The musculoskeletal system is an intriguing and vital part of our everyday lives. Humans and animals alike are equipped with this combination of muscles and skeletal systems.
The combination of muscles and skeletal structures are vital to humans' everyday life. This amazing infrastructure provides form, stability and movement to the body.
This structure within the body is a combination of all of the bones, muscles, cartilage, tendons, ligaments, joints and other connective tissue. All in all, it is composed of the skeleton and all of the materials within the body used to move the skeleton and keep the skeleton together.
As well as providing the body with the ability to move and balance, it also plays a large role in protecting vital organs. Our bodies are equipped with a natural defense system surrounding critical organs, in hopes that when we are injured our organs are able to stay unharmed.
Prime examples of this are our brains being protected by our skulls or our hearts being protected by our rib cage.
Included in the bones of the system are storage systems that hold calcium and phosphorus. These storage systems are a vital part of the hematopoietic system.
To understand how the human body moves, it is important to have an understanding of many of the components within the musculoskeletal system. Each part of the whole functions together and gives us our ability to move.
The bones are connected to other bones and serve as stabilizers for the whole structure. Some compare the bones in a body to the iron rods in concrete construction.
The average adult human has 208 bones. Although, when we are born we have as many as 350 bones.
We do not lose bones as we age, but our bones do begin to fuse together, resulting in the decreased number or bones. There are many different methods or counting the bones in the body but 208 has been the general consensus.
This skeletal system provides a framework for tissues and organs to attach to. Our bones also produce red blood cells.
These red blood cells that are being produced replace the cells that are destroyed by the liver. The bones produce about 2.6 million red blood cells per second.
The muscles keep all of the bones where they are supposed to be and are key in allowing the bones to move. The muscles can contract and lengthen pulling or pushing bones to move.
The connector piece between bones is called a joint. There is cartilage between the bone end and the joint that prevent the bone from rubbing directly on another bone.
The contracting and lengthening of muscles around a joint ultimately provides the movement in that joint. It is important to strengthen and stretch our muscles to keep them healthy and able to provide movement.
The well being of our musculoskeletal system is directly correlated with our health and well being. Because of this high correlation it is very important that we keep our systems it top notch shape.
When attempting to improve the health of our infrastructure we must begin by watching what we eat. It is very hard on the body if we are overweight and managing ones weight needs to start with eating healthy.
To start, it is important to eat breakfast. Starting the day off with a nutritious meal to provide the vitamins and minerals the muscles and bones need is the best way to start off the day.
Continuing to eat consistently but not constantly throughout the day will help curb hunger pains and eliminate the craving for junk food. Remember to eat consistent healthy snacks and meals.
Lifting weights and participating in cardiovascular exercise will strengthen our bodies. By strengthening muscles many problems are prevented.
Many people experience problems with their musculoskeletal systems even if they are working to prevent them. Many diseases attack this system and affect the functional abilities and the ability to move.
Also many common injuries directly affect the ability of this structure to function. After an injury it is important to take care of the bones and muscles as quickly as possible.
To facilitate a full recovery, you must understand exactly what is happening inside your body. Seeing a doctor and explaining your symptoms should be your first step in understanding what is happening.
Your doctor may require you to have an orthopedic MRI. This MRI specializes in problems with the musculoskeletal structures and will enable your doctor to pinpoint the problem and in turn map out the way the best way to make a full recovery.
Author Resource:-
Jack R. Landry is an health authority who has been in the industry since 1991. He specializes in Musculoskeletal research and orthopedic MRI.
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