Physiology Aviation

Aviation physiology is a branch of aviation medicine and physiology that studies the human body’s response to various factors that may arise during atmospheric flight. These factors include hypoxia (lack of oxygen), changes in atmospheric pressure, vibration and other adverse effects. The goal of aviation physiology is to develop methods and means of protection for flight personnel to reduce the risk of various diseases and injuries.

During flights at altitude, the human body is exposed to hypoxia, which can lead to oxygen starvation and disruption of the functioning of various organs and systems. Aviation physiology studies how the body reacts to this hypoxia and how its negative consequences can be minimized. Also in aviation, pressure drops and vibrations occur, which can negatively affect human health.

To protect flight personnel, special means are used, such as masks, headphones and other devices. They help reduce the impact of adverse factors on the human body, as well as reduce the level of noise and vibration in the aircraft cabin.

In addition, aviation physiology studies the effects of atmospheric flight on various body systems, such as the cardiovascular system, respiratory system and nervous system. She also studies what changes occur in the human body after long flights and how these changes can be minimized.

Thus, aviation physiology plays an important role in ensuring flight safety and protecting the health of flight personnel. She is helping to develop techniques and protective equipment that will help reduce the risk of illness and injury while flying at high altitudes.

Aviation physiology is a branch of aviation and aviation medical science that studies the reactions of the human body under the influence of factors associated with flight conditions.

During an aviation flight, a person is exposed to adverse factors such as hypoxia, changes in atmospheric pressure, vibration and others. The study of aviation physiology is aimed at developing methods and means to protect crews and passengers from the negative influence of these factors.

An important aspect of aviation physiology is the study of the body’s reactions to