Decompression 2

Decompression 2

Decompression is a process that involves reducing the pressure of a gas or liquid within a closed system. It can be used to remove gas from a confined space, such as a bottle or container, to increase the volume of gas, or for other purposes.

In medicine, decompression is used to treat various diseases such as Parkinson's disease or Alzheimer's disease. Decompression is also used to restore health after injuries associated with spinal cord damage.

However, decompression can be dangerous if performed incorrectly or without sufficient experience and knowledge. For example, if decompression is performed incorrectly, damage to the spinal cord can occur, which can lead to paralysis and other serious consequences.

Therefore, before carrying out decompression, it is necessary to carefully study all possible risks and consequences, and also contact qualified specialists who have experience with such procedures.

First of all, the question arises: why was the second decompression necessary at all? What to do with the second decompression? We can answer this question by looking at her history. At the time of their appointment, most governments declared the first decompression 2 years ago, and this step helped many countries emerge from the crisis. However, as it turned out later, some countries could not overcome the problems associated with inflation, economic downturns, rising debt and various other problems associated with uncertainty, as well as high levels of corruption. As a result, these countries have been unable to implement the reforms needed to ensure stability and prosperity in the future. So the second

Decompression sickness (DCS) is the medical term for sinus or any other acute form of disorder that occurs in divers as a result of excessive decompression. The rapid expansion of internal tissues of the body can lead to rupture of blood vessels, which in turn leads to the formation of hematomas or the accumulation of gas embolism and disruption of body functions. Decompression sickness occurs during rapid ascent from great depths. They most often occur when diving from a submersible or diving from inappropriate locations when the diver and equipment are not adapted to different depth conditions. Symptoms of decompression sickness begin with sensations of sharp pain or discomfort in the ears, eyes, head, neck, legs or back. Then there are disturbances of consciousness, bleeding, neurological symptoms and other defects in body functions. According to medical statistics, the incidence of decompressive illness after diving to depths greater than 80 meters ranges from 0 to 5 cases per million dives at depth. Underwater decompression can also occur in non-scuba divers when exposed to other gases. In the development of decompression sickness (DCS-1), two mechanisms are determined: 1. Primary hypoxic expansion in the arterioles and capillaries of the brain, followed by intravascular deposition of gas bubbles and the formation of gas balls in the brain as a result of pressure release from 4-5 atm. 2. Secondary destructive vasodilation and decreased vascular function with the formation of neuroembolized inflammatory foci in the vessels along the periphery of the head or against the background of the development of anemia and hypoxia of the brain parenchyma.