Health & Care

Varicose veins in athletes occur more often than most people realize, because high training volume and time on your feet put stress on the circulatory system. When ropy veins appear or legs feel heavy during workouts, it’s important to understand the cause and what you can do about it. Understanding Vein Health and Its Impact on Athletes Your veins have one-way valves that push blood back to your heart. When these weaken, blood pools in the lower legs instead of flowing upward efficiently. This is known as chronic venous insufficiency, and often the first sign is swollen and distended or bulging veins. Athletes face a particular challenge here. A 2023 study found that people who did more than eight hours of vigorous activity per week were over three times more likely to develop visible varicose veins than less active individuals. The interesting twist is that these larger veins don’t always cause discomfort. They may simply be “athletic veins” that develop in response to high blood flow demands during intense training. This distinction matters because not every visible vein needs treatment. If your veins are large but you feel fine and perform well, they might be the body’s adaptation to your activity level. Problems arise when valves do not efficiently channel blood back to the heart, leading to pain, swelling or that heavy feeling that slows you down. Proactive Strategies for Prevention and Management If you’re dealing with mild symptoms, several strategies can help. Breaking up long periods of sitting or standing gives your circulatory system a chance to reset. When you can, elevate your legs about heart level to help blood flow back more easily. Staying active and engaging the muscles in your calves also acts like a natural pump to support venous return. Compression gear has become popular in […]

Nothing derails training momentum like persistent muscle soreness and sluggish recovery. While you’re committed to putting in the work, your body needs time to repair and rebuild between sessions. Explore the advantages of infrared sauna sessions and what athletes who incorporate them after training experience. What Is Infrared Sauna Therapy? Unlike traditional saunas that warm you with steam or hot air, infrared saunas use light to heat you. This approach is often more comfortable since it works effectively at lower temperatures. Infrared saunas offer lower temperatures than traditional saunas at 110° and 135° Fahrenheit while delivering therapeutic benefits. This direct heating method allows your body to absorb the energy more efficiently. Key Benefits of Infrared Sauna for Athletes Athletes who regularly use saunas gain tangible physiological benefits that support performance and accelerate recovery. Reduces Post-Exercise Muscle Soreness Delayed onset muscle soreness can limit your ability to train consistently. Infrared therapy addresses this by reducing inflammation in muscle tissue. A study involving 16 basketball players who completed intense workouts and used an infrared sauna found that they experienced less muscle soreness and maintained greater explosive strength the following day. This preservation of power output means you can return to training sooner and maintain intensity. Supports Athletic Performance A study found that female athletes who used the sauna showed slightly greater improvements in jumping power than those who didn’t. This suggests that consistent infrared sauna use provides immediate recovery benefits while long-term adaptation enhances explosive performance capabilities. Helps Accelerate Recovery Recovery speed determines how quickly you can return to peak training intensity. One recent study from the University of Jyväskylä found that athletes using an infrared sauna after exercise experienced faster recovery. Doctoral researcher Essi Ahokas notes that using an infrared sauna can help boost recovery, especially during congested match schedules. This […]

Studies of marathon training cohorts report injury rates between 50 and 90% across a single training block. Most of those injuries trace back to a small set of preventable errors, not bad luck or genetics. The seven mistakes below show up in study after study, and each one has a corrective fix that is well-known to coaches and sports medicine clinicians. Avoiding even three of these errors typically separates a smooth training block from a derailed one. 1. Excessive Weekly Mileage Increases The single biggest cause of running injury is a sudden jump in training volume. Recent research on running-related injuries suggests that the danger often comes from one outsized session rather than from steady weekly increases, with single-run spikes above 110% of the longest run from the prior month producing a 64% rise in overuse injury risk. The standard advice to cap weekly mileage growth at around 10% works as a soft target, but the more important rule is to avoid one-day surges that the body has not seen before. A safer approach is to add 10 to 15% per week to total mileage and avoid pushing any single long run more than two miles past the previous longest run. Stress fractures and tendinopathies cluster in athletes who break both rules at once. 2. Skipping Strength Work Running alone does not build the muscle strength needed to absorb impact and maintain form across late-race miles. Hip, glute, and core weakness produce the compensatory patterns that trigger knee pain, Achilles tendon issues, and IT band problems. Two short strength sessions per week, focused on single-leg work, hip abduction, and core stability, reduce injury rates in trial data by 30 to 50%. The standard objection is time. The standard answer is that strength work pays back its time cost through fewer […]

Cannabis is showing up in more athlete recovery conversations. Partly because hemp-derived products are now widely accessible, partly because the “no hangover” pitch appeals to people who train and actually care what they put in their bodies. But accessibility isn’t the same as compatibility – and the timing question matters more than most people realize. One thing is worth mentioning first: do not take a  delta 9 gummy before your workout. Not because of some blanket anti-cannabis stance, but because the physiology genuinely works against you. THC raises resting heart rate – typically 20–50 BPM within minutes of onset. Exercise already pushes your cardiovascular system hard. Stack those two, and you’re putting unnecessary strain on your heart before you’ve touched a barbell. Add in compromised coordination and a dulled perception of exertion (so you miss the signals that tell you when you’re pushing too hard), and the risk profile isn’t theoretical. It’s just bad timing. The more interesting question is where cannabis might actually make sense. And the answer is more specific than most articles admit. Sleep Is the Strongest Case Slow-wave sleep – the deep, restorative phase – is when muscle repair happens. Growth hormone peaks. Inflammation from training clears. If you’re sleeping poorly, your recovery ceiling drops, regardless of how well you eat or how much you foam roll. THC does reduce sleep onset time, meaning people fall asleep faster. That part is reasonably well-documented. The complication is that it also suppresses REM sleep, which handles memory consolidation and cognitive recovery. So for athletes whose sport involves skill acquisition or pattern recognition – most sports – trading REM for faster sleep onset isn’t obviously a win. It might help you feel rested without fully recovering your decision-making. The practical takeaway: if sleep onset is genuinely your problem (you […]