Relationship Between the Muscular System and Its Contribution to the Overall Health and Balance of the Body

There are many kinds of body systems, working together to create a functioning body. Different body systems work with certain body systems, but all work together. Like, nervous system and muscular system, circulatory system and respiratory system, and so on.

system is to provide movement for the body. The muscular system consist of three different

To maintain effectiveness of muscle and bone activity, the effects of on the musculoskeletal system are the greatest benefits a person can ask for.

The muscular system has many functions. There are 5 main functions. Firstly, it allows us to balance via proprio receptors. In terms of balance, not only do you rely on the two sensory organs in your inner ear but also receptors in your muscles and tendons help your body to balance. The receptors in your muscles and tendons are called proprio receptors, these proprio receptors detect how stretched your joints, tendons and muscles are.

Our body has three muscle types, skeletal muscle , cardiac muscle, and smooth muscle. Each muscle has different functions within the body. Cardiac muscle is located in the heart and is responsible for pumping blood within the heart. Cardiac muscle is one of the two muscles with an activity that is non-voluntary meaning that signal from the motor neuron is not required for blood to pump through the heart. The second type of muscle is smooth muscle which is located in the intestines and responsible for moving food and regulating blood pressure(Freeman, 2011). Like cardiac muscle, smooth muscle also requires non-voluntary activity, where the signal from the motor neurons is not required for it to function properly. Lastly, the most important muscle in the neuromuscular junction, skeletal muscles. Skeletal muscle is attached to the bones through tendons composed of connective tissue and is responsible for moving the skeleton, however unlike the other two muscle types, skeletal muscle requires voluntary activity meaning that signal from the motor neurons is required (Ritchison, 2016). In this paper, I will be discussing the functions and parts of the neuromuscular

The musculoskeletal allows the body to function through a group of muscles, bones, tendons, cartilage and ligaments. The body moves through different muscle contractions. This makes the bone pull towards the contracting muscles. The skeletal system provides a structure for the body, while the muscular system creates movement in the bones of the skeletal system by contracting and relaxing. When exercising, the muscles increase in pliability. This is when the muscles become more pliable as they become warm, reducing the chance of getting an injury. They become more pliable as the muscles contract really fast when exercising. The contractions generate heat take makes the muscle more pliable.

In Anatomy and Physiology, one of the topics this class recently covered was the muscle system. In the video, “How Your Muscular System Works” published in 2017 by Emma Bryce said a brief explanation of how the muscular system works. In the video, Bryce stated, “Each time you take a step, two hundred muscles work in unison to lift your foot, propel it forward, and set it down.” Indeed, each muscle is responsible to do a specific movement. The muscle system is a very important system because this is where the three types of muscles come from. For example, in the video, it talked about the skeletal muscle, cardiac muscle, and the smooth muscle. The skeletal muscle is involuntary muscle and voluntary muscles. In addition, the cardiac muscle and the smooth muscle are only involuntary muscles. The cardiac muscle is only found in the heart. The smooth

The human muscular system is made up of over 600 connecting muscles. All of the muscles work together in sync to make your body move in inumerable different ways.

Your musculoskeletal system (your body) is made up of hundreds of muscles and bones. Your nervous system, made up of your brain and kilometers of nerves that travel throughout the body, controls every muscle, organ and cell in your body allowing you to breathe, eat, see, move, think or exist.

The musculoskeletal involves the muscles and skeletal system which consist of bones supporting the bodyweight. The muscles and bones help in movement and maintaining body position through the physiological process of contraction and relaxation, muscles pulling on the bones. The skeletal systems also consist of cartilages and ligaments important for bone connection and stability with connective tissue. The muscles get attached to the bone by the connective tissue enhancing contraction and relaxation in movement. The muscles contain long muscle fibers responsible for the contraction and relaxation. The fibers contain bundles some of which allow slow movement described as slow twitch and fast twitch which ensure fast movement. The process of movement involves coordination between the musculoskeletal system and nervous system. In the process of muscle contraction to enhance movement the following takes place. (Arthur Guyton, 2006)

The functions of the muscular system. There are more than six hundred muscles located in the human body, all with assigned jobs. The nervous system panels the actions of the muscles and the circulatory system supplies the muscles with a opulent blood supply that delivers fuel for the muscles. Through its many muscles, the muscular system: • Allows human movement.

The muscular system is the system that controls the movement of the bones in the body. There are over 700 muscles in the human body. There are three types of muscles in the body, smooth, skeletal, and cardiac. Muscles are either voluntary or involuntary. They work together to help the bones move.

Muscles execute a multitude of involuntary and voluntary functions throughout the entire body. They are a huge part of what get the body going, and keep it going too. These contracting fibers are comprised of about 75% water, 20% protein, and the other 5% is a mix of carbohydrates, lipids, and salts.

There are also imbalances in homeostasis relating to the muscular system. For example, the skeletal muscle works against homeostasis when exercising, which relies on functions such as blood pressure, pulse and breathing to work against the high demands for oxygen. So, the muscle increases in its temperature to maintain homeostasis. Another homeostasis imbalance the muscular system experiences are muscle atrophy, which is when the muscle wastes away. Muscle atrophy may occur due to loss of nervous function, lack of physical activity, or malnutrition. Diseases can cause the muscle to start to waste away or make movement difficult which can result in weakness and deterioration in the muscle. A way to treat muscle atrophy is through exercise, physical

The muscular system moves the body. The body has more than 600 muscles and each of them has special fibers that contract. When a muscle contracts, it pulls the tissue that it is attached to. This pulling results in movement. Skeletal muscles are probably the most familiar type of muscle. They are the muscles that ache after strenuous work or exercise. Skeletal muscles make up about 40 percent of the body’s mass or weight. They stabilize joints, help maintain posture, and give the body its general shape. They also use a great deal of oxygen and nutrients from the blood supply.