Overtraining Syndrome Can Sabotage Performance - Bliss9ja | Nigeria No 1. Online Entertainment Portal


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Tuesday, 21 May 2019

Overtraining Syndrome Can Sabotage Performance



Overtraining Syndrome Can Sabotage 


Originally published on HVMN by Brady Holmer

It’s two weeks away from marathon race day. Legs should feel fresh, mind should be focused, and 
fitness should be at an all-time high. This is what you’ve trained for the past several months, never 
missing a workout. It’s time for all of the hard work, dedication to diet, and mental preparation to pay 

But things feel off. Nailing goal workouts is difficult. Running similar times requires more effort. Fatigue 
is chronic despite adequate rest. Muscle soreness lingers.

Taking a week off from training doesn’t help and on race day, a personal record feels impossible. You 
start the race with little enthusiasm, each of the 26.2 miles spent thinking about the finish line. Rather 
than running a fast time, the goal becomes simply to finish. The excitement of the race is gone.

These symptoms represent a classic case of “overtraining syndrome” or OTS. OTS is something that 
many athletes may suffer from but may know little about.

What is Overtraining Syndrome?
Training dedication is important. But if you overtrain, you may not even make it to the start line.

Overtraining and Overtraining Syndrome Defined
Operationally, overtraining is defined as a training imbalance where stress > recovery. When high 
levels of physical activity or high-intensity training are paired with inadequate rest and recovery time
performance suffers.

A separate but related condition to overtraining is known as relative energy deficiency syndrome in 
sport (RED-S). This syndrome results from an imbalance between dietary energy intake and 
expenditure. RED-S is characterized by loss of general health, proper growth, and reduced sport 
performance.2 Many physiological functions such as metabolism, menstrual function, bone health, 
immunity protein synthesis, and cardiovascular health are negatively impacted by RED-S. This 
syndrome may be an early precursor to full-fledged overtraining syndrome.

Short-term overtraining is reversible with a proper rest period. In overtrained athletes, a rest period of 
one or two weeks can reverse many symptoms and lead to a performance rebound. This 
distinguishes overtraining from the more severe overtraining syndrome (OTS).

Since OTS is more severe than overtraining, recovery time is longer. It may take a rest period of 
weeks or even months to reverse OTS, maybe because it’s usually coupled with other types of stress: 
high altitude living, training monotony, suboptimal diet, and academic, occupational, or relationship 

Overtraining, or Under Recovery?
For athletes, the concept of overtraining might seem odd. You understand a high training load is 
needed to adapt and get better (known as “supercompensation”). However, too high of a training load 
with too little recovery is a poor way to achieve proper gains. Recovery is when the actual training 
adaptations occur, not during the training session. In fact, sometimes overtraining may not even be 
evidence of training too much, but recovering too little.

Your Brain and Body on Overtraining
It’s well documented that mental strain can have physical impact. When the mind wears down from 
overtraining (or stress outside training), it can impact performance negatively.

Negative Mood States are Higher in OTS
The mental side of training and recovery are equally important as the physical. Overtraining can have 
wide-ranging effects on mental health and motivation, which can negatively impact day-to-day training 
and performance in competition.

One of the early signs of overtraining might be large emotional swings accompanied by more negative 
thoughts than normal. Mood changes likely occur due to alterations in endocrine hormones and 
changes in the nervous system.

Ultramarathoner and HVMN Athlete, Jeff Browning, has been there. He says there are a lot of puzzle 
pieces to running 100 miles and the mind is a big piece.

“I don’t let negative talk take root. I’ve learned to slay mental dragons by constantly switching 
to positive speak. That’ll give you an improvement in performance.”
Jeff Browning

Overtrained athletes exhibit higher levels of negative moods like tension, depression, anger, fatigue, 
and confusion. They also have lower levels of positive mood states such as vigor and motivation 
during training. One study observed that in a group of athletes suffering from chronic fatigue, 80% had 
levels of clinically significant depression.

Overtraining may also cause feelings of edginess with symptoms of insomnia, lack of appetite, 
restlessness, and sleep disturbances. This may seem counterintuitive, since overtraining is usually 
associated with chronic fatigue, but it likely results from a “hyper-aroused” state. A constant, high 
release of stress hormones characterizes sympathetic overactivity; this is one reason an elevated 
resting heart rate is observed in overtrained athletes.

Neuroendocrine Dysfunction
The Hypothalamic-Pituitary-Adrenal Axis (HPA) regulates a majority of our body’s hormonal system. 
As part of the sympathetic nervous system (SNS), it helps respond and adapt to challenges by 
releasing stress hormones such as cortisol and adrenaline: think “fight or flight.”

Proper coordinated function of the hormonal and nervous system is critical for athletic performance, 
helping prepare the body for high-intensity exercise and competition by increasing heart rate and blood 
pressure and releasing catecholamines (hormones produced by the adrenal glands).

Overtraining syndrome causes central nervous system dysfunction; while release of stress hormones 
might remain high, their ability to cause the proper response in target organs is diminished. Hormones 
responding to exercise or low blood sugar are rendered ineffective.

This is the “autonomic imbalance” hypothesis of overtraining. Sympathetic/parasympathetic nervous 
system dysfunction and insensitivity to stress hormones results in impaired performance during 
racing and training. Overtrained athletes have a harder time performing. This suggests chronic 
fatigue can have effects in the brain as well as the body.

High-intensity, high-volume training may also result in reduced cognitive processing speed. For sports 
and race situations requiring decision making and composure, this is dangerous.

Heart Rate Variability as a Biomarker for Overtraining
A popular biomarker for athletes to indicate recovery status, heart rate variability (HRV) might be useful 
to detect potential overtraining. The applications of HRV are discussed at length in a recent HVMN 
podcast episode: "What You Can Learn From Heart Rate Variability" ft. Jason Moore.

HRV is a measure of the variability in the time between heartbeats (the beat to beat interval) and 
reflects autonomic nervous system balance–the balance of parasympathetic and sympathetic nervous 
system activity. Increased HRV generally indicates a good balance, whereas a reduced HRV may 
indicate a shift towards greater sympathetic activity due to chronic stress and overtraining.

Along with an elevated resting heart rate, lower HRV is found in athletes who are overtrained. This 
could indicate nervous system imbalances as a result of overtraining/under recovery. Regardless, the 
underlying problem is too much stress.

Effects on Mental Health
A daily self assessment of mood and well-being might be able to point out a possibility of overtraining 
or a path toward OTS. Athletes know their bodies well, and a simple mood check-in might be a quick 
way to assess recovery status.

Feeling a bit off during a workout? Less motivated to train? Recognizing changes in mental state 
during training can indicate when to dial back the intensity or take extra recovery time.

How Overtraining Influences Performance
A heads-down training approach is something to be admired, and it’s a way many athletes train in 
hopes of better performance on race day. But it’s a thin line. Overtraining, and not allowing enough 
recovery time, can actually impair performance.

Training, Racing, and OTS
While no true biomarkers for overtraining exist, one sure sign of overtraining is “an inability to sustain 
intense exercise and/or a decrease in sport-specific performance.”

In other words...you’ll suck on race day.

In the short and long term, a state of overtraining in endurance athletes has been shown to decrease 
time to fatigue by 27%, reduce power output by 5.4%, and increase trial time by 9.8%–it kills 
performance measures.

Athletes report a higher rating of perceived exertion (RPE) for the same workload when they are 
overtrained versus well-rested.

While endurance athletes are often the subject of overtraining talk, it is important to realize that no 
athlete is immune. Overtraining syndrome has been observed in endurance athletes, strength 
athletes, and elite judo athletes.

The Immune System Suffers in Overtrained Athletes
Of all the things athletes want to prevent, arriving at the starting line sick or losing training time due to 
illness are high on the list.

Overtraining severely impairs immune system function, leading to increased risk of illness and 
infection. Being around group of teammates or training partners in gyms, sporting facilities, and public 
venues only increases this risk by exposing athletes to more pathogens and infectious bacteria.

Depressed immune function and higher rate of infection are consistent findings in studies of 
overtrained athletes. In particular, athletes training at high volumes seem especially prone to upper 
respiratory tract infection (URTI), a viral infection of the nose, throat, and airways.

The immune system is less able to fight pathogens during overtraining due to a lower number of 
immune cells fighting bacteria. Even the most elite athletes are at risk. Olympic athletes classified as 
chronically fatigued are shown to have higher levels of infections leading up to the games, a period 
where they are undergoing strenuous training.

Recovery and nutrition strategies targeted at improving immune function may prevent illness during 
overtraining. Increasing dietary carbohydrate and intake of certain polyphenols (plant micronutrients) 
are effective in supporting sport performance and anti-viral capacity of athletes.

Preventing and Treating Overtraining Syndrome
Taking adequate recovery time to bounce back from overtraining presents a major setback, so 
preventing overtraining should be one of every athlete’s goals.

However, if you’re feeling overtrained or suffering symptoms of OTS, the first step is to immediately 
reduce training volume. This might involve low-intensity training or active recovery. In some cases, an 
extreme amount of rest may be necessary to prevent full-fledged overtraining syndrome from 

Below are some strategies to optimize recovery, prevent the onset of overtraining syndrome, and treat 
symptoms if you find yourself in an overtraining rut.

A Well-Planned Training Program is the Key to Success
The best way to prevent overtraining is to stick to a well designed training program. Athletes in all 
sports tend to overperform on the easy days and underperform on the hard days. Don’t make this 

Having a coach or a training partner to provide accountability and support throughout training can be 
helpful here. A support system can also keep you accountable if you need a few days off. Training 
partners can encourage the need to rest and remind you bigger things are down the road.

The Importance of Getting Enough Zs
The scientific literature is consistent: the body needs sleep. Inadequate sleep negatively affects areas 
of performance such as memory and attention, injury risk, speed, and endurance. Sleep is often 
sacrificed by athletes in favor of training or other lifestyle demands, such as travel, competition 
schedules and work.

Overtraining is associated with sleep disturbances. Athletes should pay extra attention to sleep time 
and sleep quality, following some key strategies to enhance sleep hygiene and promote optimal 

Increase sleep duration by getting seven to nine hours of quality sleep each night (recommended for 
all adults).

Research indicates that sleep extension improves several measure of performance in athletes.

Sleep can treat overtraining symptoms too, and is perhaps the best recovery tool available to athletes.
 Take a few rest days and focus on sleep if you find yourself experiencing training fatigue.

It can help to optimize sleep environment with a cool, dark room, free of electronics and artificial light–
all are shown to increase sleep quality. Adding a nutritional supplement such as Yawn from HVMN into 
to a sleep routine can further promote high-quality sleep. Ingredients like magnesium glycinate, 
L-glycine, and L-theanine promote sleep and enhance the recovery process in athletes who may need 
help getting some proper shut-eye.

Fuel for Success
Optimal performance and recovery require proper fueling at every stage of training. Inadequate 
carbohydrate and protein intake, in addition to long term negative energy balance, impair recovery and 
lead to symptoms of overtraining. Even with proper planning, studies show that many athletes fail to 
meet a sufficient calorie intake to maintain energy balance and might suffer from vitamin and nutrient 

Protein is vital for tissue restoration, muscle building, immune function, and recovery from hard training 
sessions. Athletes in training need more protein to support training and recovery needs. Increased 
protein intake can also prevent unintended loss of weight in the form of lean muscle mass.

Up to 1.7g/kg of bodyweight in protein should be consumed for athletes in a variety of disciplines such 
as endurance and strength training to prevent muscle breakdown and support immune system 

Adequate intake of carbohydrates to support training intensity and promote recovery is another 
important factor in preventing overtraining. While low-carbohydrate diets may have a place in some 
programs, sufficient intake of carbohydrate to support high-volume and high-intensity training in 
athletes is recommended.

Studies provide evidence that less adaptation to training occurs in glycogen-depleted endurance 
athletes, and that symptoms of overtraining can be prevented by a high carbohydrate intake during 
times of high training load. Athletes consuming a high carbohydrate diet containing 8.5 g/kg of 
carbohydrate during a period of high training maintained better performance and mood compared to a 
group consuming a lower carbohydrate diet containing 5.4 g/kg throughout the same training program.

What if you are feeling overtrained, sluggish, or in a slump? Try to eat yourself out of overtraining by 
increasing your calorie intake, consuming high-quality protein sources, and eating foods rich in a 
variety of nutrients. Energy insufficiency is often a cause of overtraining, and giving your body what it 
needs can get you back to training.

Track Biomarkers
Staying in touch with yourself on a day-to-day basis will let you become aware when things seem off. 
Take a daily mood assessment before and after training. Is your attitude or willingness to train more 
negative than usual?

As discussed above, heart rate variability (HRV) tracking can also let you know if you’re overtraining. 
Getting your blood work done to test for possible endocrine or metabolic imbalances may be a more 
in-depth but worthwhile assessment of training status.

Could Ketone Esters Help Prevent Overtraining?
Recently, an increasing number of athletes are experimenting with the ketogenic diet and exogenous 
ketones (such as HVMN Ketone) as tools to enhance endurance sport performance and recovery. 
Strategic use might help athletes avoid overtraining, but there is still a lot of work to be done to 
understand their full potential.

For example, athletes who added beta-hydroxybutyrate or BHB (the ketone ester present in HVMN 
Ketone) to a post-workout meal, set themselves up for enhanced muscle protein synthesis, indicated 
by increased signaling of the growth regulator mammalian target of rapamycin complex 1 (mTORC1).

Another possible application for ketone esters is to help the body store carbohydrate in the muscles as
glycogen. Replenishment of muscle glycogen was accelerated following ketone ester supplementation
when coupled with in IV infusion of glucose. The jury is still out here, as another research group didn’t 
see the same effect on glycogen when the ketone ester was taken with a post-workout shake. 
Because of the powerful effect of ketones on the body, it’s certainly likely that adding ketone drinks to 
regular nutrition could boost muscle recovery.

Overtraining is a Delicate Balance
Like rain clouds in the distance, overtraining threatens any athlete in a hard training block. Dedication 
and overuse is a thin, looming line that many athletes don’t realize they cross until it’s too late. For 
many athletes, it’s probably easier to push harder than pull back.

But perspective is necessary. If you’re worried about overtraining, speak to a coach or friend and hold 
yourself accountable to get necessary recovery time. Learn to listen to your body for whispers of 
overtraining. It’s a complex scenario involving mental health, nervous system function, and physical 
symptoms that decrease performance in the short and long term.

Importantly–don’t beat yourself up about it. A black hole of overtraining can be a dark and lonely place, 
so getting help is one of the best ways to treat OTS. Be patient, recover properly, know it’s a 
process and take the necessary steps to try and prevent overtraining before it’s too late.

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