25 Feb
Blog

Nature’s Two Most Powerful Exercise Recovery Tools

In the first part this series, Train hard, recover harder, I explained that stress is a double-edged sword. In order to make adjustments, you have to impose stress, but too much stress affects your recovery.

Stress can be both good and bad, but your body doesn't distinguish between types of stress, and your body can only handle that much stress. Stress is good during exercise; Your ability to benefit from it depends somewhat on your overall stress level.

So you have to manage all of your life stress in order to free up as much capacity as possible for dealing with training stress. Stress management strategies can create a larger window of time for exercise stress to apply and recover.

In part two, The Importance of Structured Exercise Programs in Recovery, I discussed optimizing your exercise program as another powerful tool in maximizing recovery. By focusing on delivering efficient exercise stress, you make your recovery easier.

Intelligent program design = fatigue management

The four key factors to consider are:

  1. Volume landmarks

  2. SRA curves

  3. Stimulus: fatigue ratio

  4. Relative intensity

At this point, I am assuming that your workout is optimized and provides a reasonable incentive.

From this point on, the remaining adjustments, such as B. Increases in size and strength, from recovery, result in this simplified muscle building equation:

Stimulus + recovery = adjustment

In this third part of the series, I'm going to cover your two most powerful recovery tools and how to maximize them.

The two most powerful recovery tools available to you are:::

  1. sleep

  2. nutrition

If you focus on these consistently, you will be rewarded. With your choice of sleep, diet, and stress management, you are ready to make great strides in the gym.

The positive influence of sleep on performance

Sleep is your most important recovery tool. I have spoken repeatedly about the positive effects of sleep on athletic performance and your ability to recover from hard exercise. The harder you can train without exceeding your recovery capacity, the faster you can progress.

Sleep is the most anabolic state for your body. Lack of sleep limits your strength and muscle mass gains. It also increases your chances of losing muscle mass if you cut and absorb fat as you accumulate.

To maximize recovery and build more muscle, you need to prioritize sleep.

Better sleep will help you with this too::

In short, it makes you a fitter, happier, and more productive person.

Let's be honest; you probably already know that. Bet you don't give sleep the credit it deserves when it comes to your lifestyle choices. Most of us realize that we should sleep more. We know sleep is important. However, we do not prioritize it.

I'm pretty sure you are making this mistake because I do too. I've been guilty many times in the past. It's all too easy to stay up late to catch the next episode of a TV show or to scroll aimlessly through Instagram. Whenever I do that, I always regret it the next day.

Lack of sleep can creep up on you. You may not realize that you have been deprived of sleep. The occasional late night has little effect. The problem is when those late nights get normal.

Stay on the laptop for a long time to meet work schedules or relax before a good show. Both eat into your sleep and have a huge impact on the quality of your recovery. Over time, you will likely feel like a zombie with no caffeine in the morning, your fitness performance will begin to increase, and you will make poorer dietary choices. It all happens little by little.

They sneak up on you. I've seen this over and over with customers trying to burn the candle on both ends. They pretend they can get away with it because the drop in performance is gradual. Be warned, lack of sleep adds up and if not resolved, it can slow your progress.

My sleep deprivation experience was less gradual and more like a blunt force trauma. I had always slept well and made it a priority. Then I had children. After our son was born, it took me 18 months to feel normal again in the gym. I vividly remember the session after my first full eight hours of uninterrupted sleep. I felt like superman.

The sad thing is, I wasn't a Superman.

I wasn't even around. After a good night's sleep, I was just a normal Tom. My perception of what was normal had been so distorted by 18 months of sleep deprivation that I now felt amazing. You could have slept in the same situation without realizing it. Make sleep a priority for a month and I'm confident you will look better, feel better, and perform better.

The research on sleep deprivation is alarming. Studies show that for 11 days in a row with less than six hours of sleep, your cognitive abilities are roughly as high as if you had stayed awake for 24 hours.

After 22 days of sleeping less than six hours a night, your brain is functioning at the same level as someone who has stayed awake for 48 hours straight. To put things in perspective, it means your reactions are likely to be worse than someone who is over the legal limit for alcohol.

Are you more zombie than human?

Take a sleep survey on yourself and assess if you are more of a zombie than a human.

As a guide, this is what you should aim for when it comes to sleeping::

  • Aim for 7-9 hours of sleep every night.

  • Go to bed at the same time every night.

  • Wake up at the same time each morning.

  • Wake up without an alarm clock.

  • Sleep all night long – multiple bathroom trips are a sure sign of poor quality sleep (or way too much drinking just before bed).

  • Waking up in much the same position that you fell asleep (not throwing and spinning all night) is a good sign.

  • You should wake up refreshed.

How can your sleep hold up against this list? I suspect you are not ticking all of these points. In my experience, most people can't even check off a few of them. Your goal is to work towards ensuring that you can check off each of these bullet points.

Here are some practical tips to help you sleep better and longer.

  • Prepare for success: Get a comfortable bed, mattress and pillow. Bed quality can affect sleep. It can also reduce back and shoulder pain. Given that you spend almost a third of your life in bed, it makes sense to invest in a good one.
  • Establish a routine: Go to bed at about the same time and get up at the same time each day. Weekends count too. It was found that matching sleep and wake times improves long-term sleep quality.
  • Include relaxation: It has been found that relaxation techniques before bed improve the quality of sleep. Read a book, listen to a chill out playlist, take a hot bath or take a deep breath and meditate. Do whatever you can to relax and unwind.
  • Cut the coffee at 4pm: Drinking coffee is cool. I love this stuff, but having it later in the day can disrupt or even prevent your sleep. On average, the half-life of caffeine is around five hours. However, this half-life can vary massively between individuals. If you are a slow metabolizer of caffeine, you may have levels in your system that will keep you awake and will keep you awake until the wee hours if you drink it after 4pm. In extreme cases, having it within 10 hours of going to bed can be disturbing for some people. So cut yourself off at 4pm and see if it's easier for you to fall asleep. If you're still having issues, push things forward to 3pm and reevaluate.
  • Disconnect the matrix: The blue light emitted by the screens of your devices can disturb your sleep. The body's internal clock or daily rhythm is mainly influenced by the hours of daylight. Artificial lights like street lights and lightbulbs are already bothering it, but looking at screens magnifies the problem. Your internal body clock is supplied by the eye nerve, which is directly influenced by blue light. Your phone, TV, laptop, and tablet emit the same light. To improve sleep, I suggest that you disconnect from such screens for at least 60 minutes before going to bed.
  • Receive natural sunlight during the day: In these times the body needs light. Studies have found that two hours of bright light during the day increases the amount of sleep by two hours and improves the quality of sleep by 80%.
  • Sleep in the batcave: Make your bedroom pitch black, calm and cool to maximize the quality of your sleep. Remove all electrical devices.
  • Room temperature: Set the thermostats to around 20 ° C. It was found that room temperature affects the quality of sleep more than external noise.
  • Stay away from alcohol: Just a few drinks have been shown to reduce your sleep hormones. Alcohol alters melatonin production and lowers HGH (Human Growth Hormone) levels. Melatonin is an important sleep hormone that tells your brain when it's time to relax and fall asleep. HGH helps regulate your body clock, counteracts aging, and is vital to recovery.

There you have it, your comprehensive guide to better sleep. You have no excuse now. You know sleep is crucial. You can also rate your sleep based on the standards listed above. If you come up short, you have nine tips to improve your sleep.

As you improve your sleep, everything else improves too. Try to improve your sleep before you worry about investing in other recovery modalities.

Neither of them can hold a candle to sleep, and sleep is free.

Your caloric intake and energy balance

Your second most powerful recovery tool is your diet.

By properly fueling your body, you can take advantage of the stimulus generated by your exercise. Training creates the incentive to build muscle, lose fat and increase strength. Your recovery will determine whether or not you will achieve that potential.

When it comes to nutrition, there are several variables that you can manipulate. The most important variable when it comes to nutrition for recovery is your caloric intake and energy balance.

What is a calorie and what is energy balance??

A calorie (Kcal) is a unit of energy. Our food contains calories and fuels us with energy to lead our daily lives. Everyone needs different amounts of energy per day depending on their age, size and level of activity.

Calorie budget refers to the number of calories you consume compared to the number of calories you burn.

If you eat excess calories, you will gain weight. If you eat a calorie deficit, you will lose weight. While eating high calorie food in the process of maintenance, it means that you are maintaining the weight. When it comes to physical change, calories are king.

When consuming a calorie surplus, maximizing regeneration is easier to manage than when consuming a deficit. You have an abundance of calories available to meet your macro and micronutrient needs. When it comes to diet and you have an excess, keep things simple. Hit your macros, distribute your protein intake fairly evenly between 3-6 meals a day, and eat a variety of fruits and vegetables.

When you are calorie deficit, the details of your diet are more important in maximizing recovery as less energy is coming in. The basic principles still apply, but you need to take better account of your low calorie eating habits to ensure that you meet both your macro and micronutrient needs.

Meal timing, food quality, and micronutrition are more important when you are in a deficit, but none of them outperform achieving a reasonable calorie deficit.

Energy balance and macronutrients are the two most important factors in your diet in terms of body development and strength gains.

How to set calories for individual results

If you have an excess, I suggest that you eat enough to gain between 0.25 and 0.5% of your body weight per week.

A quick strategy to estimate your daily needs is to multiply your weight in pounds by 15.

This formula generally gives a good approximation of the calories needed to maintain your weight. An excess of 500 calories per day equates to roughly a pound of weight gain per week. If you weigh 200 pounds, this is right at the upper end of your weight gain target. An excess of 250 calories a day will result in you gaining roughly half a pound a week. An excess of between 250 and 500 calories would be adequate for a 200 pound lifter.

If you are in deficit, I recommend losing between 0.5 and 1% of your body weight per week.

If you maintain a faster rate than this for an extended period (say, more than four weeks), you run the risk of adversely affecting your fitness performance and muscle loss.

Similar to the excess example, you can estimate maintenance calories by multiplying your weight in pounds by 15 calories.

From this point on, you need to subtract calories in order to achieve a deficit. A 500 calorie deficit will give you one pound loss per week. For our 200 pound example, an ideal rate of fat loss is between 1 and 2 pounds per week. Consequently, a deficit of 500-1,000 kcal per day is the area to look out for in order to achieve this.

Macronutrients

There are three types of macronutrients: protein, fat, and carbohydrates. All of these provide energy and therefore contain calories. Here's how to establish and establish your macronutrient needs and goals.

The calorie content per gram of each macronutrient is listed below::

  • Protein: Four calories per gram

  • Fat: Nine calories per gram

  • carbohydrate: Four calories per gram

This information is useful in the practical step of creating your diet with the appropriate proportions for each macronutrient.

Protein is essential for survival

Protein comes from the Greek word proteios, which means "of primary importance".

  • Protein is involved in almost every process in your body.
  • Proteins are vital and healthy.
  • They play an important role in athletic performance and body composition.
  • Muscle mass consists mostly of protein.
  • Protein helps you recover from your workouts.
  • It preserves lean tissue on diets.
  • It will help you build more muscle as you build.
  • It has the greatest effect on satiety, or feeling comfortable, of any macronutrient.

To build muscle, consume protein in the range of 1.6 to 2.2 g / kg lean body mass to stimulate the MPS for the day.

Recent research supports the high end of this range.

I generally recommend eating 2 g of protein per kg of body weight. This formula is easy to remember, easy to calculate, and conveniently covers your needs. From a practical point of view, I've also found that it is a crowd that satisfies most people's appetites and eating habits.

Take away key– Eat 2 g of protein per kg (0.9 g per lbs) of body weight per day.

Never eliminate fat from your diet

The consumption of dietary fat is important for regular hormonal function, especially testosterone production.

You should never remove fat from a diet.

There is not so much an optimal amount of fat to consume, but a minimum

0.2-0.5 g / kg / day for normal hormonal function. There have been compelling arguments in favor of consuming between 20 and 30% of calories in fat to optimize testosterone levels.

However, when 0.6 g / kg / bw is reached, no significant benefit for the hormones can be seen.

How Much Fat Should I Consume?

I prefer a minimum of 0.6 g / kg / kg per day.

  • If there is an excess, this is enough to optimize hormonal function and generally equates to around 20% of the calories.
  • Since hormone function has little benefit after a calorie surplus after 0.6 g / kg / bw, there is no physiological need to increase this number as you go through your mass phase.
  • Even if the total calories are adjusted upwards to keep gaining weight, there is no physiological need to exceed the fat content of 0.6 g / kg / bw. In my experience, however, many people find it easier to stick to their eating plan when the fat is slightly higher as the total calories increase.
  • I generally find anything up to 1g / kg / bw is effective.
  • If there is a deficit, I suggest a range of 0.6-1 g / kg / body weight.
  • The risk of hormonal disorders is higher with a chronic calorie deficit.
  • While many clients have performed well and had exceptional results at the low end of this range, I tend to be conservative and start at the high end when a phase of fat loss begins.

From this point on, I take a results-based approach based on loss rate, customer feedback, and gym performance.

Take away key– Consume at least 0.6 g of fat per kg (0.3 g per pound) of body weight.

Carbohydrates affect hormones

Carbohydrates, like fats, have a positive effect on hormones. The carbohydrates you eat are converted to glucose and stored in the liver or released into the bloodstream. However, most of this glucose is actually taken up and stored by the muscles as glycogen. Despite this storage, glycogen is at the bottom of the body's list of priorities.

Glucose is used in a hierarchical order.

Cells in need of energy are the priority for the incoming glucose. Only when the majority of the cells' energy requirements have been met does the carbohydrate consumption increase blood sugar. When blood sugar levels reach a reasonable level, glycogen synthesis in the liver is the next priority.

Only then does the synthesis of muscle glycogen begin to a significant amount. When muscles absorb blood sugar, they can use it for activity or repair. This is important for muscle repair, recovery, and growth.

Carbohydrates are the dominant source of energy for the central nervous system (CNS) and physical activity.

They promote strenuous training and regeneration by replenishing muscle glycogen. Stored muscle glycogen is the primary and preferred source of fuel for high-intensity exercise. Carbohydrates are a great benefit for people who train hard.

During the diet phases, keeping carbohydrate levels very low has become very popular. This is not entirely unfounded, as cutting down on carbohydrates can help create a calorie deficit. I suggest you resist the temptation not to consume carbohydrates.

To get the most out of your workout, you need to do overloaded workouts. Eat enough carbohydrates to do this. They also help you retain muscle mass even as you lose body weight.

When you're low on glycogen, you risk suppressing the anabolic response to weight training. Eating enough carbohydrates allows for higher exercise intensity, higher exercise volume, faster recovery between sets and between sessions, and anti-catabolic and anabolic effects.

"How Much Carbohydrates Should You Consume?" Short answer:

"The rest of your available calories"

More protein preserves muscle mass and saturation

While you're in excess of calories, hitting your macros is likely to get 80% of the benefits of your diet from a recreational standpoint.

Factors such as nutrient timing, micronutrition, food variety, and quality all contribute to optimal results, but they make little difference.

When you're in a deficit, those tiny gains are yours to deal with as you don't have the safety net of an abundance of calories to do the heavy lifting for you.

Here are some tips on how to squeeze the most out of your diet for maximum recovery while cutting:

  • If you are in a calorie deficit, consuming the high end of the protein guidelines given earlier (2.2 g / kg / bw) is a great idea.
  • High protein intake has been shown to preserve muscle mass.
  • Anecdotally, high protein intake also appears to regulate appetite. This scheme is useful when cutting calories.

Protein timing

Several studies have shown that a 25-40g serving of protein is enough to maximize muscle protein synthesis (MPS). To give you a more specific recommendation, I suggest that you aim for 0.4 g / kg body weight per meal. If you weigh 65 kg, that would be 26 g, while a 80 kg man would have 32 g of protein per meal.

The current literature shows that eating a mixed whole meal results in MPS lasting approximately three hours and peaking for 45-90 minutes. While protein shakes / amino acid supplements typically only last two hours and peak earlier. Then MPS begins to subside.

Research shows that these peaks and valleys are beneficial in MPS for maximum muscle growth.

Based on the scientific evidence available, 4-6 servings of protein per day, 3-4 hours each, is the best choice to maximize MPS.

If you are calorie deficient, fine-tuning your eating plan to maximize MPS is the best option to avoid muscle wasting.

The holy grail of nutrient timing?

We've all heard of the post-workout anabolic window. Post-exercise diet has long been considered the holy grail of nutrient timing. I think this is a mistake. Pre-workout nutrition is just as important, if not more important, than post-workout nutrition, in my opinion.

As mentioned earlier, it takes the body several hours to digest a meal. For example, suppose you have a balanced meal before you exercise. In this case, your body will continue to receive a constant supply of nutrients throughout the session and even in the post-workout window.

Many people overlook the critical consideration that the important nutrient timing factor is that the nutrients are in your bloodstream, not when you eat them.

The nutrients from your pre-workout meal are in your bloodstream during and possibly after your workout. This means that you can immediately supply nutrients to the working muscles. If you only focus on the post-workout meal, there is a significant delay in the amount of nutrients getting to the muscles where you need them.

With this in mind, a few points should be noted here::

  • Insufficient carbohydrates can interfere with strength training.

  • Consuming carbohydrates in the pre-workout meal can improve performance in the workout session.

  • Consuming carbohydrates while exercising in sessions longer than an hour can improve performance at the end of the session and prevent muscle wasting (especially when combined with a quickly digestible source of protein).

  • By consuming carbohydrates after exercise, muscle glycogen is replenished more effectively than at other times. This post-workout window is much longer than the much touted anabolic window of 20 to 30 minutes. The 4-6 hours after the workout when consuming carbohydrates replenishes the optimal muscle glycogen.

As you build up, your carbohydrate intake is likely high enough that you don't have to worry too much about postponing your eating for one time or another.

If you distribute the carbohydrates evenly throughout the day, you are in good hands.

Calories and carbohydrates can be very low during a diet. IIn this situation, it is more important to consider your specific carbohydrate intake timing to aid in quality exercise and recovery.

It is wise to make sure that you consume carbohydrates at least during meals before and after your workout.

After that, you can just spread it fairly evenly over the other meals you eat during the day.

Eat the rainbow

Choosing nutrient-rich, low-calorie foods is a wise decision. This choice will help you stay full, which means you will be more likely to stick to your diet.

It also means you are getting all of the micro-nutrition you need to support a good recovery from exercise. A wide variety of vegetables is a smart decision when cutting calories.

An easy way to get a wide range of micronutrients is to eat fruits and vegetables in as many different colors as possible.

Avoid pseudosciences

While it is tempting to reach for the expensive recovery tool backed by pseudoscience, it is better to pluck the low hanging fruits of improving your sleep and diet to aid your recovery.

These two factors will have a far greater impact on your recovery and results than any other failed recovery method.

Use the guidelines I have provided to get a massive recovery benefit and keep those silly recovery fashions for less informed lifters.

25 Feb
Blog

Nature’s Two Most Powerful Exercise Recovery Tools

In the first part this series, Train hard, recover harder, I explained that stress is a double-edged sword. In order to make adjustments, you have to impose stress, but too much stress affects your recovery.

Stress can be both good and bad, but your body doesn't distinguish between types of stress, and your body can only handle that much stress. Stress is good during exercise; Your ability to benefit from it depends somewhat on your overall stress level.

So you have to manage all of your life stress in order to free up as much capacity as possible for dealing with training stress. Stress management strategies can create a larger window of time for exercise stress to apply and recover.

In Part Two, Good Recovery Starts With Good Programming, I discussed optimizing your exercise program as another effective tool for maximizing recovery. By focusing on delivering efficient exercise stress, you make your recovery easier.

Intelligent program design = fatigue management

The four key factors to consider are:

  1. Volume landmarks

  2. SRA curves

  3. Stimulus: fatigue ratio

  4. Relative intensity

At this point, I am assuming that your workout is optimized and provides a reasonable incentive.

From this point on, the remaining adjustments, such as B. Increases in size and strength, from recovery, result in this simplified muscle building equation:

Stimulus + recovery = adjustment

In this third part of the series, I'm going to cover your two most powerful recovery tools and how to maximize them.

The two most powerful recovery tools available to you are:::

  1. sleep

  2. nutrition

If you focus on these consistently, you will be rewarded. With your choice of sleep, diet, and stress management, you are ready to make great strides in the gym.

The positive influence of sleep on performance

Sleep is your most important recovery tool. I have spoken repeatedly about the positive effects of sleep on athletic performance and your ability to recover from hard exercise. The harder you can train without exceeding your recovery capacity, the faster you can progress.

Sleep is the most anabolic state for your body. Lack of sleep limits your strength and muscle mass gains. It also increases your chances of losing muscle mass if you cut and absorb fat as you accumulate.

To maximize recovery and build more muscle, you need to prioritize sleep.

Better sleep will help you with this too::

In short, it makes you a fitter, happier, and more productive person.

Let's be honest; you probably already know that. Bet you don't give sleep the credit it deserves when it comes to your lifestyle choices. Most of us realize that we should sleep more. We know sleep is important. However, we do not prioritize it.

I'm pretty sure you are making this mistake because I do too. I've been guilty many times in the past. It's all too easy to stay up late to catch the next episode of a TV show or to scroll aimlessly through Instagram. Whenever I do that, I always regret it the next day.

Lack of sleep can creep up on you. You may not realize that you have been deprived of sleep. The occasional late night has little effect. The problem is when those late nights get normal.

Stay on the laptop for a long time to meet work schedules or relax before a good show. Both eat into your sleep and have a huge impact on the quality of your recovery. Over time, you will likely feel like a zombie with no caffeine in the morning, your fitness performance will begin to increase, and you will make poorer dietary choices. It all happens little by little.

They sneak up on you. I've seen this over and over with customers trying to burn the candle on both ends. They pretend they can get away with it because the drop in performance is gradual. Be warned, lack of sleep adds up and if not resolved, it can slow your progress.

My sleep deprivation experience was less gradual and more like a blunt force trauma. I had always slept well and made it a priority. Then I had children. After our son was born, it took me 18 months to feel normal again in the gym. I vividly remember the session after my first full eight hours of uninterrupted sleep. I felt like superman.

The sad thing is, I wasn't a Superman.

I wasn't even around. After a good night's sleep, I was just a normal Tom. My perception of what was normal had been so distorted by 18 months of sleep deprivation that I now felt amazing. You could have slept in the same situation without realizing it. Make sleep a priority for a month and I'm confident you will look better, feel better, and perform better.

The research on sleep deprivation is alarming. Studies show that for 11 days in a row with less than six hours of sleep, your cognitive abilities are roughly as high as if you had stayed awake for 24 hours.

After 22 days of sleeping less than six hours a night, your brain is functioning at the same level as someone who has stayed awake for 48 hours straight. To put things in perspective, it means your reactions are likely to be worse than someone who is over the legal limit for alcohol.

Are you more zombie than human?

Take a sleep survey on yourself and assess if you are more of a zombie than a human.

As a guide, this is what you should aim for when it comes to sleeping::

  • Aim for 7-9 hours of sleep every night.

  • Go to bed at the same time every night.

  • Wake up at the same time each morning.

  • Wake up without an alarm clock.

  • Sleep all night long – multiple bathroom trips are a sure sign of poor quality sleep (or way too much drinking just before bed).

  • Waking up in much the same position that you fell asleep (not throwing and spinning all night) is a good sign.

  • You should wake up refreshed.

How can your sleep hold up against this list? I suspect you are not ticking all of these points. In my experience, most people can't even check off a few of them. Your goal is to work towards ensuring that you can check off each of these bullet points.

Here are some practical tips to help you sleep better and longer.

  • Prepare for success: Get a comfortable bed, mattress and pillow. Bed quality can affect sleep. It can also reduce back and shoulder pain. Given that you spend almost a third of your life in bed, it makes sense to invest in a good one.
  • Establish a routine: Go to bed at about the same time and get up at the same time each day. Weekends count too. It was found that matching sleep and wake times improves long-term sleep quality.
  • Include relaxation: It has been found that relaxation techniques before bed improve the quality of sleep. Read a book, listen to a chill out playlist, take a hot bath or take a deep breath and meditate. Do whatever you can to relax and unwind.
  • Cut the coffee at 4pm: Drinking coffee is cool. I love this stuff, but having it later in the day can disrupt or even prevent your sleep. On average, the half-life of caffeine is around five hours. However, this half-life can vary massively between individuals. If you are a slow metabolizer of caffeine, you may have levels in your system that will keep you awake and will keep you awake until the wee hours if you drink it after 4pm. In extreme cases, having it within 10 hours of going to bed can be disturbing for some people. So cut yourself off at 4pm and see if it's easier for you to fall asleep. If you're still having issues, push things forward to 3pm and reevaluate.
  • Disconnect the matrix: The blue light emitted by the screens of your devices can disturb your sleep. The body's internal clock or daily rhythm is mainly influenced by the hours of daylight. Artificial lights like street lights and lightbulbs are already bothering it, but looking at screens magnifies the problem. Your internal body clock is supplied by the eye nerve, which is directly influenced by blue light. Your phone, TV, laptop, and tablet emit the same light. To improve sleep, I suggest that you disconnect from such screens for at least 60 minutes before going to bed.
  • Receive natural sunlight during the day: In these times the body needs light. Studies have found that two hours of bright light during the day increases the amount of sleep by two hours and improves the quality of sleep by 80%.
  • Sleep in the batcave: Make your bedroom pitch black, calm and cool to maximize the quality of your sleep. Remove all electrical devices.
  • Room temperature: Set the thermostats to around 20 ° C. It was found that room temperature affects the quality of sleep more than external noise.
  • Stay away from alcohol: Just a few drinks have been shown to reduce your sleep hormones. Alcohol alters melatonin production and lowers HGH (Human Growth Hormone) levels. Melatonin is an important sleep hormone that tells your brain when it's time to relax and fall asleep. HGH helps regulate your body clock, counteracts aging, and is vital to recovery.

There you have it, your comprehensive guide to better sleep. You have no excuse now. You know sleep is crucial. You can also rate your sleep based on the standards listed above. If you come up short, you have nine tips to improve your sleep.

As you improve your sleep, everything else improves too. Try to improve your sleep before you worry about investing in other recovery modalities.

Neither of them can hold a candle to sleep, and sleep is free.

Your caloric intake and energy balance

Your second most powerful recovery tool is your diet.

By properly fueling your body, you can take advantage of the stimulus generated by your exercise. Training creates the incentive to build muscle, lose fat and increase strength. Your recovery will determine whether or not you will achieve that potential.

When it comes to nutrition, there are several variables that you can manipulate. The most important variable when it comes to nutrition for recovery is your caloric intake and energy balance.

What is a calorie and what is energy balance??

A calorie (Kcal) is a unit of energy. Our food contains calories and fuels us with energy to lead our daily lives. Everyone needs different amounts of energy per day depending on their age, size and level of activity.

Calorie budget refers to the number of calories you consume compared to the number of calories you burn.

If you eat excess calories, you will gain weight. If you eat a calorie deficit, you will lose weight. While eating high calorie food in the process of maintenance, it means that you are maintaining the weight. When it comes to physical change, calories are king.

When consuming a calorie surplus, maximizing regeneration is easier to manage than when consuming a deficit. You have an abundance of calories available to meet your macro and micronutrient needs. When it comes to diet and you have an excess, keep things simple. Hit your macros, distribute your protein intake fairly evenly between 3-6 meals a day, and eat a variety of fruits and vegetables.

When you are calorie deficit, the details of your diet are more important in maximizing recovery as less energy is coming in. The basic principles still apply, but you need to take better account of your low calorie eating habits to ensure that you meet both your macro and micronutrient needs.

Meal timing, food quality, and micronutrition are more important when you are in a deficit, but none of them outperform achieving a reasonable calorie deficit.

Energy balance and macronutrients are the two most important factors in your diet in terms of body development and strength gains.

How to set calories for individual results

If you have an excess, I suggest that you eat enough to gain between 0.25 and 0.5% of your body weight per week.

A quick strategy to estimate your daily needs is to multiply your weight in pounds by 15.

This formula generally gives a good approximation of the calories needed to maintain your weight. An excess of 500 calories per day equates to roughly a pound of weight gain per week. If you weigh 200 pounds, this is right at the upper end of your weight gain target. An excess of 250 calories a day will result in you gaining roughly half a pound a week. An excess of between 250 and 500 calories would be adequate for a 200 pound lifter.

If you are in deficit, I recommend losing between 0.5 and 1% of your body weight per week.

If you maintain a faster rate than this for an extended period (say, more than four weeks), you run the risk of adversely affecting your fitness performance and muscle loss.

Similar to the excess example, you can estimate maintenance calories by multiplying your weight in pounds by 15 calories.

From this point on, you need to subtract calories in order to achieve a deficit. A 500 calorie deficit will give you one pound loss per week. For our 200 pound example, an ideal rate of fat loss is between 1 and 2 pounds per week. Consequently, a deficit of 500-1,000 kcal per day is the area to look out for in order to achieve this.

Macronutrients

There are three types of macronutrients: protein, fat, and carbohydrates. All of these provide energy and therefore contain calories. Here's how to establish and establish your macronutrient needs and goals.

The calorie content per gram of each macronutrient is listed below::

  • Protein: Four calories per gram

  • Fat: Nine calories per gram

  • carbohydrate: Four calories per gram

This information is useful in the practical step of creating your diet with the appropriate proportions for each macronutrient.

Protein is essential for survival

Protein comes from the Greek word proteios, which means "of primary importance".

  • Protein is involved in almost every process in your body.
  • Proteins are vital and healthy.
  • They play an important role in athletic performance and body composition.
  • Muscle mass consists mostly of protein.
  • Protein helps you recover from your workouts.
  • It preserves lean tissue on diets.
  • It will help you build more muscle as you build.
  • It has the greatest effect on satiety, or feeling comfortable, of any macronutrient.

To build muscle, consume protein in the range of 1.6 to 2.2 g / kg lean body mass to stimulate the MPS for the day.

Recent research supports the high end of this range.

I generally recommend eating 2 g of protein per kg of body weight. This formula is easy to remember, easy to calculate, and conveniently covers your needs. From a practical point of view, I've also found that it is a crowd that satisfies most people's appetites and eating habits.

Take away key– Eat 2 g of protein per kg (0.9 g per lbs) of body weight per day.

Never eliminate fat from your diet

The consumption of dietary fat is important for regular hormonal function, especially testosterone production.

You should never remove fat from a diet.

There is not so much an optimal amount of fat to consume, but a minimum

0.2-0.5 g / kg / day for normal hormonal function. There have been compelling arguments in favor of consuming between 20 and 30% of calories in fat to optimize testosterone levels.

However, when 0.6 g / kg / bw is reached, no significant benefit for the hormones can be seen.

How Much Fat Should I Consume?

I prefer a minimum of 0.6 g / kg / kg per day.

  • If there is an excess, this is enough to optimize hormonal function and generally equates to around 20% of the calories.
  • Since hormone function has little benefit after a calorie surplus after 0.6 g / kg / bw, there is no physiological need to increase this number as you go through your mass phase.
  • Even if the total calories are adjusted upwards to keep gaining weight, there is no physiological need to exceed the fat content of 0.6 g / kg / bw. In my experience, however, many people find it easier to stick to their eating plan when the fat is slightly higher as the total calories increase.
  • I generally find anything up to 1g / kg / bw is effective.
  • If there is a deficit, I suggest a range of 0.6-1 g / kg / body weight.
  • The risk of hormonal disorders is higher with a chronic calorie deficit.
  • While many clients have performed well and had exceptional results at the low end of this range, I tend to be conservative and start at the high end when a phase of fat loss begins.

From this point on, I take a results-based approach based on loss rate, customer feedback, and gym performance.

Take away key– Consume at least 0.6 g of fat per kg (0.3 g per pound) of body weight.

Carbohydrates affect hormones

Carbohydrates, like fats, have a positive effect on hormones. The carbohydrates you eat are converted to glucose and stored in the liver or released into the bloodstream. However, most of this glucose is actually taken up and stored by the muscles as glycogen. Despite this storage, glycogen is at the bottom of the body's list of priorities.

Glucose is used in a hierarchical order.

Cells in need of energy are the priority for the incoming glucose. Only when the majority of the cells' energy requirements have been met does the carbohydrate consumption increase blood sugar. When blood sugar levels reach a reasonable level, glycogen synthesis in the liver is the next priority.

Only then does the synthesis of muscle glycogen begin to a significant amount. When muscles absorb blood sugar, they can use it for activity or repair. This is important for muscle repair, recovery, and growth.

Carbohydrates are the dominant source of energy for the central nervous system (CNS) and physical activity.

They promote strenuous training and regeneration by replenishing muscle glycogen. Stored muscle glycogen is the primary and preferred source of fuel for high-intensity exercise. Carbohydrates are a great benefit for people who train hard.

During the diet phases, keeping carbohydrate levels very low has become very popular. This is not entirely unfounded, as cutting down on carbohydrates can help create a calorie deficit. I suggest you resist the temptation not to consume carbohydrates.

To get the most out of your workout, you need to do overloaded workouts. Eat enough carbohydrates to do this. They also help you retain muscle mass even as you lose body weight.

When you're low on glycogen, you risk suppressing the anabolic response to weight training. Eating enough carbohydrates allows for higher exercise intensity, higher exercise volume, faster recovery between sets and between sessions, and anti-catabolic and anabolic effects.

"How Much Carbohydrates Should You Consume?" Short answer:

"The rest of your available calories"

More protein preserves muscle mass and saturation

While you're in excess of calories, hitting your macros is likely to get 80% of the benefits of your diet from a recreational standpoint.

Factors such as nutrient timing, micronutrition, food variety, and quality all contribute to optimal results, but they make little difference.

When you're in a deficit, those tiny gains are yours to deal with as you don't have the safety net of an abundance of calories to do the heavy lifting for you.

Here are some tips on how to squeeze the most out of your diet for maximum recovery while cutting:

  • If you are in a calorie deficit, consuming the high end of the protein guidelines given earlier (2.2 g / kg / bw) is a great idea.
  • High protein intake has been shown to preserve muscle mass.
  • Anecdotally, high protein intake also appears to regulate appetite. This scheme is useful when cutting calories.

Protein timing

Several studies have shown that a 25-40g serving of protein is enough to maximize muscle protein synthesis (MPS). To give you a more specific recommendation, I suggest that you aim for 0.4 g / kg body weight per meal. If you weigh 65 kg, that would be 26 g, while a 80 kg man would have 32 g of protein per meal.

The current literature shows that eating a mixed whole meal results in MPS lasting approximately three hours and peaking for 45-90 minutes. While protein shakes / amino acid supplements typically only last two hours and peak earlier. Then MPS begins to subside.

Research shows that these peaks and valleys are beneficial in MPS for maximum muscle growth.

Based on the scientific evidence available, 4-6 servings of protein per day, 3-4 hours each, is the best choice to maximize MPS.

If you are calorie deficient, fine-tuning your eating plan to maximize MPS is the best option to avoid muscle wasting.

The holy grail of nutrient timing?

We've all heard of the post-workout anabolic window. Post-exercise diet has long been considered the holy grail of nutrient timing. I think this is a mistake. Pre-workout nutrition is just as important, if not more important, than post-workout nutrition, in my opinion.

As mentioned earlier, it takes the body several hours to digest a meal. For example, suppose you have a balanced meal before you exercise. In this case, your body will continue to receive a constant supply of nutrients throughout the session and even in the post-workout window.

Many people overlook the critical consideration that the important nutrient timing factor is that the nutrients are in your bloodstream, not when you eat them.

The nutrients from your pre-workout meal are in your bloodstream during and possibly after your workout. This means that you can immediately supply nutrients to the working muscles. If you only focus on the post-workout meal, there is a significant delay in the amount of nutrients getting to the muscles where you need them.

With this in mind, a few points should be noted here::

  • Insufficient carbohydrates can interfere with strength training.

  • Consuming carbohydrates in the pre-workout meal can improve performance in the workout session.

  • Consuming carbohydrates while exercising in sessions longer than an hour can improve performance at the end of the session and prevent muscle wasting (especially when combined with a quickly digestible source of protein).

  • By consuming carbohydrates after exercise, muscle glycogen is replenished more effectively than at other times. This post-workout window is much longer than the much touted anabolic window of 20 to 30 minutes. The 4-6 hours after the workout when consuming carbohydrates replenishes the optimal muscle glycogen.

As you build up, your carbohydrate intake is likely high enough that you don't have to worry too much about postponing your eating for one time or another.

If you distribute the carbohydrates evenly throughout the day, you are in good hands.

Calories and carbohydrates can be very low during a diet. IIn this situation, it is more important to consider your specific carbohydrate intake timing to aid in quality exercise and recovery.

It is wise to make sure that you consume carbohydrates at least during meals before and after your workout.

After that, you can just spread it fairly evenly over the other meals you eat during the day.

Eat the rainbow

Choosing nutrient-rich, low-calorie foods is a wise decision. This choice will help you stay full, which means you will be more likely to stick to your diet.

It also means you are getting all of the micro-nutrition you need to support a good recovery from exercise. A wide variety of vegetables is a smart decision when cutting calories.

An easy way to get a wide range of micronutrients is to eat fruits and vegetables in as many different colors as possible.

Avoid pseudosciences

While it is tempting to reach for the expensive recovery tool backed by pseudoscience, it is better to pluck the low hanging fruits of improving your sleep and diet to aid your recovery.

These two factors will have a far greater impact on your recovery and results than any other failed recovery method.

Use the guidelines I have provided to get a massive recovery benefit and keep those silly recovery fashions for less informed lifters.

24 Feb
Blog

The Importance of Structured Training Programs in Recovery

What if I told you that by improving your exercise program, you could dramatically improve your recovery and results?

In Part 1 of this Train Hard, Recover Harder series, I explained that exercise is one of many stressors your body has to contend with, and that stress management is the key strategy to increasing your ability to train hard and recover harder .

Most of us consider stress management to be the way to deal with our grumpy boss, sloppy kids, an empty bank account, or other everyday worries. While using strategies to manage this type of stress is beneficial, I will focus on managing your exercise stress.

By focusing your attention on the input (training stress), you can increase the output (recovery and adaptation). Unfortunately, most of the people who asked me for tips on how to improve recovery have brought things backwards.

You are desperately trying to restore poorly designed exercise programs with junk volumes.

This thinking is like closing the stable door after the horse is locked. It is too late.

The principles of designing exercise programs

I believe in the importance of programming in order to achieve your fitness goals. Your progress can go from good to great if you properly understand the basic principles of programming.

I've seen this in my training and with countless customers as I've refined my approach to programming.

I've learned programming principles that I really believe will take your training to the next level during this time.

By focusing on delivering efficient exercise stress, you make recovery easier. A good recovery starts with great programming.

Intelligent program design = fatigue management

But first let me explain how you, and so many others, including my younger, dumber self, put yourself in a position where our training turns recovery into an uphill battle.

A workout based on FOMO

Many motivated, disciplined and hard training gym rats fall victim to training based on the Fear Of Missing Out (FOMO).

This FOMO means that we try to include every conceivable exercise in our program without considering the toll that will be put on our recovery. The days off at the gym are getting shorter and shorter as we worry that a day without a workout is a day without progress.

Social media plays a major role in this.

In the past, you've only seen other people's elevators who happened to be in the gym for 60 to 90 minutes like you. We are now seeing a highlight role of people's PRs on social media. Instagram is full of hundreds of weird, wacky, Frankenstein exercises as people vie for attention.

As a result, we can compare everything we do in the gym to millions of others.

  • You see one of your favorite athletes doing an exercise.
  • You see another athlete doing a different variation.
  • You see a successful trainer extolling the virtues of another exercise.
  • You see a celebrity influencer doing another.
  • Before considering the exercises you liked in the last article you read or any seminar you attended.

You feel compelled to include all of these exercises in your FOMO program to reap the benefits of each. All of these exercises could have value in their own right.

However, if they are randomly stacked on top of each other, they will become smaller than the sum of their parts.

Some are useful and some are redundant, while others just don't suit your needs.

What they have in common is that they all eat into your recovery reserves.

When you follow a program with such a bloated list of exercises, a huge recovery trench is dug that even the most advanced recovery protocols cannot fix.

The other consequence of social media is that #NoDaysOff B.S. We have been led to believe that we must all get up at 5 a.m. to meditate before we can tackle the grind and play full #Beastmode in the gym and office.

Now I'm not knocking on hard work. It's important, but the mindless attempt to push the limits 365 days a year is a recipe for burnout and failure.

You need to have some downtime for your body to recover and adjust.

Unfortunately, attitudes toward climb and grind have led many fitness enthusiasts to follow exercise plans that require them to set up their home at the gym. Exercising seven days a week probably isn't a good idea even if it's your job, and let's face it, nobody is paying you to exercise.

Instead of feeling guilty about not going to the gym a few days a week, realize that this is what you need. This mindset requires discipline.

If you're like me, you enjoy the challenge of training. The gym is part of your routine and doesn't require motivation or discipline. However, a day off requires some discipline.

This more is better approach ends up with exercising every day doing too many different exercises with many more sets than you need to.

Your workout is full of junk volumes.

I bet you've heard the saying, "You can't overdo a bad diet."

You have likely knowingly told a friend or co-worker that they wanted to lose a few pounds and felt complacent and complacent while sharing your wisdom.

Have you ever thought about it::

  • "Can't restore a crappy junk volume exercise regimen?"
  • "That this could be exactly what you were trying to do?"
  • "Could this be the exact reason you haven't made any noticeable progress in vivid memory?"

Most people encounter this situation by continuing to hit the ground running and focus on moving forward with their recovery. They invest in all kinds of recovery modalities but never seem to fix the problem. That's because they have things backwards.

Instead of dealing with the symptoms of a poor recovery, they should target the root cause.

Train Smart to Maximize Recovery

Whatever your physical goals, you have to train to achieve them and you have to train hard. It would help if you prepared wisely too.

In other words, smart training is hard training, but hard training is not necessarily intelligent.

Training to build muscle is tiring in nature. If you plan your workouts intelligently, you can manage that session-to-session fatigue to keep moving forward.

However, if you turn on full #Beastmode every time you walk into the gym, workout to crush a muscle, and half kill yourself, the fatigue will build up very quickly – too quickly. Your body cannot recover and adapt. You dug a hole too deep.

The goal of your workout isn't just to recover. It's customizable!

Burying yourself in the gym might be the right thing to do. It may have a cathartic quality, but it will limit your results if you do it every time. Even with sleep, diet, and stress under control, there is only so much pressure you can do before you break up.

By shifting your recovery considerations to improving exercise dose optimization, you can improve them dramatically. This turnaround means better training, better recovery from training, less risk of injury, and better results.

To turn your thinking around and maximize your recovery, I want you to understand four basic principles in designing your exercise program.

These principles go a long way toward developing a program that offers the greatest potential for your high quality training stimulus and optimal recovery capacity:

  1. Your personal weekly training volume milestones
  2. Muscle-specific stimulus recovery fit curves
  3. The attraction: fatigue ratio of different exercises
  4. Relative intensity

Minimum Effect Volume (MEV) and Maximum Recoverable Volume (MRV)

Dr. Mike Israetel is primarily responsible for popularizing the concepts of volume landmarks. There is a continuum from the minimum effective volume (MEV) to the maximum recoverable volume (MRV).

When you train harder, there is potential for further progress as long as you don't exceed your ability to recover. Identifying your MRV is important information to know as you design your program.

Your MRV consists of two components::

  1. Your systemic MRV
  2. A body part-specific MRV

For exampleFrom a systemic point of view, you can potentially do five hard workouts per week with 16 work sets per muscle group per week.

Note. That's only an example; Please do not misunderstand it as an instruction to train five days a week with 16 weekly sets per body part.

Having a reasonable idea of ​​your MRV is crucial in developing a framework for building your week of training.

Maximize muscle stimulation

Body part specific MRVs can change dramatically. By dealing with it::

  • You can refine your program to go from good to great.
  • Some of your muscles may react differently than others.
  • Some muscles may tolerate higher exercise volumes, intensities, or frequencies.
  • Other muscles can achieve the same training effect with a lower stimulus.

Understanding this will enable you to program your workouts with an extreme level of accuracy and efficiency. You can minimize the volume of junk and maximize stimulation. This program allows for better recovery than the same treatment for each muscle group.

For example:

  • Your quads may only tolerate six sets done twice a week for a weekly MRV of 12 sets.
  • On the other end of the spectrum, you may find that your rear delts get an effective workout from six sets in one session, but can recover well from 24 sets a week.

In the meantime, your other muscle groups can drop in different places on the spectrum.

Knowing this, you can adjust the weekly volumes and frequencies for each muscle to optimize your training split.

By doing this, you've also increased your recovery capacity.

Establishing your system and muscle group volume tolerance takes time and attention to detail, but is well worth it.

Once you have this information, you can move from general cookie cutting plans to truly individualized programming. Your results will improve as a result.

Adjustment of stimulus recovery

Recovery is a return to baseline, and adjustment is when your body surpasses its previous baseline to an improved performance level or increased muscle size.

You don't just want to recover from exercise. You want to make adjustments.

Just as different muscle groups have different volume tolerances, they also have different SRA curves (Stimulus Recovery Adaptation). Several factors play a role in SRA curves.

The main points that you need to consider are::

  • The training frequency for each body part should depend on its SRA curve.
  • Factors such as the size of the muscle, its structure, function, the fiber type ratio, and the muscle damage caused by exercise all influence the SRA timeframe
  • Exercises that stretch a muscle a lot tend to cause more damage. This damage elongates the muscle's SRA curve.
  • Exercising with a larger ROM usually results in increased systemic fatigue, which slows the SRA curves.

The SRA curve of a muscle is relevant for determining your training frequency.

In an ideal world, you would structure your workout so that every muscle group is hit again at the peak of its adaptation curve. This structuring means that your exercise program may not be symmetrical.

The importance of structured training programs for recovery - fitness, bodybuilding, recovery, DOMS, elite training programs, adrenal fatigue, burnout, goal planning, training programs, training frequency, strength program, compound exercises, training stressors, individual training

Source: Is Lifting Heavy Weight Important To Building Muscle Size?

Exercise frequency is an important exercise variable and deserves the attention it needs to optimize your results.

Looking at exercise frequency is a good place to start::

  • Determine how many days a week you can exercise.
  • Determining how many hard workouts to do each week is a good start to managing your training stress.

It's just a start, however. I urge you to take yourself to a higher level by thinking about the frequency of training. Instead of being satisfied with the answer:

"How many days a week should I exercise?" Also, answer, "How many days a week should I exercise each muscle group?"

When you find the answer to it, then you can create the ideal weekly workout plan for you.

Your decision about the frequency to use for each muscle group should be influenced by the factors I set out in the previous bullet list. Although there are several factors to consider, the difference in the SRA curve of each muscle is relatively small.

This difference is small, but significant.

You know that intuitively. You can narrow it down to a few days. For bodybuilding training, this is usually 24 to 72 hours.

Research has shown that training one muscle 2-4 times a week is best when your goal is muscle growth. Once you can determine where each muscle fits in this area, you can unlock your growth potential by training each muscle at the perfect frequency.

Some muscles work best for two sessions a week, while others only respond when you press 3, 4, or even 5 times a week.

From years of experience with countless customers, I've created the following guidelines to give you a starting point::

  • 2 x per week: Quads, hamstrings, glutes, chest, anterior delts
  • 3 times a week: Back, triceps
  • 4 times a week: Biceps, calves, and posterior and lateral delts

Note. These are just averages based on my experience. You need to experiment a little to find your optimal training frequency.

Stimulus Fatigue Ratio (SFR) explained

I want you to look at the final concept from a program design point of view: the Stimulus Fatigue Ratio (SFR).

SFR is the amount of muscle building adjustments that exercise can give you in relation to the fatigue it creates and what it takes to recover. Some popular exercises have a bad SFR when it comes to hypertrophy.

The ideal exercise creates a high stimulus for a low rate of fatigue.

Choosing exercises that put tension through the target muscle and fit your structure is a good starting point for controlling your level of fatigue.

When evaluating a prospect's program, I often see conventional deadlifts, sumo deadlifts, and rack pulls in their plans. These are good exercises when deadlift strength development is your primary goal.

However, these exercises don't rank high if hypertrophy is the target when looking at SFR.

They have all caused significant fatigue with little muscle building stimulus::

  • You consume a lot of weight.
  • It is necessary that you expend a lot of energy to get upset
  • Need long warm-up exercises
  • Quickly drain your body's resources while creating a negative return on hypertrophy.

Traditional deadlifts involve little eccentric loading, sumo deadlifts are just one way of moving the most weight with the least amount of mechanical work, and rack and pinion trains are usually just a ego trip.

In short, they are not a great choice for stimulating muscle growth and they will tire you out so much that there is not much else you can do in your workout.

Choosing exercises with better SFR will help you build muscle more efficiently.

How to rate SFR

Exercises with a larger ROM put a lot of strain on a muscle, require great dexterity, coordination, and stability, and are more difficult to recover.

As a rule of thumb, it is harder to recover from barbell work than it is from dumbbell work.

Dumbbell movements are usually harder to recover from equivalents performed with cables or fixed machines.

Perfect doesn't exist

It is important to understand that nothing is perfect. There is no exercise that creates a muscle-building stimulus without fatigue.

  • To get results from training, you have to work hard.
  • Hard work guarantees fatigue.
  • You cannot eliminate fatigue, but you should try to maximize the stimulus for each unit of fatigue created.

Often times, when I look back on the exercises that I have identified as being featured frequently in a prospect's programs, it means choosing Romanian deadlifts over traditional deadlifts and sumo deadlifts. And the choice of rack pulls as superior for hamstring growth.

Overdressed

I strongly believe that compound barbell exercises should be the foundation of your workout. This does not mean that dumbbells, cables, machines, and isolation exercises are worthless.

We have been brainwashed to believe that the best exercises are compound barbell exercises. At the same time, these are excellent exercises. They are not always the best choice.

The best exercise is the one that best achieves the desired stimulation.

It also has to take into account your physical abilities at that moment. If you do four exercises for quads in one leg workout, doing squats, front squats, squats, and leg presses, it is brutal.

These are undoubtedly great exercises that produce high levels of stimulus but also produce high levels of fatigue.

After back squats, front squats, and mince squats, your legs are likely to feel like jelly. As a result, your leg press performance would likely be pathetic.

This fatigue negates its theoretically high irritation value.

If you are so exhausted from the previous three exercises, you may not have the psychological willpower and exertion required to create any significant stimulus for the leg press.

At this point they are an exercise to create minimal stimulus fatigue.

Even if you could overdo yourself to put a decent amount of pressure on the leg press, there is a risk that you will drive the fatigue so high that you will blow right past your quad MRV.

You would dig yourself a massive recreational ditch to climb out of before your next leg session. That makes the sets of leg presses junk volume.

By definition, when you exceed the MRV of a muscle group, you have exceeded its ability to recover. The stimulus may be high, but the fatigue is even higher.

That's a crappy SFR ratio.

This fatigue will slow your SRA curve and means your legs are unlikely to recover for the next session. The selection of these four compound lifts seems big and smart, but it isn't. You would go to tremendous effort to diminish the results.

A smarter choice in this example would be::

  1. Back squats
  2. Split squats
  3. Leg press
  4. Leg extension

These exercises still produce adequate stimulus, but the fatigue produced is less. You are also switching from complex multi-joint exercises that require high internal stability to machine-based single joint exercises that provide external stability.

Taking advantage of external stability at the end of a session when you are tired is a wise decision.

This means that you can make the target muscle the limiting factor without wasting energy on stability and coordination.

If building muscle is the goal, you want the target muscle to be the limiting factor, and not your ability to stay erect.

Too much muscle stimulation leads to unsustainable fatigue

Creating a lot of tension in the extended position of an exercise creates a strong stimulus to growth.

In a 2014 study, two groups trained with the same range of motion, but group training with longer muscle lengths not only gained more muscle, but also retained more strength and size after a training period.

The stretch is a good reason to exercise with a full range of motion. Note, however, that some exercises can have the same range of motion but different levels of tension in the stretched position.

Also, keep in mind that too much stimulus can bring fatigue to unsustainable levels. Because of this, when planning your workout, consider how much muscle damage a particular exercise will cause.

Stretching has a major impact on muscle damage under load within an exercise. Using the hamstrings as an example, you can compare Romanian Deadlifts (RDL) and lying leg curls.

The RDL puts extreme stress on the hamstrings.

For laypeople, the weight at the bottom is hardest and heaviest when the muscle is fully extended. RDLs are excellent choices, but you should be aware of the consequences of the extreme tension they create in the extended position.

The RDL is a barbell lift that is heavy to load. It also puts strain on the glutes, spine erectors, lats, and grip, causing a lot of muscle damage.

  • Conversely, the lying leg curl challenges the hamstrings in their fully shortened position, and there is relatively little stretch under load.
  • As a result, hamstring sore muscles and SRA curves are longer when exercising with RDLs than with lying leg curls.
  • Therefore, you may only be able to exercise hamstrings with severe RDLs once a week. You can increase the frequency to two or even three times a week by using lying leg curls in other sessions.

Manage the relative training intensity versus recovery reserves

The relative intensity is a measure of the effort. It's often used sentence by sentence to assess how close you have come to failure. Repetitions in Reserve (RIR) are a widely used metric to assess this. Two RIRs mean you stopped a set of two reps in reserve. One RIR corresponds to one in reserve; 0 RIR is when you couldn't do any more repetitions.

Sometimes people approach the relative intensity from a slightly different angle. They focus on the perceived difficulty or exertion of a set or training session. This is known as the Rate of Perceived Exertion (RPE). On the RPE scale, an effort of 10/10 is a maximum effort. This corresponds to 0 RIR.

The exact terminology of RIR versus RPE doesn't matter. The point is, both are useful methods of quantifying your efforts, the difficulty of a set, and your training. This all adds to the relative intensity of your workout.

Managing your relative intensity can be a useful tool for providing an effective training stimulus without digging too deep into your recovery reserves.

Exercise occasionally to fail

Imagine the most challenging session you have ever done. Every sentence is doomed to fail. Maybe even a few drop sets and forced reps. Recall how you felt during this session.

You were probably a sweaty, broken mess that spread on the floor, wondering why you voluntarily underwent this torture.

During the session, your muscles burned and waves of nausea flooded you. In the end, you felt utterly obliterated and it took you forever to drag yourself out of the gym.

If we class this as a 10/10 attempt, I would suggest that you rarely get a 10/10 hit in order to get the best possible profits. A 10/10 session can be beneficial if done occasionally. However, it will cause you to exceed your ability to recover if done all the time.

Instead of chasing a 10 every session, you probably want to get an 8/10 most of the time. If time demands and progress dictates, dive into the 9-10 / 10 area.

Go there occasionally but don't make it your default.

When you hang out in the 8/10 range on average, you know you are posing a muscle challenge, a growth stimulus, and a stimulus to recover from.

  • Do this by bringing most sets of free weight compound exercises to 2-3 RIR.
  • Push machine-based connections a little closer to failure by usually staying at 1-2 RIR.
  • Then send the single joint exercises in full and press 0-1 RIR regularly.

Doing this is still tough training. It's smart too. It enables recovery. With recovery, there is adjustment. Adaptation can be seen as progress in this context.

Progress on the weights you've lifted, the number of repetitions, and the total number of sets you can do. Long story short, it means bigger and stronger muscles.

The benefits of a regular 8/10 workout are the benefits::

  • It provides an efficient incentive.
  • Sessions can be completed in 45-70 minutes and you can move on to your day after a quick shower and bite to eat.
  • You can exercise frequently.
  • You reduce the risk of injury.
  • You don't worry about how difficult each visit to the gym is.
  • You make substantial profits.

On the other hand, batting 10/10 usually plays out like this::

  • There is an incentive.
  • Sessions last 70 to 120 minutes, and it takes you 20 minutes to collect enough to get into the shower. The tightening happens in slow motion. Eating a meal … forget it, you still feel sick. All in all, it takes about an hour after the session to begin to feel vaguely human.
  • You can't exercise as often – recovery will take a few more days, and the debilitating DOMS mean that exercise 3-4 times a week is the vaguely sustainable maximum (even if it pushes it forward).
  • They increase the risk of injury.
  • Most of the sessions involve getting excited, using stimulants, and creating a lot of anxiety about how difficult each visit to the gym is.
  • You will likely burn out or be injured, or both.

Any workout like this is a fake economy. It takes more than there is and limits all the training you can handle.

Less overall training = fewer gains

Exercise training program design – cook to be a master chef

To create a great program that will deliver results and maximize recovery, it is important not to think in a vacuum or to look at the world through a straw. All training variables are linked and have a mutual effect. Finding the ideal mix of all variables is critical to great results.

Factors to consider when composing an exercise program::

  • Your total and muscle-specific training volume
  • Recovery periods for each muscle
  • Exercise selection and SFR
  • Relative intensity

When you consider these factors when planning a program, rather than just following a training template, it is like moving from a cook to a cook. A chef follows a set recipe, and a chef uses his or her taste and judgment to make micro-adjustments that take a dish to award-winning levels.

They understand how all ingredients complement each other and when a little more of an ingredient makes all the difference. This enables them to take the same ingredients and turn them into a Michelin star quality dish.

Understanding the training principles in this article can turn you from a training chef to a master chef. You don't have to follow program templates with crossed fingers for them to work.

Instead, you know what it takes to balance stimulus and recovery and get great results.

24 Feb
Blog

The Importance of Structured Training Programs in Recovery

What if I told you that by improving your exercise program, you could dramatically improve your recovery and results?

In Part 1 of this Train Hard, Recover Harder series, I explained that exercise is one of many stressors your body has to contend with, and that stress management is the key strategy to increasing your ability to train hard and recover harder .

Most of us consider stress management to be the way to deal with our grumpy boss, sloppy kids, an empty bank account, or other everyday worries. While using strategies to manage this type of stress is beneficial, I will focus on managing your exercise stress.

By focusing your attention on the input (training stress), you can increase the output (recovery and adaptation). Unfortunately, most of the people who asked me for tips on how to improve recovery have brought things backwards.

You are desperately trying to restore poorly designed exercise programs with junk volumes.

This thinking is like closing the stable door after the horse is locked. It is too late.

The principles of designing exercise programs

I believe in the importance of programming in order to achieve your fitness goals. Your progress can go from good to great if you properly understand the basic principles of programming.

I've seen this in my training and with countless customers as I've refined my approach to programming.

I've learned programming principles that I really believe will take your training to the next level during this time.

By focusing on delivering efficient exercise stress, you make recovery easier. A good recovery starts with great programming.

Intelligent program design = fatigue management

But first let me explain how you, and so many others, including my younger, dumber self, put yourself in a position where our training turns recovery into an uphill battle.

A workout based on FOMO

Many motivated, disciplined and hard training gym rats fall victim to training based on the Fear Of Missing Out (FOMO).

This FOMO means that we try to include every conceivable exercise in our program without considering the toll that will be put on our recovery. The days off at the gym are getting shorter and shorter as we worry that a day without a workout is a day without progress.

Social media plays a major role in this.

In the past, you've only seen other people's elevators who happened to be in the gym for 60 to 90 minutes like you. We are now seeing a highlight role of people's PRs on social media. Instagram is full of hundreds of weird, wacky, Frankenstein exercises as people vie for attention.

As a result, we can compare everything we do in the gym to millions of others.

  • You see one of your favorite athletes doing an exercise.
  • You see another athlete doing a different variation.
  • You see a successful trainer extolling the virtues of another exercise.
  • You see a celebrity influencer doing another.
  • Before considering the exercises you liked in the last article you read or any seminar you attended.

You feel compelled to include all of these exercises in your FOMO program to reap the benefits of each. All of these exercises could have value in their own right.

However, if they are randomly stacked on top of each other, they will become smaller than the sum of their parts.

Some are useful and some are redundant, while others just don't suit your needs.

What they have in common is that they all eat into your recovery reserves.

When you follow a program with such a bloated list of exercises, a huge recovery trench is dug that even the most advanced recovery protocols cannot fix.

The other consequence of social media is that #NoDaysOff B.S. We have been led to believe that we must all get up at 5 a.m. to meditate before we can tackle the grind and play full #Beastmode in the gym and office.

Now I'm not knocking on hard work. It's important, but the mindless attempt to push the limits 365 days a year is a recipe for burnout and failure.

You need to have some downtime for your body to recover and adjust.

Unfortunately, attitudes toward climb and grind have led many fitness enthusiasts to follow exercise plans that require them to set up their home at the gym. Exercising seven days a week probably isn't a good idea even if it's your job, and let's face it, nobody is paying you to exercise.

Instead of feeling guilty about not going to the gym a few days a week, realize that this is what you need. This mindset requires discipline.

If you're like me, you enjoy the challenge of training. The gym is part of your routine and doesn't require motivation or discipline. However, a day off requires some discipline.

This more is better approach ends up with exercising every day doing too many different exercises with many more sets than you need to.

Your workout is full of junk volumes.

I bet you've heard the saying, "You can't overdo a bad diet?"

You have likely knowingly told a friend or co-worker that they wanted to lose a few pounds and felt complacent and complacent while sharing your wisdom.

Have you ever thought about it::

  • "Can't restore a crappy junk volume exercise regimen?"
  • "That this could be exactly what you were trying to do?"
  • "Could this be the exact reason you haven't made any noticeable progress in vivid memory?"

Most people encounter this situation by continuing to hit the ground running and focus on moving forward with their recovery. They invest in all kinds of recovery modalities but never seem to fix the problem. That's because they have things backwards.

Instead of dealing with the symptoms of a poor recovery, they should target the root cause.

Train Smart to Maximize Recovery

Whatever your physical goals, you have to train to achieve them and you have to train hard. It would help if you prepared wisely too.

In other words, smart training is hard training, but hard training is not necessarily intelligent.

Training to build muscle is tiring in nature. If you plan your workouts intelligently, you can manage that session-to-session fatigue to keep moving forward.

However, if you turn on full #Beastmode every time you walk into the gym, workout to crush a muscle, and half kill yourself, the fatigue will build up very quickly – too quickly. Your body cannot recover and adapt. You dug a hole too deep.

The goal of your workout isn't just to recover. It's customizable!

Burying yourself in the gym might be the right thing to do. It may have a cathartic quality, but it will limit your results if you do it every time. Even with sleep, diet, and stress under control, there is only so much pressure you can do before you break up.

By shifting your recovery considerations to improving exercise dose optimization, you can improve them dramatically. This turnaround means better training, better recovery from training, less risk of injury, and better results.

To turn your thinking around and maximize your recovery, I want you to understand four basic principles in designing your exercise program.

These principles go a long way toward developing a program that offers the greatest potential for your high quality training stimulus and optimal recovery capacity:

  1. Your personal weekly training volume milestones
  2. Muscle-specific stimulus recovery fit curves
  3. The attraction: fatigue ratio of different exercises
  4. Relative intensity

Minimum Effect Volume (MEV) and Maximum Recoverable Volume (MRV)

Dr. Mike Israetel is primarily responsible for popularizing the concepts of volume landmarks. There is a continuum from the minimum effective volume (MEV) to the maximum recoverable volume (MRV).

When you train harder, there is potential for further progress as long as you don't exceed your ability to recover. Identifying your MRV is important information to know as you design your program.

Your MRV consists of two components::

  1. Your systemic MRV
  2. A body part-specific MRV

For exampleFrom a systemic point of view, you can potentially do five hard workouts per week with 16 work sets per muscle group per week.

Note. That's only an example; Please do not misunderstand it as an instruction to train five days a week with 16 weekly sets per body part.

Having a reasonable idea of ​​your MRV is crucial in developing a framework for building your week of training.

Maximize muscle stimulation

Body part specific MRVs can change dramatically. By dealing with it::

  • You can refine your program to go from good to great.
  • Some of your muscles may react differently than others.
  • Some muscles may tolerate higher exercise volumes, intensities, or frequencies.
  • Other muscles can achieve the same training effect with a lower stimulus.

Understanding this will enable you to program your workouts with an extreme level of accuracy and efficiency. You can minimize the volume of junk and maximize stimulation. This program allows for better recovery than the same treatment for each muscle group.

For example:

  • Your quads may only tolerate six sets done twice a week for a weekly MRV of 12 sets.
  • On the other end of the spectrum, you may find that your rear delts get an effective workout from six sets in one session, but can recover well from 24 sets a week.

In the meantime, your other muscle groups can drop in different places on the spectrum.

Knowing this, you can adjust the weekly volumes and frequencies for each muscle to optimize your training split.

By doing this, you've also increased your recovery capacity.

Establishing your system and muscle group volume tolerance takes time and attention to detail, but is well worth it.

Once you have this information, you can move from general cookie cutting plans to truly individualized programming. Your results will improve as a result.

Adjustment of stimulus recovery

Recovery is a return to baseline, and adjustment is when your body surpasses its previous baseline to an improved performance level or increased muscle size.

You don't just want to recover from exercise. You want to make adjustments.

Just as different muscle groups have different volume tolerances, they also have different SRA curves (Stimulus Recovery Adaptation). Several factors play a role in SRA curves.

The main points that you need to consider are::

  • The training frequency for each body part should depend on its SRA curve.
  • Factors such as the size of the muscle, its structure, function, the fiber type ratio, and the muscle damage caused by exercise all influence the SRA timeframe
  • Exercises that stretch a muscle a lot tend to cause more damage. This damage elongates the muscle's SRA curve.
  • Exercising with a larger ROM usually results in increased systemic fatigue, which slows the SRA curves.

The SRA curve of a muscle is relevant for determining your training frequency.

In an ideal world, you would structure your workout so that every muscle group is hit again at the peak of its adaptation curve. This structuring means that your exercise program may not be symmetrical.

The importance of structured training programs for recovery - fitness, bodybuilding, recovery, DOMS, elite training programs, adrenal fatigue, burnout, goal planning, training programs, training frequency, strength program, compound exercises, training stressors, individual training

Source: Is Lifting Heavy Weight Important To Building Muscle Size?

Exercise frequency is an important exercise variable and deserves the attention it needs to optimize your results.

Looking at exercise frequency is a good place to start::

  • Determine how many days a week you can exercise.
  • Determining how many hard workouts to do each week is a good start to managing your training stress.

It's just a start, however. I urge you to take yourself to a higher level by thinking about the frequency of training. Instead of being satisfied with the answer:

"How many days a week should I exercise?" Also, answer, "How many days a week should I exercise each muscle group?"

When you find the answer to it, then you can create the ideal weekly workout plan for you.

Your decision about the frequency to use for each muscle group should be influenced by the factors I set out in the previous bullet list. Although there are several factors to consider, the difference in the SRA curve of each muscle is relatively small.

This difference is small, but significant.

You know that intuitively. You can narrow it down to a few days. For bodybuilding training, this is usually 24 to 72 hours.

Research has shown that training one muscle 2-4 times a week is best when your goal is muscle growth. Once you can determine where each muscle fits in this area, you can unlock your growth potential by training each muscle at the perfect frequency.

Some muscles work best for two sessions a week, while others only respond when you press 3, 4, or even 5 times a week.

From years of experience with countless customers, I've created the following guidelines to give you a starting point::

  • 2 x per week: Quads, hamstrings, glutes, chest, anterior delts
  • 3 times a week: Back, triceps
  • 4 times a week: Biceps, calves, and posterior and lateral delts

Note. These are just averages based on my experience. You need to experiment a little to find your optimal training frequency.

Stimulus Fatigue Ratio (SFR) explained

I want you to look at the final concept from a program design point of view: the Stimulus Fatigue Ratio (SFR).

SFR is the amount of muscle building adjustments that exercise can give you in relation to the fatigue it creates and what it takes to recover. Some popular exercises have a bad SFR when it comes to hypertrophy.

The ideal exercise creates a high stimulus for a low rate of fatigue.

Choosing exercises that put tension through the target muscle and fit your structure is a good starting point for controlling your level of fatigue.

When evaluating a prospect's program, I often see conventional deadlifts, sumo deadlifts, and rack pulls in their plans. These are good exercises when deadlift strength development is your primary goal.

However, these exercises don't rank high if hypertrophy is the target when looking at SFR.

They have all caused significant fatigue with little muscle building stimulus::

  • You consume a lot of weight.
  • It is necessary that you expend a lot of energy to get upset
  • Need long warm-up exercises
  • Quickly drain your body's resources while creating a negative return on hypertrophy.

Traditional deadlifts involve little eccentric loading, sumo deadlifts are just one way of moving the most weight with the least amount of mechanical work, and rack and pinion trains are usually just a ego trip.

In short, they are not a great choice for stimulating muscle growth and they will tire you out so much that there is not much else you can do in your workout.

Choosing exercises with better SFR will help you build muscle more efficiently.

How to rate SFR

Exercises with a larger ROM put a lot of strain on a muscle, require great dexterity, coordination, and stability, and are more difficult to recover.

As a rule of thumb, it is harder to recover from barbell work than it is from dumbbell work.

Dumbbell movements are usually harder to recover from equivalents performed with cables or fixed machines.

Perfect doesn't exist

It is important to understand that nothing is perfect. There is no exercise that creates a muscle-building stimulus without fatigue.

  • To get results from training, you have to work hard.
  • Hard work guarantees fatigue.
  • You cannot eliminate fatigue, but you should try to maximize the stimulus for each unit of fatigue created.

Often times, when I look back on the exercises that I have identified as being featured frequently in a prospect's programs, it means choosing Romanian deadlifts over traditional deadlifts and sumo deadlifts. And the choice of rack pulls as superior for hamstring growth.

Overdressed

I strongly believe that compound barbell exercises should be the foundation of your workout. This does not mean that dumbbells, cables, machines, and isolation exercises are worthless.

We have been brainwashed to believe that the best exercises are compound barbell exercises. At the same time, these are excellent exercises. They are not always the best choice.

The best exercise is the one that best achieves the desired stimulation.

It also has to take into account your physical abilities at that moment. If you do four exercises for quads in one leg workout, doing squats, front squats, squats, and leg presses, it is brutal.

These are undoubtedly great exercises that produce high levels of stimulus but also produce high levels of fatigue.

After back squats, front squats, and mince squats, your legs are likely to feel like jelly. As a result, your leg press performance would likely be pathetic.

This fatigue negates its theoretically high irritation value.

If you are so exhausted from the previous three exercises, you may not have the psychological willpower and exertion required to create any significant stimulus for the leg press.

At this point they are an exercise to create minimal stimulus fatigue.

Even if you could overdo yourself to put a decent amount of pressure on the leg press, there is a risk that you will drive the fatigue so high that you will blow right past your quad MRV.

You would dig yourself a massive recreational ditch to climb out of before your next leg session. That makes the sets of leg presses junk volume.

By definition, when you exceed the MRV of a muscle group, you have exceeded its ability to recover. The stimulus may be high, but the fatigue is even higher.

That's a crappy SFR ratio.

This fatigue will slow your SRA curve and means your legs are unlikely to recover for the next session. The selection of these four compound lifts seems big and smart, but it isn't. You would go to tremendous effort to diminish the results.

A smarter choice in this example would be::

  1. Back squats
  2. Split squats
  3. Leg press
  4. Leg extension

These exercises still produce adequate stimulus, but the fatigue produced is less. You are also switching from complex multi-joint exercises that require high internal stability to machine-based single joint exercises that provide external stability.

Taking advantage of external stability at the end of a session when you are tired is a wise decision.

This means that you can make the target muscle the limiting factor without wasting energy on stability and coordination.

If building muscle is the goal, you want the target muscle to be the limiting factor, and not your ability to stay erect.

Too much muscle stimulation leads to unsustainable fatigue

Creating a lot of tension in the extended position of an exercise creates a strong stimulus to growth.

In a 2014 study, two groups trained with the same range of motion, but group training with longer muscle lengths not only gained more muscle, but also retained more strength and size after a training period.

The stretch is a good reason to exercise with a full range of motion. Note, however, that some exercises can have the same range of motion but different levels of tension in the stretched position.

Also, keep in mind that too much stimulus can bring fatigue to unsustainable levels. Because of this, when planning your workout, consider how much muscle damage a particular exercise will cause.

Stretching has a major impact on muscle damage under load within an exercise. Using the hamstrings as an example, you can compare Romanian Deadlifts (RDL) and lying leg curls.

The RDL puts extreme stress on the hamstrings.

For laypeople, the weight at the bottom is hardest and heaviest when the muscle is fully extended. RDLs are excellent choices, but you should be aware of the consequences of the extreme tension they create in the extended position.

The RDL is a barbell lift that is heavy to load. It also puts strain on the glutes, spine erectors, lats, and grip, causing a lot of muscle damage.

  • Conversely, the lying leg curl challenges the hamstrings in their fully shortened position, and there is relatively little stretch under load.
  • As a result, hamstring sore muscles and SRA curves are longer when exercising with RDLs than with lying leg curls.
  • Therefore, you may only be able to exercise hamstrings with severe RDLs once a week. You can increase the frequency to two or even three times a week by using lying leg curls in other sessions.

Manage the relative training intensity versus recovery reserves

The relative intensity is a measure of the effort. It's often used sentence by sentence to assess how close you have come to failure. Repetitions in Reserve (RIR) are a widely used metric to assess this. Two RIRs mean you stopped a set of two reps in reserve. One RIR corresponds to one in reserve; 0 RIR is when you couldn't do any more repetitions.

Sometimes people approach the relative intensity from a slightly different angle. They focus on the perceived difficulty or exertion of a set or training session. This is known as the Rate of Perceived Exertion (RPE). On the RPE scale, an effort of 10/10 is a maximum effort. This corresponds to 0 RIR.

The exact terminology of RIR versus RPE doesn't matter. The point is, both are useful methods of quantifying your efforts, the difficulty of a set, and your training. This all adds to the relative intensity of your workout.

Managing your relative intensity can be a useful tool for providing an effective training stimulus without digging too deep into your recovery reserves.

Exercise occasionally to fail

Imagine the most challenging session you have ever done. Every sentence is doomed to fail. Maybe even a few drop sets and forced reps. Recall how you felt during this session.

You were probably a sweaty, broken mess that spread on the floor, wondering why you voluntarily underwent this torture.

During the session, your muscles burned and waves of nausea flooded you. In the end, you felt utterly obliterated and it took you forever to drag yourself out of the gym.

If we class this as a 10/10 attempt, I would suggest that you rarely get a 10/10 hit in order to get the best possible profits. A 10/10 session can be beneficial if done occasionally. However, it will cause you to exceed your ability to recover if done all the time.

Instead of chasing a 10 every session, you probably want to get an 8/10 most of the time. If time demands and progress dictates, dive into the 9-10 / 10 area.

Go there occasionally but don't make it your default.

When you hang out in the 8/10 range on average, you know you are posing a muscle challenge, a growth stimulus, and a stimulus to recover from.

  • Do this by bringing most sets of free weight compound exercises to 2-3 RIR.
  • Push machine-based connections a little closer to failure by usually staying at 1-2 RIR.
  • Then send the single joint exercises in full and press 0-1 RIR regularly.

Doing this is still tough training. It's smart too. It enables recovery. With recovery, there is adjustment. Adaptation can be seen as progress in this context.

Progress on the weights you've lifted, the number of repetitions, and the total number of sets you can do. Long story short, it means bigger and stronger muscles.

The benefits of a regular 8/10 workout are the benefits::

  • It provides an efficient incentive.
  • Sessions can be completed in 45-70 minutes and you can move on to your day after a quick shower and bite to eat.
  • You can exercise frequently.
  • You reduce the risk of injury.
  • You don't worry about how difficult each visit to the gym is.
  • You make substantial profits.

On the other hand, batting 10/10 usually plays out like this::

  • There is an incentive.
  • Sessions last 70 to 120 minutes, and it takes you 20 minutes to collect enough to get into the shower. The tightening happens in slow motion. Eating a meal … forget it, you still feel sick. All in all, it takes about an hour after the session to begin to feel vaguely human.
  • You can't exercise as often – recovery will take a few more days, and the debilitating DOMS mean that exercise 3-4 times a week is the vaguely sustainable maximum (even if it pushes it forward).
  • They increase the risk of injury.
  • Most of the sessions involve getting excited, using stimulants, and creating a lot of anxiety about how difficult each visit to the gym is.
  • You will likely burn out or be injured, or both.

Any workout like this is a fake economy. It takes more than there is and limits all the training you can handle.

Less overall training = fewer gains

Exercise training program design – cook to be a master chef

To create a great program that will deliver results and maximize recovery, it is important not to think in a vacuum or to look at the world through a straw. All training variables are linked and have a mutual effect. Finding the ideal mix of all variables is critical to great results.

Factors to consider when composing an exercise program::

  • Your total and muscle-specific training volume
  • Recovery periods for each muscle
  • Exercise selection and SFR
  • Relative intensity

When you consider these factors when planning a program, rather than just following a training template, it is like moving from a cook to a cook. A chef follows a set recipe, and a chef uses his or her taste and judgment to make micro-adjustments that take a dish to award-winning levels.

They understand how all ingredients complement each other and when a little more of an ingredient makes all the difference. This enables them to take the same ingredients and turn them into a Michelin star quality dish.

Understanding the training principles in this article can turn you from a training chef to a master chef. You don't have to follow program templates with crossed fingers for them to work.

Instead, you know what it takes to balance stimulus and recovery and get great results.

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