Human Body System: The Musculoskeletal System

The integumentary system interacts with many other systems than just one. The integumentary works with the circulatory system by allowing it to transport blood into and out of the cells and also allow carbon to get out of the blood and into the air by letting the skin take the carbon out by sweat. With the skeletal system, it keeps the bones hard and strong and also, produces the vitamin d. The nervous system controls the body temperature. The excretory system removes the waste (oil,salt,and water) from the body. Finally, the immune system prevents pathogens from entering into the

First of all, the digestive system works by passing food through the human system, whilst breaking it down and absorbing nutrients. The circulatory system transports the oxygen and other compounds through our bodies. These two work together to process and circulate nutrients so our cells can use them for fuel. The enteric system which contains many digestive organs requires 30% of cardiac output to help

The functions of the human cardiopulmonary system can be broken down into two, circulatory system and the respiratory system. The main goal of these two systems is to maintain homeostasis in our body. Homeostasis can be described as a type of condition where the internal continuity of an individual has to keep steadiness, regardless of any external changes from the outside environment. External changes from the outside environment may include factors such as excitement, stress, exercise, diet, and much more. Exercise can be carried out because the human body can endure a high level of exercise during a prolonged period of time. In this experiment, we will focus on how exercise, in particular, affects the cardiopulmonary physiology of boys across different body mass indexes.

The purpose of the experiment was to understand how strong a bessbug by using weights and observing the time the best bug takes to travel to a certain distance.

- Maintain boundaries, move, respond to environmental changes, take in and digest nutrients, carry out metabolism, dispose of wastes, reproduce themselves, and grow.

Although there are over 600 muscles in your body, there are only three types of muscles- skeletal, smooth, and cardiac. The only action a muscle can perform is to contract, but the contractions help us perform millions of different things -- from pumping our blood to lifting up something heavy. The muscle receives the information from a nerve cell.

The heart is a muscular organ that pumps and circulates blood throughout the body via a transport system of arteries and veins and capillaries. As the blood circulates throughout the body it supplies oxygen and nutrients to the tissues as well as removing carbon dioxide and harmful waste products (Tucker, 2015).

Skeletal muscle, attached to bones, is responsible for skeletal movements. The peripheral portion of the central nervous system (CNS) controls the skeletal muscles. Thus, these muscles are under conscious, or voluntary, control. The basic unit is the muscle fiber with many nuclei. These muscle fibers are striated (having transverse streaks) and each acts independently of neighboring muscle fibers.

The cardiovascular system consists of two circuits that blood travels through; pulmonary and systemic. Exercise has an impact on these systems, causing the heart to pump blood faster around the body, which allows you to exercise for longer.

The musculo skeletal is made of bones, muscles, ligaments and tendons. The purpose of the musculo skeletal system is to protect , support and the overall function of the internal structures and organs of the body. Allow movement, give shape to the body, producing blood cells, storing calcium and phosphorus and producing heat. The skeletal system is made of bones and joints. The skeletal system provides the basic supporting structure of the body. It is made of the joined frame of bones called the skeleton. The human skeleton in a whole is made up of 206 bones in total.

The respiratory system is the system that helps humans breathe and allow every single human to perform everyday tasks. As researchers say the respiratory system consists of organs. The organs that make up the system are the nose, nasal cavity, oral cavity, pharynx, larynx, trachea, bronchi, lungs, and muscles of the respiration. All these organs play a major role in the respiratory system. Scientists say every human breathe 20,000 times everyday. The respiratory system is a system that we all need for our body to function. It provides many wonderful help for everyone. As some can be happy with their respiratory system, many can also have problems

Human Pathology is the study of the origin, nature, and course of diseases. There are around 78 organs in the body that all have their own functions. Organs are collections of millions of cells that are grouped together to perform various tasks in the human body. With that being said there are many conditions, disorders, and diseases that can affect these organs. I researched the following systems: Lymphatic, Endorcine, Digestive, and Respiratory which all contain important organs (Merriam-Webster dictionary).

Homeostasis is the body's method of keeping internal stability no matter what external influence disturbs its normal functioning (Anna, 2011). And the respiratory system is one of the systems in the body that helps to maintain homeostasis by maintaining pH and regulating gas exchange. The main function of this system is take in oxygen and get rid of carbon dioxide. This system has external respiration and internal respiration. External respiration is a mechanical process that exchange of gases in and out of the body, while internal respiration is the chemical process that breaking down nutrients with oxygen to produce energy. Lung volume and lung capacity are two measurements of respiratory health and measured during pulmonary functions tests. It is show the physical condition of the lungs. Pulmonary ventilation, or breathing, is the process of air flowing into the lungs during inspiration (inhalation) and out of the lungs during expiration (exhalation). Air flows because of pressure differences between the atmosphere and the gases inside

The heart is a hollow muscular organ that lies within the mediasternum, a mass of tissue extending from the sternum down to the vertebral column between the lungs. Structurally, the heart is composed of three layers of tissue; epicardium, myocardium (middle layer) and endocardium (inner layer). The epicardium is a layer of muscle composed of mesothelium and connective tissue sheltering the external surfaces of the heart. This external layer is directly merged with the myocardium internally and is in contact with the serous layer of the pericardium. In some cases, it is viewed as a division of the inner layer of the pericardium, the pericardium being the membrane surrounding and protecting the heart essentially keeping the heart in its right

Some examples are the circulatory, the excretory, the muscle, and the digestive systems. For example, the digestion system is an organ system that digests the food a person eats. Some organs in the digestive system are the esophagus, rectum, stomach, liver, gall bladder, pancreas, large intestine, small intestine, and appendix. The digestive system is very important because without it, organisms would not be able to digest food. Food would just sit inside the body or go through it without the body taking any energy for fuel. The digestive system is located around the stomach area. Along with the digestive system, many other organ systems all work together to create an organism. An example of this would be if a person eats a sandwich and then goes for a run. During the run, the circulatory system helps the body breathe, the muscle system helps the bones move, and all the while the digestive system digests the food. Later on, the excretory system gets rid of the waste, or food that the body can’t use for nourishment. All of these organ systems need to help to make up the