenced by physical activity. A large meta-analysis published in Neuroscience & Biobehavioral Reviews found that regular exercise significantly improves executive function, attention, and processing speed across a wide range of populations (Mandolesi et al. 2018). This isn’t a marginal effect. It’s measurable, repeatable, and increasingly well understood. Strength Training vs “General Exercise” When people think about exercise and brain health, they often default to cardio. Running. Walking. Cycling. And while aerobic exercise does play a role, strength training appears to offer distinct and, in some cases, additional benefits. A systematic review published in the British Journal of Sports Medicine found that resistance training is associated with improvements in cognitive function, particularly in areas related to executive control and working memory (Liu-Ambrose et al. 2010). More recent research has reinforced this, showing that strength training can improve both cognitive performance and functional brain plasticity in adults across different age groups (Northey et al. 2018). This is where the conversation around exercise for cognitive function becomes more specific. Not all exercise produces the same neurological response. What’s Actually Happening in the Brain This is where things become more interesting. Strength training doesn’t just “improve health.” It changes the brain at a biological level. One of the key mechanisms involved is Brain-Derived Neurotrophic Factor (BDNF). BDNF is a protein that supports: · Neuroplasticity (the brain’s ability to adapt and reorganise) · Learning and memory · The survival of existing neurons Exercise, including resistance training, has been shown to increase BDNF levels, creating an environment that supports cognitive function and long-term brain health (Phillips 2017). There are also effects on: · Insulin sensitivity (which impacts brain energy metabolism) · Inflammation (linked to cognitive decline) · Vascular health (affecting blood flow to the brain) Taken together, these changes create a more resilient and efficient system. Cognitive Performance in the Short Term The long-term benefits are compelling, but the short-term effects are just as relevant. Even a single session of resistance training has been shown to improve attention and executive function immediately afterwards (Chang et al. 2012). This is something many people notice intuitively. After training, thinking feels clearer. Decisions feel easier. There’s a sense of mental sharpness that wasn’t there before. It’s not just psychological. It’s physiological. The Ageing Brain and Long-Term Protection Beyond day-to-day performance, strength training plays a role in protecting the brain over time. Cognitive decline is not inevitable, but risk increases with age. Research published in The Lancet highlights that lifestyle factors, including physical activity, are among the most significant modifiable contributors to dementia risk (Livingston et al. 2020). Resistance training, in particular, has been shown to: · Slow cognitive decline · Improve memory in older adults · Support brain structure and function A randomised controlled trial by Liu-Ambrose et al. (2010) found that strength training performed twice per week significantly improved executive function in older women over a 12-month period. This is where strength training for brain health becomes less of a theory and more of a practical intervention. Why This Is Critical for High-Performing Individuals If your work relies on thinking clearly, processing information quickly, and maintaining focus across long periods, these effects are not abstract. They are directly relevant. The question is not whether exercise is beneficial. It’s whether your current approach is sufficient to support how you want to perform. For many people, especially those in cognitively demanding roles, there is a mismatch. High mental output. Low physical input. And over time, that imbalance becomes limiting. The Problem With “Doing Nothing” (Even If Everything Else Is Dialled In) It’s possible to optimise: · Sleep · Nutrition · Supplements And still overlook training. But without a physical stimulus, the underlying systems that support cognitive performance are underdeveloped. This is particularly relevant in environments like Hawthorn, where there is a strong focus on education, professional performance, and long-term health. People are informed. They’re engaged. They’re often already investing in various aspects of wellbeing. But strength training is still frequently treated as optional. The evidence suggests otherwise. What Strength Training Actually Needs to Look Like This is where things often become unnecessarily complicated. You don’t need extreme protocols. You don’t need to train every day. What matters is: · Consistency · Progressive overload · Appropriate intensity Research indicates that as little as two to three sessions per week of structured resistance training is sufficient to produce meaningful improvements in both physical and cognitive outcomes (ACSM 2009; Grgic et al. 2018). The key word there is structured. Not random workouts. Not occasional sessions. A plan. Where CGPT Fits In For people who are already thinking about optimisation, performance, and long-term health, the challenge is rarely awareness. It’s implementation. How do you actually integrate strength training into your week in a way that is: · Efficient · Progressive · Sustainable That’s where CGPT comes in. The focus is on: · Structured strength training · Clear progression · Making training fit into a busy, cognitively demanding lifestyle It’s not about extremes. It’s about consistency and direction. A Smarter Way to Approach It If you’re already paying attention to how you think, how you perform, and how you age, this is one of the more important variables to consider. Not as an afterthought. As a foundation. We offer a free intro session at CGPT if you want to understand how this could look in practice. It’s a chance to: · Talk through your current routine · Understand where training fits in · See how a structured approach works You can read more about what to expect here: https://www.chrisgympt.com/what-to-expect-at-your-first-personal-training-session-at-cgpt-and-why-its-different-to-every-other-gym From there, you can decide what makes sense. If you’ve been exploring longevity training in Melbourne, looking into strength training benefits for mental performance, or simply trying to think more clearly and perform better over time, this is a logical next step. Ready to find out more? Email Andrea. REFERENCES American College of Sports Medicine (ACSM) 2009, Progression Models in Resistance Training for Healthy Adults, Medicine & Science in Sports & Exercise. Chang, YK et al. 2012, Effects of acute exercise on executive function: a study with a Tower of London Task, Journal of Sport and Exercise Psychology. Grgic, J et al. 2018, Effects of resistance training frequency on gains in muscular strength, Sports Medicine, vol. 48. Liu-Ambrose, T et al. 2010, Resistance training and executive functions, British Journal of Sports Medicine. Livingston, G et al. 2020, Dementia prevention, intervention, and care, The Lancet. Mandolesi, L et al. 2018, Effects of physical exercise on cognitive functioning and wellbeing, Neuroscience & Biobehavioral Reviews. Phillips, C 2017, Brain-derived neurotrophic factor, depression, and physical activity, Neurobiology of Disease.

Sitting All Day Is Ruining Your Body. Here’s How to Fix It in 3 Sessions a Week. If you work in design, marketing, content, or any kind of creative role, your day probably doesn’t look physically demanding. But it is demanding. Just not in a way most people think about. You’re making decisions constantly. Solving problems. Switching between tasks. Managing deadlines. Sitting in front of a screen for hours, often without real breaks, while your brain runs at full capacity. From the outside, it looks calm. From the inside, it’s a different story. And over time, that imbalance starts to show up - not just mentally, but physically. The Hidden Cost of Creative Work Most creative professionals don’t notice the shift straight away. It builds gradually. A bit more tightness through your back. Shoulders that sit slightly forward. Hips that feel stiff when you stand up. Energy that dips earlier in the day than it used to. Nothing dramatic. Just a slow, consistent decline in how your body feels and performs. The problem is, this isn’t just about posture. It’s about capacity. Research from the Australian Institute of Health and Welfare shows that adults who spend prolonged periods sitting are at increased risk of musculoskeletal issues, reduced metabolic health, and lower overall physical function (AIHW 2020). And for people working in predominantly sedentary roles, that risk compounds over time. Your Brain Is Doing the Work But Your Body Isn’t Supporting It Creative work is cognitively demanding. You’re expected to think clearly, respond quickly, and stay mentally sharp across long stretches of the day. But the physical side of that equation is often ignored. There’s a growing body of research linking physical activity to cognitive performance. A review published in Neuroscience & Biobehavioral Reviews found that regular exercise improves executive function, attention, and processing speed - all critical for high-level cognitive work (Mandolesi et al. 2018). In simple terms, your brain works better when your body is trained. But if your day is spent sitting, and your training is inconsistent or non-existent, that support system isn’t there. The Posture Problem Isn’t Just About How You Sit Most people assume the issue is posture. So they try to “sit up straighter,” adjust their desk, or stretch more. Those things can help. But they don’t solve the underlying problem. Because posture is not just about positioning. It’s about strength. If your body doesn’t have the strength to hold you in a better position, no amount of awareness will fix it long term. This is why back pain from sitting is so common. Studies have shown that prolonged sitting is associated with increased lower back pain and reduced spinal stability, particularly when not offset by strength training (Hartvigsen et al. 2018). The body simply isn’t being challenged enough to maintain itself. Why Most “Fixes” Don’t Work At some point, most people try to address it. They might: · Do the occasional yoga class · Stretch between meetings · Go for a walk when they can All of which are useful. But they don’t create lasting change because they don’t address the core issue - which is that your body is underloaded. It’s not being asked to produce force. It’s not being challenged through full ranges of motion. It’s not adapting. And without adaptation, nothing improves. What Actually Changes Your Body If your work demands a high level of mental output, your training needs to support that. Not drain you further. Not add more chaos. Support it. This is where strength training becomes essential. Not as an extreme or overwhelming commitment, but as a consistent, structured input that: · Builds resilience · Improves posture through strength · Supports energy levels · Enhances cognitive performance Research published in the Journal of Sports Science & Medicine shows that resistance training can improve both physical function and mental wellbeing, particularly in individuals with sedentary occupations (O’Connor et al. 2010). This is not about aesthetics, it’s about capability. Why 3 Sessions a Week Is Enough One of the biggest barriers for this group is time, or more accurately, the perception of time. Creative work doesn’t follow a clean schedule. Some days are flexible, others are completely consumed. That’s why the solution needs to be simple. Three structured sessions per week is enough to: · Build strength · Improve posture · Increase energy · Support long-term health As long as those sessions are progressive and well-designed. Research consistently shows that even low-frequency resistance training can produce significant improvements in strength and muscle mass when performed consistently (Grgic et al. 2018). It’s not about doing more. It’s about doing the right things. The Hawthorn / Richmond Reality If you’re working around Hawthorn or Richmond, this probably feels familiar. Working from home some days. Cafes on others. Studio time. Agency time. Long hours at a laptop, often in the same position for most of the day. There’s a lot of flexibility in how you work. But very little structure in how you move. And over time, that lack of structure shows up physically. Not dramatically. Just consistently. Where CGPT Fits In This is exactly the kind of environment CGPT is built for. Not high-intensity chaos. Not random workouts. Just structured, progressive strength training that fits around how you actually work. The focus is on: · Building strength that supports your body · Improving posture through capacity, not awareness · Creating a routine that is realistic and repeatable It’s not about turning your life upside down, it’s about adding something that makes everything else feel easier. For a lot of clients, the biggest shift isn’t just physical, it’s how they feel across the day: Clearer. More energised. Less fatigued. A Smarter Way to Start If you’ve been feeling the effects of sitting all day - whether that’s tightness, fatigue, or just a sense that your body isn’t keeping up with your work - you don’t need a complete overhaul. You just need to introduce the right stimulus. We offer a free intro session at CGPT , where we: Look at how you’re currently moving Understand your work setup and routine Show you how to structure training in a way that actually works It’s simple, low-pressure, and designed to give you clarity. You can read more about what to expect here: https://www.chrisgympt.com/what-to-expect-at-your-first-personal-training-session-at-cgpt-and-why-its-different-to-every-other-gym From there, you can decide what makes sense. If you’ve been searching for strength training for desk workers, a gym for office workers in Melbourne, or trying to figure out how to fix back pain from sitting, this is where the solution becomes much clearer. Not more movement. Better training. Ready to find out more? Email Andrea. REFERENCES: Australian Institute of Health and Welfare (AIHW) 2020, Physical activity and sedentary behaviour, AIHW, Canberra. Grgic, J, Schoenfeld, BJ, Orazem, J & Sabol, F 2018, Effects of resistance training frequency on gains in muscular strength, Sports Medicine, vol. 48. Hartvigsen, J et al. 2018, What low back pain is and why we need to pay attention, The Lancet. Mandolesi, L et al. 2018, Effects of physical exercise on cognitive functioning and wellbeing, Neuroscience & Biobehavioral Reviews. O’Connor, PJ et al. 2010, Resistance training and mental health, Journal of Sports Science & Medicine.