For self-perceived variables (only two 60), 61 studies showed a positive effect of massage on muscle soreness, while the other two found a non-significant effect on the same variable. Similarly to nutrition supplements — none of the studies applying massage for recovery reported any performance variable or information on physiological variables like HR and VO2max. Massage included automated massage (vibration), warm under-water water jet, pneumatic classic, manual massage, and petrissage, friction, and tapotement.
Personalized nutrition plans can now be facilitated by technological innovations like mobile applications, allowing for dietary intake tracking and nutrient timing reminders, which consequently enhance adherence to recovery protocols. Optimizing recovery significantly relies on obtaining sufficient vitamins and minerals, particularly those essential for energy generation and muscle performance. To restore depleted muscle glycogen stores (carbohydrate intake after exercise is crucial), with an emphasis on high-glycemic-index carbohydrates recommended right after exercise for faster glycogen replenishment. A flexible and balanced post-exercise nutrition strategy is supported by these findings, motivating athletes to customize their nutrient intake based on personal recovery requirements and objectives. This method is especially advantageous for elite athletes who may engage in multiple training sessions throughout the day, as immediate nutrient consumption supports swift recovery.
While herbal supplements can offer potential benefits for athletes, it’s essential to approach them with caution. This compound has been studied for its potential to enhance exercise recovery by reducing oxidative stress and inflammation. Tribulus terrestris is a popular herb used in sports nutrition due to its purported effects on strength and power. Schisandra chinensis is a medicinal plant known for its potential to improve cognitive performance and mental focus. It contains synephrine, a compound that may increase metabolic rate and fat oxidation, leading to improved athletic performance. Citrus aurantium (also known as bitter orange), has gained popularity as a potential performance-enhancing herb.
Positive effects were observed 24 hours after metabolic exercise or prior to endurance activities, suggesting potential advantages for endurance athletes. Among twenty-two total reviews, only five specifically examined recovery techniques such as cryotherapy, massage, and CG, concentrating on their impact on training recovery. Cheung’s review indicated that the effectiveness of massage on DOMS varies based on the type (timing), and technique of the massage. Our UR revealed that carbohydrate and curcumin intake did not lead to favorable results for HR and RPE in exercise exceeding 90 minutes during recovery, aligning with findings from Saunders et al. (2004).
Indeed, a 16% rise in the concentration of beta-endorphins in the plasma has been reported following a 30-min massage after exercise (Kaada and Torsteinb, 1989). A https://www.flushthefashion.com/culture/incorporating-thc-flower-into-fitness-and-wellness-benefits-and-precautions/ reduction in circulating cortisol , Field et al., 2005, and an increase in the concentration of beta-endorphins (Kaada and Torsteinb, 1989) have been proposed to explain the reduction of perceived fatigue following massage. Following intense cycle pedaling, Ogai et al. (2008) clearly found that perceived fatigue was more effectively reduced by massage than by passive rest without massage. Such an improvement might impact perceived fatigue, and our meta-analysis revealed that massage was the most effective technique to reduce perceived fatigue. In elites athletes , ultra-marathon runners,, massage generated a significant improvement in lowering perceived pain (Visconti et al., 2015). Moreover, our results are in accordance with a recent meta-analysis that reported that massage decreases DOMS for 72 h after exercise , Guo et al., 2017,.
Biotic factors that affect plant growth include crowding, grazing, beneficial symbiotic bacteria and fungi, and attacks by insects or plant diseases. Green plants provide a substantial proportion of the world’s molecular oxygen, alongside the contributions from photosynthetic algae and cyanobacteria. Plant cells differentiate into multiple cell types (forming tissues such as the vascular tissue with specialized xylem and phloem of leaf veins and stems), and organs with varied physiological functions.
To support glycogen stores, the International Society of Sports Nutrition (ISSN) advises a daily carbohydrate intake of 3.6 to 5.5 grams per pound , or 8 to 12 grams per kilogram, of body weight. Daily protein consumption provides your body with the essential amino acids required for repairing muscle proteins and constructing new muscle tissue. The rate and extent of this process are influenced by various factors including training volume (intensity), and frequency. Protein, carbohydrates , carbs,, and fat comprise the three primary macronutrients.
Cannabinoids such as endocannabinoids, including anandamide and 2-arachidonyol (2AG), activate type-1 (CB1) and type-2 (CB2) cannabinoid receptors, resulting in appetite suppression, anti-inflammatory, anxiolytic, and antiproliferative effects similar to those produced by exercise , De Petrocellis and Di Marzo, 2009,. Research indicates that one-third of cyclists, triathletes, and runners are current or former users of cannabinoids, primarily among males aged 40 and above, who consume THC and CBD less than three times a week and exercise five to seven days weekly (Zeiger et al., 2019). Her work can be located on Women’s Health (as well as in various other publications), including PS, SELF, Well+Good, Runner’s World, Outside RUN, Peloton, Men’s Fitness, and more.
The scientific evidence strongly supports the notion that a plant-based diet benefits cardiovascular health — in addition to its positive effects on performance and recovery times. Loomis explained to Runner’s World, “Chronic diseases like heart disease often stem from inflammation, which can lead to arterial dysfunction and increased levels of LDL, the harmful cholesterol.” Furthermore (since this type of diet typically contains more carbohydrates than a meat-based one), it may help you avoid hitting that dreaded wall.
Researchers have also found potentially beneficial effects of specific antioxidant-rich foods on exercise outcomes, notably beets , allium vegetables , e.g., garlic, onions, and leeks, , and cherry juice . The factors described above—blood viscosity, arterial diameter, and arterial compliance and elasticity—are all influenced by food choices and may all be expected to affect improve tissue oxygenation, endurance, and performance. The higher the saturated fat intake, the greater the impairment of flow-mediated vasodilation . A key factor in oxygen delivery to the muscles and other tissues is blood viscosity (resistance to flow, or “thickness”), which is a function of plasma viscosity and packed cell volume .
Conventional recovery methods, such as nutritional supply and physical exercise, exhibit specific shortcomings (2), leading scientists to investigate alternative options. Recovery hinges significantly on hydration, with maintaining an appropriate electrolyte balance being vital to prevent muscle cramps and fatigue. Containing curcumin, its active component, turmeric is recognized as a powerful anti-inflammatory herb. This article will delve into the most effective natural supplements and plant-based options for enhancing sports recovery.
For all 14 studies recording soreness — the index of protection was 29 ± 18% one day post‐exercise and 30 ± 25% two days post‐exercise. Cherry juice was effective at reducing soreness in three of the studies (index of protection 15% — 34%, 44% at 1 day, 33%, 49%, and 74% at 2 days). For the five studies that assessed CMJ and had an adequate exercise stimulus, the average index of protection was 48 ± 35% one day after exercise and 44 ± 39% at two days. For the 10 studies that assessed MVC and had an adequate exercise stimulus, the average index of protection was 34 ± 30% one day after exercise and 58 ± 38% at two days. Of the three studies with no effect on function, one used a cherry juice concentrate , 4 days pre‐exercise dosing,, one used a cherry concentrate gel (0 days pre‐exercise dosing), and one used a tart cherry powder (7 days pre‐exercise dosing). Pre‐exercise does not include any juice consumed on the day of exercise.