Why Do Muscles Allow The Body To Function?

The muscular system allows your body to move which is very important for your survival. Without it you would not only never be able to move, but you would not be able to digest food and your heart would not beat.

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

Skeletal muscles allow the bones to move; smooth muscles aid in digestion; cardiac muscles pump blood throughout the body.

The human body is like a machine, and like many machines it is made up of many different features and parts. The main anatomical features of the human body include; the cells, skeletal system and muscular system. These systems can relate to/work with other systems within the body. This can include the cardiovascular system working with the digestive system by breaking down food to make the nutrients that are then transported around the body it to function adequately.

Thirdly our muscular system also allows blood circulation which is controlled by the heart. The muscular pump is a skeletal muscle group that help to assist the heart in the circulation of blood to all the muscles around the body.

The muscular system is an organ system composed of roughly 650 to 850 muscles. The muscular systems consist of skeletal, smooth and cardiac muscles. The muscular system collectively works with other organ systems to permit movement, posture, conduction of heat and the circulation of blood throughout the human body.

The anatomy which the physical structure of the body and physiology which is the normal functions of the body help individuals to move their limbs. Muscles have the power of contraction thus it produce movement of the body and allow the bones to work like hinges. When moving someone/individual it is important to remember that the muscles can only move the joint as far as the bones will allow them.

Smooth muscles are found in the skin, internal organs, reproductive system, major blood vessels, and excretory system. Skeletal muscles are composed of long fibers surrounded by a membranous sheath, the sarcolemma. Since the Skeletal muscles are under control by whom ever they belong to are called voluntary muscles. This muscle is attached to two or more bones which are then attached to the skeleton by tendons. For example, head and neck muscles; contraction of these muscles produces facial expressions and head movements. They are also responsible for speech and swallowing. Skeletal muscles are the main muscles which move your body. Muscles nearly always work in coordinated groups; contraction of one muscle is accompanied by relaxation of another, while other muscles stabilize nearby joints. Then the last of the muscle types is the Cardiac Muscle or the involuntary muscles. Cardiac muscles are not under conscious control they do not react by a persons decision or movement. and are connected to the nervous system which are stimulated by autonomic impulses. Cardiac muscles are found in your internal organs like the heart or the intestine. For example; they include muscles that propel food through the intestine and those that control sweating and blood pressure.

Muscles origin are always connected to the immovable bone, on the other side, the intersection is connected to the movable bone. Movement of the body occurs when muscles contract across joints and their attachments move toward the origin. Movements that are called Angular can increase or decrease the angle between the bones. Flexion can decrease the angle of the joint and can make the articulating bone come closer, an example could be nodding you head. An extension is the opposite and can make the angle larger.

Muscle tissue enables movement of structures within the body and movement of the entire person. There are three types. Skeletal muscle tissue controls the structures of the body and allows us to walk. It is long and cylindrical in shape, with many nuclei located at the edges. Cardiac muscle tissue is found only in the heart and helps to control blow-flow. They are branched and have only one nucleus. Smooth muscle tissue is found in the

The body uses complicated organ systems like the respiratory, integumentary, and circulatory systems in unison with each other to combat the physical burden that exercise puts on the body. The body has to work at a pace that it doesn’t in daily life, Organs have to generate reactions to maintain homoeostasis by managing your energy, body heat, and blood pressure levels to a higher extent than usual.

The role of the skeletal muscle is for movement. The contractions of this muscle pull on tendons that are attached to the bone. If the contractions of the muscles cause the muscle to shorten, the bone will move the body part. The role of the smooth muscle is that it contracts slow, involuntary movements such as the contraction of the smooth muscle tissues in the walls of the stomach and in the intestines. The role of the cardiac muscle is to pump blood around the body. The cardiac muscle pumps blood out of the atria and ventricles to the blood vessels around the body. Here, it can then provide oxygenated blood.

The muscular system is responsible for the movement of the body.Bones of the skeletal system are about 700 muscles that make up roughly. There muscles is a discrete organ that strutted. Tissue is also found in the heart.

The importance of the dissection performed in class was to better understand the importance and the structures of the muscular system. The muscular system contains skeletal muscles, this is what helps the body function every day. Skeletal muscles are the correlation between muscles and bones that work together in the body. Fibers tighten in the body, allowing the skeletal muscle to create movement within the skin; this is made up of connective tissue and skeletal muscle tissue. These muscle tissues are found throughout the body with different characteristics and correlations with one another.