Organs

Because the chest contains organs such as heart, esophagus, trachea, lungs, chest and so on, it is the origin of many body systems.

Many of the functions of the cardiovascular system are done in the chest. There, the heart averages 72 beats per minute, circulating up to 2,000 gallons of blood per day. Through various arterial and venous networks, the cardiovascular system provides oxygenated blood and important nutrients to your body.

Inside the chest, the heart circulates blood from the surroundings of the body to the lungs, and blood absorbs oxygen from capillaries.

Every time you breathe oxygen is breathed in the lungs and oxygenated blood is supplied to the body. When you exhale, you will release carbon dioxide. And it is exhaust gas generated by human body operation.

Oxygen-rich blood leaves the lungs and returns to the heart. From there it is transported to major arteries such as the ascending aorta and descending aorta. The aorta immediately delivers blood to the chest and other parts of the body

An important organ in the chest is a small butterfly-shaped organ located between the thymus, heart and sternum or breastbone. This organ belongs to the immune system and its role is to produce T cells, white blood cells. These are formally called T lymphocytes; "T" represents the thymus and cells develop.

Basically, T cells are soldiers sent by the body to destroy intruders. The thymus not only created soldiers but also "trained" people who were not ready to fight. When the thymus completes the cells, it is a versatile and adaptable intruder machine.

The inside defense of the chest is also the largest glandular organ in the liver, the body. It supports almost all organs of the body. Its functions include detoxification of blood, lipolysis and destruction of old blood cells.

The liver also produces bile, which helps the stomach digest food through a mixture of enzymes and acids.

The liver and stomach are located in the lower pleura, the muscles are in the lower part of the chest, and the chest and abdominal cavity are separated.

Organ systems cooperate to create organisms. Characteristics of organisms vary depending on the genetics of the organism. As we have not evolved in the water, humans lack genes that allow breathing of organs in water. Other organisms have genes that allow them to adapt to the aquatic environment. Creatures of the same species are placed in the population. The characteristics that appear in the population depend on the genetics of the species and its environment. The ability to communicate and work together for the survival of species is a new attribute of the population. Humans change the environment and work together to make our survival easier. Organs to survive in the universe and the water are insufficient, but I figured out a way to survive in these places in a short time. The interaction of two or more groups leads to the formation of a community

The anatomy, environment, habits and quality of living organisms vary. But what all organisms share is the desire to survive. Survival is a necessary condition for the survival of all species and is obviously necessary for life. "Survival of the fittest" is the theory advocated by Charles Darwin, but many American novels proved that only "survival of fitties" is not the only element of survival. - With Hamlet and Don Quixote, we discovered that many characters shape themselves in different ways to get something from the context in which they are invested. These roles include Rosencrantz and Guildenstern seen in Hamlet and Sancho Panza, and Pastor of Don Quixote. In Hamlet, two characters tend to get used to self-formation. These two roles are Rosencrantz and Guildenstern.