Fitness is a wide term that covers a lot of attributes about a person. Some of the most prominent aspects of fitness are physical, mental, and genetic fitness.

Physical fitness refers to your health and strength. Health is defined by your freedom from disease or injury and strength is defined by the ability to perform physical tasks.

Mental fitness refers to your emotional and cognitive health. Emotional health is defined by your level of stress and coping skills and cognitive health is defined by your reasoning and thinking skills.

Genetic fitness refers to heredity traits passed down from parents. These include things like height, weight, muscle tone, fat distribution, and other physical features.

This article will be focusing on the ability to improve components of skill-related fitness limited by heredity. More specifically, this article will be discussing how practice and specific training can improve these traits.

Skill-related fitness

practice and specific training can improve components of skill-related fitness limited by heredity.

Fitness related to specific skills or activities is called skill-related fitness. This includes cardiovascular fitness for specific sports, weight training fitness for specific exercises, and gymnastic or bodyweight fitness for specific movements.

Because these components of fitness are partially hereditary, you can increase your child’s skill-related fitness by working with them on the appropriate skills and exercises.

For example, you can work with your child to improve their cardiovascular fitness by running with them or taking walks together, or by taking swim lessons together. You can also take them to zumba classes or teach them how to do lap swimming and freestyle swimming.

They can also learn basic gymnastics moves or practice bodyweight exercises such as squats, lunges, push-ups, and sit-ups to increase their overall body strength.

Improving muscle strength

practice and specific training can improve components of skill-related fitness limited by heredity.

Specific strength training can improve muscle strength. Weight training using dumbbells or machines can improve strength in your arms and back.

Resistance bands can improve strength in your legs and core. These tools can be used together to improve strength in all body parts.

You should work to achieve at least 75% of your maximum effort when performing any exercise, according to the American College of Sports Medicine (ACSM).

The ACSM also recommends working with a qualified trainer when preparing for any athletic event. This is especially true when preparing for a fitness competition like a pageant, where specific exercises are required.

Heredity may play a role in your muscle strength, but you can work to improve it with the right training.

Improving power

If you want to improve your power, you can practice jumping and throwing motions. These exercises require you to rapidly stretch a muscle to produce a speed-dependent lengthening of the body.

You can practice these motions at home with things like boxes or books and by practicing jumping on a bed. You can also try doing squats, lunges, and walking or running up stairs as well.

If you struggle with poor balance, try standing on one foot for a short time and shifting your weight from side to side. This will challenge your body’s ability to respond quickly to changes in its surroundings.

If you find it difficult to coordinate movements of the arms and legs, try practicing simple movements like swinging the arms or walking on tiptoes. All of these challenges will help improve your coordination at home.

Improving coordination

practice and specific training can improve components of skill-related fitness limited by heredity.

While genetics plays a large role in determining your fitness level, you can improve specific components of physical fitness through careful practice and training.

For example, practicing an exercise or skill can improve your coordination. As you repeat the motion, your brain becomes more adept at directing your body parts together in a coordinated way.

As you gain experience, you become better at coordinating your body parts to achieve a desired outcome. For example, an experienced swimmer can move his or her body through the water more efficiently than a beginner can.

You can also improve your agility by practicing and repeating drills that challenge you to shift your body quickly from one position to another. As you develop greater muscle strength and stamina, this ability will also improve.

While it is true that some people are born with naturally high levels of energy metabolism, even they can benefit from exercise. Exercise can help boost energy metabolism over time, helping you feel more energized during the day.

Improving balance

practice and specific training can improve components of skill-related fitness limited by heredity.

Although balance can be improved through practice and training, some people may have a higher balance threshold than others.

If you have a lower balance threshold, it may take you longer to learn new balancing skills. You may also need to spend more time practicing to master the same skill level as someone with a higher balance threshold.

You can improve your balance by working on your muscle strength, learning new balancing skills, and practicing under-challenge conditions.

Muscle strength training involves using weights or other resistance devices to specifically strengthen the muscles that support your body while in different positions (such as standing, walking, lying down, etc.).

The more trained and strong these muscles are, the better your ability to maintain balance will be. Learn more about how to train your muscles on HealthEast’s Health eCareers site.

Maintaining a healthy body weight

practice and specific training can improve components of skill-related fitness limited by heredity.

Recent research suggests that maintaining a healthy body weight can help prevent health problems such as diabetes and cardiovascular disease.

This research also shows that individuals with a higher body mass index (BMI), a measure of health weight based on height and weight, have lower aerobic fitness, poorer muscle function, and increased risk of chronic disease.

Aerobic fitness is the ability to transport oxygen through the blood to tissues and cells where it is needed. This is required for cell function and energy production.

Lower aerobic fitness, poorer muscle function, and increased risk of chronic disease are all components of overall health that are genetically determined.

Research shows that even when twins are reared in different environments, their levels of overall health are similar. This suggests that while environmental factors may influence overall health, heredity plays a significant role as well.

Optimizing nutrition

practice and specific training can improve components of skill-related fitness limited by heredity.

While you can’t change your genetic makeup, you can optimize your nutrition to help your body meet the physical demands of practice and specific training.

Healthy eating is an evolving process, one that requires time, research, and focus. Given the abundance of information available on diet, this is an area where a qualified nutritionist can be helpful.

The Eat Fit Nourish Plan includes not only the foods you should eat but also how many servings of each to consume each day depending on your fitness level and weight loss or gain goals.

Given that athletes require higher levels of energy and nutrients to function effectively, this is an important element that is covered in the plan.

Nutrition plays a big role in health and fitness, so making sure you are eating enough nutritious foods is a key part of optimizing nutrition on the Eat Fit Nourish Plan.

Understanding your potential

practice and specific training can improve components of skill-related fitness limited by heredity.

Your genetic potential is the level you can achieve without significant practice or training. You can work hard, but your genes may hold you back.

Genes may determine how quickly you develop physically, how tall you become and even whether you are right- or left-handed.

Research shows that up to 80% of variation in sports performance is due to genetic factors. While this sounds discouraging, it can help put your achievements into perspective. It also provides a foundation for motivation.

If you know that hard work won’t make you exceptional, then it’s time to relax and enjoy the sport. You have achieved your potential and have earned your place on the field or court.

However, if you have the drive to keep improving, then there’s no reason not to keep working hard. Your potential will stay the same, but your effort may pay off.


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