🔬 Why Cycling Is the Perfect Sport to Study Caffeine Cycling is often used in sports science research because it is: Highly controlled Easy to measure objectively Representative of real-world endurance demands That makes it ideal for studying how supplements like caffeine affect: Speed Power Fatigue Efficiency

Beet the Competition: How Beetroot Juice Can Boost Your High-Intensity Workouts If you’ve ever wondered whether that bright red juice at your local health store could actually make you sprint faster or power through a tough workout, the science says… maybe yes! A recent study looked at how acute beetroot juice (BJ) supplementation affects high-intensity exercise in trained football players—and the results are pretty impressive.

☕🍌 Caffeine or Carbs Before Sport? What Basketball Science Says About Performance If you’ve ever watched a basketball game, you know it’s not just about skill — it’s about speed, power, agility, and endurance, all happening at once. So the big question athletes often ask us at Health Wise Chiropractic is: 👉 Should I fuel with carbs?👉 Should I take caffeine?👉 Or is combining both the secret weapon? A new sports science study put this to the test — literally — using bas

🧬 Food Doesn’t Just Fuel You — It Talks to Your Cells Aging isn’t just about wrinkles and birthdays. At a cellular level, it’s driven by: DNA damage Chronic inflammation Mitochondrial decline (your energy factories) Poor gut health Nutrition directly influences all four.

🌍 Health Is Never Just One Thing Decades of research now show that mental and physical well-being are influenced by a combination of lifestyle factors, including: Regular physical activity Balanced nutrition Adequate sleep and rest Limited sedentary time Emotional regulation and stress control Avoiding smoking and excessive alcohol Engaging in cognitive and leisure activities

🎯 What Archers Can Teach Us About Posture, Endurance, and Everyday Pain

Rethinking Hamstring and ACL Injuries: Not Just “Sudden”, But Built Over Time Sports injuries are traditionally divided into two categories: Acute injuries, caused by a single traumatic event Overuse injuries, caused by repeated loading over time Hamstring strains and ACL tears are usually labelled as acute injuries because they often happen during a specific movement — a sprint stride or a sudden change of direction. But growing evidence suggests that many of these

What the Research Found (Key Clinical Results) In the study of 19 patients treated with LLLT: Average pain dropped from 75.0 → 39.7 on a 100-point scale Statistically significant improvement (p < 0.0001) 84% of patients reported good to excellent outcomes 11 Excellent 5 Good 1 Fair 2 Poor No side effects reported 👉 Importantly, this was achieved without medication or injections. How Low Level Laser Therapy Works Low Level Laser Therapy (LLLT

A large 2025 systematic review examining 117 studies and 66,133 pregnant participants across 29 countries provides one of the clearest pictures yet of resistance training during pregnancy. What it found about participation Only 10–20% of pregnant women engage in resistance training Despite strong evidence of benefit, it remains significantly underutilised What resistance training is actually doing in pregnancy Across the research, resistance training was linked wit

Sports Injuries Are More Common Than Many People Realise Sports injuries affect athletes of all ages and skill levels. Research consistently shows that musculoskeletal injuries are among the leading reasons athletes miss training and competition. Beyond the physical impact, injuries can also affect: Mental wellbeing Confidence Social participation Athletic performance Career opportunities for competitive athletes The review highlights that sports injuries

A review of tendon repair mechanisms shows LLLT influences healing through all three biological phases: Inflammation phase Increased VEGF expression improves blood vessel formation Modulates inflammatory cytokines such as TNF-α and IL-6 Proliferation phase Increases fibroblast activity Enhances collagen type I and III production

Research shows: Almost every adult worldwide experiences tooth decay at some point in their life. The World Health Organization estimates that over 621 million adolescents globally are affected by oral diseases. Around 78.7% of athletes have been identified as being at high risk of dental caries (tooth decay). Studies have found that approximately 49.1% of athletes experience dental decay. While most people associate dental problems with sugary foods and poor b

The review found that athletes who followed structured injury-prevention programs experienced: ✅ Up to 43–50% fewer ankle, knee and ACL injuries ✅ Around 41% lower overall lower-limb injury risk ✅ 56–70% fewer hamstring injuries with targeted eccentric strengthening ✅ Improved sprint speed, jumping ability, balance and athletic performance ✅ Reduced risk of recurring injuries ✅ Better movement control and neuromuscular coordination These benefits were seen across youth

🧠 Why Hockey Stresses the Lower Back Hockey players spend most of their time in: A hip-flexed posture A forward trunk lean Repeated explosive rotational movements Then sitting on the bench… still in hip flexion Over time, this leads to: ✔ Shortened hip flexors✔ Increased lumbar lordosis (lower back arch)✔ Increased torque through the lumbopelvic region✔ Higher spinal stress And that’s where things get interesting.

🫒 The Mediterranean Diet, Oxidative Stress & Athletic Performance At Health Wise Chiropractic, we talk a lot about movement, recovery, and performance. But there’s a powerful piece of the puzzle that often gets overlooked: 👉 What you eat directly affects how your body adapts to exercise. Today, we’re diving into the science of oxidative stress, antioxidants, and why the Mediterranean Diet may be one of the most powerful nutritional approaches for active individuals

🤕 Why Recovery Matters (More Than You Think) After hard training — whether that’s gym sessions, sport, running, or CrossFit — the body experiences: Delayed Onset Muscle Soreness (DOMS) Temporary loss of strength and power Reduced movement quality and jump performance DOMS typically peaks 24–48 hours after intense or unfamiliar exercise and can include: Muscle soreness and tenderness Swelling Reduced range of motion Decreased athletic performance

😮‍💨 What Altitude Does to Athletes (The Cold, Hard Stats) When sea-level athletes compete at altitude (1,200–2,500 m): 📉 Total distance covered drops by 7–21%📉 Sprint frequency significantly decreases📉 Repeated sprint power and work output decline That’s a big deal — because while sprinting only makes up: 5–10% of total distance 1–3% of match time …it’s the action most likely to lead to goals ⚽🔥 So the big question becomes: 👉 How do we maintain speed, pow

Your Hormones, Your Performance: Why Women Don’t Train the Same Every Week (and Why That’s Normal)

Hamstring strains are one of the most common and frustrating injuries in sport — and despite decades of research, they haven’t decreased in frequency. In elite Australian Football, each team still averages around seven hamstring injuries per season, costing players weeks of game time and increasing the risk of re-injury. So why is this still happening? A large, high-quality study looked at whether training load, hamstring strength, and muscle structure could explain who ge

🔍 Flexibility and Spinal Health in Golf The study found that flexibility is a big factor in the risk of spinal injuries — particularly in the thoracic and lumbar spine. Specifically: Golfers with fair shoulder flexibility had a significantly lower risk of lower back injuries. Too much flexibility — known as hypermobility — doesn’t necessarily help, and can actually increase the risk of injury. Limited flexibility can also increase injury risk by forcing the body