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Paths to Exercise Recovery

When it comes to balancing your training program, your mindset should be, “Tomorrow’s workout begins with your recovery from today’s.” Exercise recovery heals the pounding, twisting and tearing of physical activity. A well-thought-out strategy for recovery is becoming ever more crucial with the rising popularity of high-intensity workouts featuring barbells, kettlebells, heavy medicine balls, explosive plyometrics and anaerobic interval training.

These methods produce results, but there is such a thing as too much exercise. Hitting it too hard for a day produces temporary soreness. Keeping up that intensity for too long can produce overtraining syndrome (OTS), which causes a raft of problems (see “Metabolic Damage From Overtraining” and “Symptoms and Effects of Overtraining Syndrome,” below). Teaching your clients alternative recovery methods can help them stay on track while reducing the risk of overtraining.

That means teaching them the full scope of recovery—optimal hydration, proper nutrition, increased circulation and healthy sleep patterns—to help the body heal. By identifying the best recovery strategies for each client’s needs, you set yourself apart as a knowledgeable fitness professional who understands the importance of what happens after people leave the gym. That’s good for business and great for clients.

Addressing the Threat of Overtraining

Proper rest and recovery helps avoid overtraining.

We all need rest because it helps the body put hormones and satellite cells to work repairing damaged tissues, restoring spent energy to muscle cells and removing metabolic byproducts that can be recycled into more fuel or eliminated from the body.

Most group workouts or individual client sessions last 30–60 minutes and usually do not impose enough stress to require specific interventions beyond eating right and getting enough sleep. However, weightlifting to the point of fatigue or doing high-intensity interval training that leads to breathlessness can cause metabolic damage to body tissues. Over time, the damage can accumulate and cause OTS.

Technically speaking, OTS is a quantifiable loss of performance in a specific sport. If your clients or group workout participants do not use quantitative performance metrics like running a distance in a certain time or lifting predetermined weights in their workouts, it can be difficult to say if they are experiencing OTS. Moreover, the syndrome can’t be diagnosed accurately without first ruling out iron deficiency with anemia and organic or infectious diseases.

Since diagnosis is a doctor’s job, you’re far better off encouraging clients to adopt specific recovery strategies that are affordable, convenient and easy to stick with. That way, you can limit accumulation of metabolic fatigue and avoid OTS in the first place.


Doing too much high-intensity exercise without adequate rest or working out too many days in a row without a break can lead to overtraining syndrome, especially if other stressors are present.

OTS is associated with chronic fatigue, decreased physical performance, mood changes, neuroendocrine system imbalances and frequent illnesses.

Here’s a look at the effects of common OTS symptoms:

A look at the effects of common overtraining syndrome symptoms.


Overtraining can produce excessive metabolic damage to muscle tissue. In the short run, excessive exercise causes pain a day later in a phenomenon called delayed-onset muscle soreness, or DOMS. In the long run, hitting it too hard can cause overtraining syndrome, which can degrade athletic performance. Effective recovery strategies speed the body’s natural repair process, reducing soreness and allowing clients to continue exercising without interruption.

These are some of the most common forms of overtraining damage:

Common forms of metabolic damage from overtraining.

Recovery Fundamentals in Brief

Exercise damages the body’s muscular, skeletal, cardiorespiratory and endocrine systems, triggering healing and adaptions during recovery. For all the health benefits of exercise, each type of training imposes different kinds of harm. Resistance training, for instance, improves functional strength but also applies mechanical forces that cause tears in muscle and connective tissue. Running, on the other hand, pumps vital oxygen and nutrients into working muscle and removes hazardous metabolic byproducts, but it also stresses the heart, lungs, muscles and joints.

Like many kinds of exercise, running creates mechanical stresses in multiple directions: top-down from gravity and bottom-up from ground reaction forces. Movements like yoga place diverse stresses on joints and muscles as exercisers go through a range of poses and positions.

Recovery can be a couple of minutes between weightlifting sets or a couple of days between intense workouts. Either way, the pauses between exercise bouts set off a range of processes that make recovery as valuable as the activity itself.

Alternative Exercise Recovery Techniques

Lots of trainers are helping clients speed up their recovery via methods such as myofascial release with foam rollers, nutrient timing and good sleep hygiene. These work especially well for clients who enjoy high-intensity exercise (and probably do too much of it).

While these techniques are tried-and-true, affordable and easy-to-do, the rising enthusiasm for hard-hitting exercise routines has spawned a growing interest in alternative recovery techniques. Let’s take a look at them. (Note that some may have reams of peer-reviewed research demonstrating their benefit, while the value of others is based on anecdotal evidence. It’s critical to understand the difference.)


Cryotherapy may promote recovery by increasing circulation.

Ice baths promote recovery by increasing circulation, but some people don’t want to spend up to 20 minutes in ice water to receive this benefit. The alternative is to visit a cryotherapy freeze chamber, which rapidly reduces air temperature to below °110 degrees Celsius °160 degrees Fahrenheit).

One theory holds that cold shocks the system, causing blood to move to the center of the body and protect the vital organs. Removing the cold causes blood to return to the extremities, delivering oxygen and nutrients for tissue repair. A second theory is that rapid application of cold causes the sympathetic nervous system to release epinephrine and cortisol, which can increase circulation and help to remove metabolic byproducts.


Wearing compression clothing before and after a tough workout is a relatively new strategy that may reduce the time needed for optimal recovery. Pressure from the tight clothing can theoretically improve circulation, which helps remove metabolic byproducts from muscle and promotes the flow of oxygenated blood to assist in repairing and rebuilding tissue.

Compression clothing can also elevate tissue temperature, reducing soreness. While there has been a variety of research on the effectiveness of compression clothing, there is no overwhelmingly conclusive evidence for or against it. One study observed no significant performance differences from wearing compression clothing .However, later studies found that wearing such clothing during and after exercise resulted in small to moderate changes in performance and recovery.


Supporters of cupping claim it increases localized circulation and produces an anti-inflammatory response.

Cupping is a Chinese medicine practice that places small glasses or bowls directly on the body to create suction on the skin and tissues directly underneath. Supporters assert that pressure from the vacuum increases localized circulation and produces an anti-inflammatory response, both of which promote healing that is essential to recovery.

The pressure may be uncomfortable, and the practice results in large circular welts like those observed on American swimmer Michael Phelps during the 2016 Olympics.


Endocannabinoids are lipid molecules in the body that can be produced in response to exercise. Because they can reduce pain and promote feelings of euphoria, endocannabinoids are suspected of being partly responsible for the post exercise high that people often experience.

The cannabinoid system helps to regulate homeostasis and influences appetite, mood, hormones, sleep, immune function and pain. Cannabidiol (CBD) is a non psychoactive ingredient in cannabis that may reduce post exercise inflammation by suppressing cytokine production while promoting sleep. CBD can be sold without restrictions because it is unrelated to tetrahydrocannabinol (THC), the psychoactive agent released during cannabis consumption.

Many companies marketing products that contain CBD say it can reduce pain and inflammation, thereby promoting recovery. Anecdotal evidence from ardent users suggests there may be benefits, but research supporting those claims is extremely limited.


Infrared saunas elevate tissue temperature to promote recovery.

Unlike traditional saunas that use rocks or metal heating elements, infrared saunas heat with electromagnetic lamps. An infrared sauna elevates tissue temperature, which can increase circulation to promote recovery. Infrared rays produce heat that molecules can partially absorb. Because the heat affects cells directly, infrared saunas operate at a lower temperature, allowing for a more comfortable, yet beneficial, experience.


Water pressure during immersion may promote blood flow back to the heart.

Immersion in water tanks is being promoted as a form of recovery. While immersion may prove beneficial, the equipment can be expensive and difficult to access for the average exerciser.

The principle behind immersion is that water pressure is higher than air pressure and can promote blood flow back to the heart while supporting fluid exchange between capillaries and muscle tissue. Alternating between hot- and cold-water immersion may promote circulation through the dilation and constriction of blood vessels, but, again, this method may not be an easily accessible recovery option.

Coach the Workout Instead of Doing the Workout