The Human Body is An Example of Amazing Efficiency

He was born in 1749 and died in 1827. Laplace is known for his natural gas approach, but also studies the theoretical orbits of the tides and planets and many other themes ("Lapla's law"). One way Laplace's law applies to medical and respiratory therapy is that it applies to the lungs. Lung alveoli are always in contact with each other. In other words, there is only one lung surface. This surface area is called the alveolar inner surface area (Jardins).

I was surprised when I thought about the complexity of the human body, how each part of the body was adjusted, what happens if there is sickness. This is a part of science and technology to save the body. I am drawn to this idea and I am eager to become part of it. That's why I chose to study medicine. Since the first year of medicine, I have been fascinated by medicine. I like to diagnose patients from my symptoms and not to perform surgery on the human body.

Although the human body is a magical system that can heal itself in various ways, even when it seems that the body can not be cured at all, the body may need to treat treatment that may take longer. For example, orthopedic diseases and knee injury usually do not heal well due to small amounts of blood flow to the area. The body can not recover from the process of aging. Therefore, sagging or wrinkling of the skin begins. By using PRP (Platelet-Enriched Plasma) therapy, physicians use their blood to repair areas of the body that require healing, such as skin tissue. Blood contains a wonderful therapeutic effect that reverses skin aging

The human body is wonderful. It can heal, monitor and adjust itself, and it has its own defense mechanism. When infected, there is fever in the body, a large group of blood cells fight it. If you eat too much or do not drink too much, your body will be fired towards one end or the other from you. However, when you are on a ventilator, many things are managed by the machine and ultimately must be controlled by the person controlling the machine. The best example is PEEP. (End tidal pressure). Basically, plus pressure is applied to the lungs at the end of each breath you released. This is important as it increases pressure on the respiratory tract. The amount of PEEP administered by ventilator depends on many factors, but too simple versions may be due to the degree of dyspnea. The more severe the problem, the higher the PEEP level. Keep these numbers in mind