What is the respiratory cycle?

The basic definition of the respiratory cycle, also known as the respiratory cycle, is the cooperation of the membrane and ribbed muscles that allow inhalation and exhalation or breathing in and out. The contraction of numerous muscles increases the size of the chest cavity and it is a process that takes place after inhalation, during which the diaphragm - muscle structure that separates the chest cavity from the abdominal cavity - moves down and ribs move up and out. This extension of the chest cavity causes air flow into the lungs. After inhalation, the membrane and the rib muscles are released. The membrane rises and the rib muscles move down and inward, causing a decrease in the size of the chest cavity and then flowing from the air from the air from the lungs. Breathing rates for children and infants should be 15 to 30 times per minute and 25Do 50 times per minute. These are considered to be normal rates that should allow one to be able to speak in full sentences without the spirit. Should also have normal skin color, have a normal mental condition and be orientied to a person, place and time.

One aspect of determination of adequate breathing involves evaluating the breathing cycle of a person. The presence, occurrence and quality of the respiratory cycle together with adequate circulation are carefully monitored by the healthcare providers, because without sufficient breathing and circulation, life cannot be maintained regardless of any other type of medical intervention. This meaning often refers to emergency doctors (EMT) as ABCS: respiratory tract, breathing and circulation.

Whenever the respiratory cycle is insufficient in quality or rarely occurs, Ondice is known as hypoxia. Hypoxia is an insufficient amount of oxygen in the body tissues, leading to cell damage and eventually death if there is no medical intervention. Rescue breathing must be carried out on a patient in such a condition to provide the corresponding respiratory cycle according to the specified normal age -based rates. What do you considerE may vary slightly between medical systems in which they practice the appropriate breathing speed.