Last Updated: August 16, 2019
Staying strong as you age, getting fit, looking better in a swimsuit, having an easier time crawling around on the floor with your nieces and nephews — there are all kinds of reasons you might be interested in learning how to improve muscle health.
But did you know there are reasons well outside better physical movement and appearance to care about your muscles?
Really! Despite its reputation as being nothing more than a collection of “dumb muscles”, your muscular system is actually one of the most important systems in your entire body and its health and function have huge implications for physical, metabolic, and even mental health.
Let’s explore all the connections between your muscle health and the health of the rest of your body and the best ways you can boost the health of both!
- What is the Muscular System?
- What are the Different Kinds of Muscles and Their Functions?
- What are Skeletal Muscles?
- What are Smooth Muscles?
- What is Cardiac Muscle?
- What is Muscle Tissue Made Of?
- What Do Your Muscles Need to Work Properly?
- What are Your Nervous System’s Effects on Your Muscles?
- What are Your Hormones’ Effects on Your Muscles?
- What are the Effects of Nutrients on Your Muscles?
- What are the Effects of Sleep on Your Muscles?
- What are the Different Types of Muscle Diseases?
- How Can You Make and Keep Your Muscles Healthy?
- What Are the Benefits of Gaining Muscle Mass?
- How Do You Build Lean Muscle?
- Take Home Message
What is the Muscular System?
In the simplest terms imaginable, your muscular system is the ~600 named muscles that are spread throughout your body.
Components of your muscular system can be found:
- attached to your joints and bones
- within the walls of your blood vessels
- in walls of your digestive tract
- within your organs
No wonder they’re so important!
What are the Different Kinds of Muscles and Their Functions?
There are three different types of muscles in the body. Each of these has its own specific structure and function.
The three types of muscle are:
- skeletal muscles
- smooth muscles
- cardiac muscles
What are Skeletal Muscles?
Skeletal muscles are muscles that are connected to your skeleton in at least one spot.
Skeletal muscle is the only muscle tissue that you have the ability to control consciously. Every movement (from talking to walking) that you have ever performed, you used skeletal muscles for.
The specific function of skeletal muscle is to contract and move your skeleton. With this in mind, even though they technically only have to be attached to one bone, your skeletal muscles are typically attached to at least two bones next to a joint.
This means that when skeletal muscles contract (get shorter), they pull the bones closer together and create movement around the joint between them.
Skeletal muscle cells form when a number of smaller cells join themselves together to form long, straight, giant “cell” called a skeletal muscle fiber (see the image below). These fibers have a striped appearance and are extremely strong and durable.
To make things a touch more complicated, depending on the exact make up of the muscle cells, there are actually three subtypes of skeletal muscles fibers:
- type I muscle fibers
- type IIA muscle fibers
- type IIB muscle fibers
Type I Skeletal Muscle
Also known as “slow-twitch muscle fibers“, type I fibers contract quite slowly. As a result, they aren’t very strong.
They are, however, very resistant to fatigue, and have great endurance capabilities – meaning that they can contract consistently for a very long time!
You have lots of type I muscle fibers in muscle groups that typically require stamina. These include the muscles that you use to stand and sit (your back muscles and calves, for example).
Type IIA Skeletal Muscle
Both types of type II muscle fibers are stronger, faster, and more powerful than type I fibers. As a result, scientists often refer to them, collectively, as “fast-twitch muscle fibers”.
Type IIA fibers contract faster than type I fibers and produce much more force when they do so. Their endurance capabilities, however, are much lower.
Type IIA fibers concentrate in your more power-based muscle groups, such as your quads, glutes, and pectorals.
Type IIB Skeletal Muscle
And, finally, we have type IIB muscle fibers (also known as “type IIX muscle fibers”). These fibers are even faster and more explosive than type IIA fibers but have even less endurance.
Interestingly, type IIB fibers tend to be lighter in color than both type I and type IIA fibers. This is thought to be because they contain less of the oxygen-carrying protein myoglobin — which also explains their low endurance capabilities.
Similar to your type IIA fibers, type IIB are also found in your more powerful muscles (again, think quads, glutes, and pectorals).
It is worth noting that different types of exercise training can actually result in the conversion of fiber types. For example, if you do a lot of endurance exercises (say, training for a marathon) you would see your type IIB fibers slowly change to type IIA or even type I fibers.
Alternatively, if you were to partake in a lot of strength-training or power-based training, you’ll see your type I and type IIA shift to type IIB.
Pretty amazing stuff!
What are Smooth Muscles?
Smooth muscle is the type of muscle is found:
- on the inside of your organs
- in your digestive system
- in your veins and arteries
Smooth muscle is arguably the weakest type of muscle. Its primary role within the body is to contract and undulate, helping fluids pass through the organ they are part of.
Because smooth muscle is controlled by your brain subconsciously, scientists sometimes call it “involuntary muscle tissue”.
As its name suggests, this type of muscle has a very smooth appearance. It is easily recognizable next to the striped (or rough) looking cardiac and skeletal muscles.
What is Cardiac Muscle?
As you might have guessed, cardiac muscle is only found in your heart. It is what lets your heart pump blood around your body. Cardiac muscle is a type of involuntary muscle.
Cardiac muscle is unique in that it stimulates itself to contract. There is a natural pacemaker in your heart made up of cardiac muscle and nerve cells that send electrical impulses through the heart, telling it to contract all on its own, every few seconds.
Like skeletal muscle cells, the cells of cardiac muscle are striated and extremely strong. This is a pretty good thing when you consider that they have to last you a (literal!) lifetime without failing!
What is Muscle Tissue Made Of?
Muscle tissue can be broken up into individual muscle fibers known as myofibers. These muscle fibers can then be further broken down into their main structural components, known as actin and myosin proteins.
Each of these components plays an important role in how the muscle contracts!
What are Myosin and Actin?
Myosin is a type of long, stringy protein that is also known commonly as a “thick filament” among exercise scientists. When it comes to muscular function, it is incredibly important. It is the protein that actually moves inside your muscle fibers when they contract.
Actin proteins are commonly called “thin filaments”. These smaller proteins contain sites that myosin can bind to and pull on during muscle contraction.
Check out this video if you want a visual representation of how myosin and actin work together to create muscle contractions!
What Do Your Muscles Need to Work Properly?
To stay healthy, your muscles need:
- signals from your nervous system
- healthy signals from your hormones
- nutrients from your diet
- proper sleep
Let’s check out all these interactions!
What are Your Nervous System’s Effects on Your Muscles?
Most movements that you perform on a daily basis require the coordinated effort of multiple muscle groups simultaneously. To pull this off, your muscles need to be carefully controlled by your nervous system.
To move your muscles the way you want, your conscious mind first sends a message to your central nervous system (CNS), which converts it into an electrical impulse. This impulse is then sent down the nerves of your peripheral nervous system (PNS) and into your muscles.
When the electrical message arrives, a specific chemical, known as acetylcholine, is released from the nerve into the muscle tissue. This stimulates the muscle fibers to contract.
Amazingly, this entire process — from thought to contraction — only takes about 1 millisecond!
What are Your Hormones’ Effects on Your Muscles?
The muscular system is also heavily reliant on hormones to function properly and maintain health. Some of the most important hormones for regulating muscle function are:
- human growth hormone (HGH)
Testosterone is arguably the most well-known hormone when it comes to muscle tissue. This incredibly important hormone increases the production of key chemicals in the brain that encourage muscle growth. It also interacts with receptors found in your DNA to stimulate an increase in actin and myosin production.
Combined, these jobs make testosterone essential to the development and repair of muscles.
Human Growth Hormone (HGH)
Like testosterone, HGH is well-known for its ability to promote the growth and development of your muscles. HGH causes increased production of a key hormone known as insulin-like growth factor I (or IGF-I for short).
IGF-1 causes significant increases in muscle protein synthesis, which is essential to the health of your muscles. Through this mechanism, HGH has an incredibly important role in keeping your muscles in tip-top shape.
While insulin often gets a bad rap for its role in promoting weight gain, it is a natural hormone with lots of important functions, including helping protect your muscle health.
Insulin stimulates protein synthesis by telling your cells to create more muscle actin and myosin. This obviously helps your muscles grow!
As an added bonus, insulin also inhibits the breakdown of muscle tissue. This is arguably more important than its ability to increase muscle growth because it helps stave off the age-related drops in muscle mass you see as you age.
And, finally, insulin also actively transports amino acids and glucose directly into your muscle cells. This ensures that the cells have nutrients available for energy production, and materials available to build new muscle fibers.
Your brain releases cortisol in times of stress when you need additional energy to combat disease, danger, or trauma. One of the ways cortisol frees up energy quickly is by promoting the breakdown of muscle protein into amino acids.
These freed amino acids can then be transported through your blood to your liver. Once there, your liver converts them into glucose (through a process known as “gluconeogenesis”). Your body then uses this new sugar for energy.
This effect of cortisol, though healthy for short periods of stress, is not great for your muscle health long-term. In fact, prolonged secretion of cortisol can result in serious muscle protein loss, essentially sabotaging your muscle health.
If you think of insulin as your “energy storage” hormone, then you can think of glucagon as your “energy release” hormone. This is because glucagon mainly works to counterbalance the actions of insulin.
Around 4-6 hours after eating, glucose levels in your blood decrease. This triggers the secretion of glucagon into your blood, which tells your body to convert the stored glycogen in your muscle back into glucose.
Glucagon impacts muscle protein synthesis in a negative manner. It promotes the breakdown of muscle tissue into amino acids, much like cortisol, and slows the growth and development of your muscles.
What are the Effects of Nutrients on Your Muscles?
To actually contract and function, the muscular system is reliant on a number of key nutrients. Some of the nutrients that have the greatest impact on healthy muscle function are:
- potassium and sodium
Carbohydrates are one of the three primary macronutrients in food (the other two are fats and proteins). When you eat carbohydrates, your digestive tract converts them into simple sugar molecules, glucose. And glucose is essential to muscle contraction.
When glucose is broken down in your muscle, it creates a molecule known as adenosine triphosphate (ATP). ATP is then used to fuel your myosin proteins’ movement along the actin filaments to produce muscle contractions.
Glucose is so important for muscle contraction that your muscles store little stashes of it in the form of glycogen. Glycogen can be easily broken down and used at a moment’s notice if your muscle needs sugar.
Potassium and Sodium
Potassium and sodium are two key nutrients that function as something called “electrolytes”. This simply means that they help transmit the electrical impulses that stimulate muscle contraction.
The majority of the potassium in your muscles cells sits just inside the membrane of your muscle cells. Sodium, on the other hand, sits in the fluid outside of the cells.
The balance between these two electrolytes creates an electrical and chemical gradient that allows the electrical signals from your nerves to flow (similarly to how the negative and positive ends of a battery allow electricity to flow through your flashlight or phone).
This means that if your potassium and sodium intake is out of balance, your muscle health is going to be compromised.
Protein plays an important, and obvious, role in the health of your muscles.
When you consume protein, your body breaks it down into smaller molecules known as amino acids, which you can then absorb.
Amino acids are considered the building blocks of human muscle because they are used to create and repair muscle tissue. This including the all-important myosin and actin proteins.
As a result, not consuming enough protein can limit the health and function of your muscle tissue by keeping your muscle proteins from being strong and healthy.
Iron is a key component of the oxygen transport protein, “myoglobin”.
Myoglobin is a protein that helps transport oxygen from your blood into your muscles. Having oxygen in your muscle cells is absolutely necessary for them to produce ATP and contract. This makes myoglobin and, by extension, iron, essential to normal muscle function.
(Fun fact, it is because of myoglobin that muscle tissue is red, not white!)
You surely know that water is good for you. But you may not realize how important it is for your muscle function.
Firstly, water helps with the storage of glycogen in the muscle tissue. If you don’t have enough water in your body, your muscles can’t keep their sugar stores full!
Secondly, water is the medium in which all ATP energy production processes take place. As a result, if you become dehydrated, your ATP levels drop and your muscles can run out of fuel to contract. This can lead to muscle cramps and stomach pains during workouts.
What are the Effects of Sleep on Your Muscles?
Now, the importance of sleep in regards to muscle health could honestly have its own article. I think it deserves a mention here, too, though!
Most of the links between poor sleep and poor muscle health relate to hormone imbalances caused by too little sleep. If you don’t get enough sleep, the following hormonal changes can occur within your body:
- reduced testosterone production
- a significant decline in human growth hormone secretion
- an increase in cortisol secretion
- an increase in glucagon secretion and
- decreased insulin signaling
These hormonal changes are the exact opposite of what you want for healthy muscles! The hormones that help your muscles grow are decreased and the hormones that break your muscles down are increased!
This makes it extremely difficult to maintain muscle mass and keep the muscle you do have healthy if you aren’t getting enough sleep. You will likely even have trouble building muscle strength and power from weight lifting or other strength-building exercises if you are sleep deprived!
In short, high-quality sleep is essential to the health of the muscular system.
What are the Different Types of Muscle Diseases?
Like any system within the human body, the muscular system is susceptible to disease. Some of these are driven by genetic factors, while many can also be the result of diet and lifestyle.
The most common muscular diseases include:
- muscular dystrophy
- muscle strains and tears
Muscular dystrophy isn’t a single muscular disease. In fact, this name describes a large group of neuromuscular diseases that cause progressive and permanent muscle weakness and wasting.
There are thought to be more than 30 unique types of muscular dystrophy. While they are all slightly different in regards to the area of the body they affect and their severity, they are all genetic in nature. This means that they are caused by some sort of alteration in “normal” genetic makeup.
Researchers have identified many of the genes involved in muscular dystrophy. Perhaps unsurprisingly, they have found the genes that help ensure normal muscle structure to be the main culprits.
Unfortunately, there is currently no identified cure for muscular dystrophy.
- ease discomfort
- prevent joint issues
- slow the progression of the disease
Fibromyalgia is a very interesting condition that causes sensations of muscle pain and tenderness throughout the entire body. This pain often comes with:
- a feeling of intense fatigue
- problems concentrating
- difficulty with memory
This disease is thought to impact around 2% of the adult population and is more common in females than males. It most commonly develops during middle adulthood.
Fibromyalgia is an interesting muscle disease because its cause is not truly understood. While the symptoms are entirely muscular, there is the suggestion that it actually stems from the brain and nervous system.
In fact, one of the leading theories about what causes fibromyalgia right now is that the brains of people suffering from fibromyalgia perceive what most people would consider “normal” sensations as intensely painful.
The fact that sarcopenia can be loosely translated into “poverty of flesh” should give you some insight into this muscular disease. In short, it’s a condition that describes the age-related loss of muscle tissue.
Once people enter older adulthood, they tend to see steady declines in muscle mass and muscle strength. This limits their ability to perform a number of tasks of daily living and makes them more and more inactive.
Ultimately, this leads to a vicious cycle of muscle loss:
muscle loss leads to inactivity, then inactivity leads to greater loss of muscle strength and tissue, which leads to further inactivity.
To make matters even worse, lots of muscle loss can eventually lead to your body making less testosterone and growth hormone, both of which you need at healthy levels for healthy, strong muscles!
Combined, these factors can lead to massive losses in muscle mass as you age: i.e. sarcopenia.
Sarcopenia is becoming increasingly prevalent in modern society. Unfortunately, research suggests sarcopenia may significantly shorten your life expectancy.
Weight-based exercise can stave off, and perhaps even reverse, the muscle loss associated with sarcopenia. By stimulating muscle growth and increasing the production of testosterone and human growth hormone, weight training ticks all the boxes when it comes to managing this muscular disease.
Rhabdomyolysis is a serious disease that can occur in response to either direct or indirect muscle injury. Basically, rhabdomyolysis is caused by uncontrolled muscle fiber death.
If untreated, this can cause the complete destruction of your muscular system and acute kidney failure (because the muscle contents leaking into your blood and are toxic for your kidneys).
Rhabdomyolysis can occur in response to:
- physical damage (such as a crushing injury or a severe burn)
- a sudden drop in blood supply to the muscle tissue
- extreme physical exercise (such as a marathon or an extremely long bike ride)
While you can’t really avoid rhabdomyolysis from an accident, you can minimize your risk of rhabdomyolysis from over-exercising. If you plan on competing in an extreme endurance event, make sure you:
- train adequately beforehand
- stay hydrated throughout the event
- eat enough protein and carbohydrate before and during the race
Muscle Strains and Tears
Muscle strains and tears are exactly what they sound like — a physical strain or tear in a muscle. These are acute injuries that can vary in severity, resulting in inflammation, pain, and a loss of function.
Strains and tears tend to occur when a muscle tries to lift more weight than it can handle. It is for this reason that people who do not regularly lift weights and those who are physically fatigued (whose muscles are overworked, already) are at higher risk of these types of injuries.
Muscle strains and tears are preventable. By training adequately for a given event, and warming up appropriately, you reduce your risk of muscle injury significantly.
Fortunately, if you do happen to develop a muscle strain or tear, they typically heal on their own, given enough time. Small strains tend to heal up within 4-6 weeks, while more severe tears can take up to 12 weeks to fully recover.
Find out more about the Aging Muscular System and Sarcopenia
How Can You Make and Keep Your Muscles Healthy?
So, now you know how important the muscular system is. You know that certain nerves, hormones, and nutrients are absolutely integral to its effective functioning. And you know that if you don’t look after it properly, then you can experience a host of issues.
This is why it’s so important that you do the right things that keep your muscles healthy.
What are those things?
I’m so glad you asked!
The most important things that you can do to keep your muscles strong and healthy are:
- weight training
- load-bearing exercise
- eating a well-balanced diet
When it comes to keeping your muscles healthy and strong, exercise is king. If you’re not constantly telling your body that you need to keep your muscle tissue, then you will, literally, start to lose it.
Research clearly shows that periods of inactivity or reduced weight bearing cause large deteriorations in muscle mass. Researchers believe that this process is a large part of why sarcopenia is so prevalent today. We simply don’t use our muscles enough!
So, the simplest way to keep your muscular system healthy is to use your muscles and use them often.
And the gold standard when it comes to exercise for maintaining muscle health is weight training.
Weight training using external loads (such as free weights or machine-based weight systems) provides the perfect way to really use your muscular system.
Such exercises put stress on your muscles, which tells your body that your muscles need to adapt. It is this process that stimulates muscle growth and muscle strength, ensuring the muscular system maintains its health and function.
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If weight training is the gold standard, then weight-bearing exercise takes the silver. While weight-bearing activities (such as running, skipping, and hiking) don’t place the muscular system under as much direct load as weight training, they do still put weight and stress on your muscles.
This load provides enough stimulus to slow the deterioration of muscle mass that comes with age and inactivity. It’s not quite enough to stimulate new muscle growth, however, particularly in older individuals.
It is important to note that many weight-bearing exercises, such as running, have a large aerobic component. This means that they have the ability to improve your muscle endurance (if not strength) much more effectively than weight training.
With this in mind, if your goal is to keep your muscles as healthy as possible, I strongly recommend a combination of both weight training and weight-bearing exercise!
As a society, we spend more time sitting than ever before. While you likely know that this can have negative impacts on your cardiovascular and metabolic health, you not many consider the effect it can have on your muscles.
If you spend too much time stuck in certain positions (such as sitting), it causes your muscles to get stuck in a shortened state. This makes it difficult for your muscles to contract normally.
It can also cause poor posture, resulting in joint pain and discomfort (lower back pain, anyone?).
Although many of us cannot avoid spending long periods stuck at our desk, we can rectify their negative effects through stretching.
Stretching is truly essential to muscle health.
Eating a Well-Balanced Diet
Once you have the exercise part of the equation sorted, you also want to make sure that your diet is helping keep your muscles in tip-top shape, as well.
Linking back to the components we discussed above, you want to make sure your diet ticks the following boxes:
- adequate carbohydrates to provide your muscles with energy
- enough protein to repair and grow your muscles
- healthy balances of all your micronutrients, especially potassium and sodium
What Are the Benefits of Gaining Muscle Mass?
There is a small difference between exercising to keep your muscles healthy and exercise to build muscle. As I alluded to above, weight training offers the perfect way to actually increase your muscle mass and strength.
But what I did not mention is that building muscle can have some extremely positive effects on the health of the rest of your body, as well. These include:
- metabolic benefits
- cardiovascular benefits
- cognitive benefits
- bone health benefits
- functional benefits
Metabolic Benefits of Gaining Muscle Mass
Muscle is an incredibly metabolically active tissue. It:
Additionally, since muscle tissue uses massive amounts of energy, even at rest, gaining muscle mass can also increase your basal metabolic rate (BMR). Your BMR is the amount of energy you burn, just lying on the couch.
As a result, gaining muscle can increase the number of calories you burn every day, without you having to change anything about your routine. This, obviously, can have positive effects on your weight.
Cardiovascular Benefits of Gaining Muscle Mass
If you gain muscle mass, it will also have an impact on your heart health as well. There is evidence to suggest that building muscle through weight training can lower blood pressure and improve blood cholesterol levels. More specifically, it can lower levels of LDL (or “bad”) cholesterol in the blood and increase HDL (or “good”) blood cholesterol.
Through these two interactions, having greater muscle mass can help protect you against cardiovascular disease.
Cognitive Benefits of Gaining Muscle Mass
It makes sense that gaining muscle would have a positive impact on your metabolic and cardiovascular health because muscle tissue interacts directly with those systems.
It’s much more surprising that muscle mass can have a huge impact on cognitive and mental health. But it can!
Research shows that increasing muscle mass through weight training may be able to improve cognitive function as well as short- and long-term memory. It is also thought to have a preventive effect on Alzheimer’s disease and may improve symptoms of depression and anxiety.
Bone Health Benefits of Gaining Muscle Mass
While this isn’t necessarily a direct effect of gaining muscle per se, you can definitely see improvements in bone health as a direct result of weight training.
Heavy weight training places a mechanical load on your skeleton as well as your muscle. This mechanical load acts as a stressor, telling your body that your bones need to become stronger. This increases the rate at which the body layers new bone and slows the breakdown of old bone tissue.
It’s the exact same process that helps your muscles grow when you weight train, it just works on your bones as well! Pretty amazing if you ask me!
Learn more about the Effects of Aging on Bones
Functional Benefits of Gaining Muscle Mass
And last, but definitely not least, gaining muscle can also impact your ability to simply live on a daily basis.
Muscle mass provides your body with the strength and stability to perform everyday tasks. (Think walking up stairs, hanging out the wash, or even climbing a ladder, here!) It also allows you to move around easily and effectively. Gaining muscle mass can:
- improve your ability to perform daily tasks into old age
- reduce your risk of falls
- reduce your risk of injury
Additionally, there is evidence to suggest that those individuals who engage in active aging and hold the most muscle mass into their older age are also those who maintain their independence the longest.
How Do You Build Lean Muscle?
To put it simply, gaining muscle mass keeps you functioning well, without the need for help, for as long as possible. (Maybe even for your entire life!)
So, now you know that muscle mass has a huge impact on health and that gaining muscle mass can improve health and function. Now all you need to know is how to gain muscle mass.
And I am here to help!
There are really four key areas that need you need to focus on when it comes to building lean muscle. These are:
Exercising to Build Lean Muscle
As I mentioned multiple times above, weight training is integral to building new muscle tissue. There are a few ways to go about this, but from a time management perspective, I strongly recommend performing a full-body weight routine using large, compound exercises 2-3 times per week.
This will allow you to train every key muscle group with a relatively high frequency, which has been shown to strongly stimulate muscle growth.
Within this, I would recommend training each individual exercise for 3-4 sets of 8-12 repetitions.
This appears to be the sweet spot when it comes to building muscle because it places the muscle tissue under both mechanical and metabolic stress.
You could complete the example program below two or three times per week, which ticks all of the above boxes.
- squats: 4 sets of 8 reps
- chin-ups (assisted): 4 sets of 8 reps
- deadlifts: 4 sets of 8 reps
- bench presses: 4 sets of 8 reps
- lunges: 3 sets of 10 reps per side
- seated dumbbell presses: 3 sets of 12 reps
- seated rows: 3 sets of 12 reps
Eating to Build Lean Muscle
When it comes to diet, I firmly believe in making the recommendations as simple as possible. This makes them not only easier to adhere to but also makes them much easier to plan for. Both of these are essential to dietary success.
As far as protein goes, the current recommendation to optimize muscle growth is to eat 1.2 to 1.6 grams of protein per kg of body weight, per day. So, for example, a 180-pound (or 82 kg) individual would need to eat between 90 and 130 grams of protein per day.
You can accomplish this easily by eating four portions of lean protein — either meat or a vegan protein — spread out throughout the day.
In terms of carbohydrates, you want to make sure you have enough energy available to fuel your workouts. You also want to make sure that you have carbohydrates readily available after your workout to replenish your energy stores.
And the easiest way to accomplish this? Make sure that the meal before your workout and the meal after your workout contain some high-quality carbohydrates. Good examples include:
- whole grains
- sweet potatoes
Finally, to ensure that your body is full to the brim with essential vitamins and minerals, make sure you eat a serving of veggies with every single meal.
See? Simple stuff for surefire success!
Managing Stress to Build Lean Muscle
Life- and work-related stress has been shown to cause an increase in both inflammation and cortisol secretion — which we know has a negative impact on muscle health and make it more difficult to build new muscle.
As a result, managing your stress as effectively as possible should be a priority if your goal is to gain muscle mass.
There are numerous techniques that can be implemented to help reduce stress, including:
The trick is to pick the method that best suits you. Then you just need to really work it into your routine, every single day.
Maximizing Sleep to Build Lean Muscle
Now, this final tip may seem a little boring – but that doesn’t make it any less important!
You should aim for anywhere between 7 and 9 hours of sleep per night to make sure your hormones are balanced and allow for healthy muscle growth.
To achieve this, I strongly recommend avoiding screens for at least half an hour before bed, as the light they emit can reduce sleep quality. Also, make sure your room is as dark as possible and relatively cool — both of which have been shown to help you fall asleep and stay asleep.
Take Home Message
The muscular system is one of the most important in the body, impacting both health and function in a very big way. Having a healthy muscular system can improve metabolic and cardiovascular health, enhance cognitive function and mental wellbeing, increase bone density, and even improve functional capabilities.
In short, muscle is important!
Using the information outlined in this article you can take the first steps to build (and keep) a healthy muscular system. Give them a go, and let me know what you think!