An alveolar plateau refers to the phase during a pulmonary function test when stable alveolar gas exchange occurs, resulting in a horizontal line on the volume-time curve. This plateau indicates that sufficient time has elapsed for oxygen and carbon dioxide to equilibrate between the alveoli and the capillaries. It is used to assess the efficiency of gas exchange in the lungs.
NO
The word "cat" is an example of a compound alveolar as it is composed of the alveolar consonants /k/ and /t/.
The point on the capnographic waveform that represents a mixture of alveolar gas and dead space gas is known as the "initial upstroke" or the "beginning of the expiratory phase." This occurs at the start of expiration when exhaled air first contains carbon dioxide from the alveoli, mixed with air from the conducting airways or dead space. This mixture results in a gradual rise in the capnography trace before achieving a plateau during the exhalation of primarily alveolar gas.
About 90% of the alveolar surface is made up of type I alveolar cells, also known as type I pneumocytes. These thin, flat cells facilitate gas exchange by allowing oxygen and carbon dioxide to pass through easily. The remaining alveolar surface is primarily composed of type II alveolar cells, which produce surfactant to reduce surface tension and prevent alveolar collapse.
The most numerous cells in the lungs are the alveolar epithelial cells, specifically the type I alveolar cells which make up about 95% of the alveolar surface area. These cells are responsible for gas exchange and maintaining the structural integrity of the alveoli.
NO
The word "cat" is an example of a compound alveolar as it is composed of the alveolar consonants /k/ and /t/.
Alveolar macrophages, aka DUST CELLS.
Alveolar ridge in Yoruba can be translated as "ilẹ̀ iigboori."
The point on the capnographic waveform that represents a mixture of alveolar gas and dead space gas is known as the "initial upstroke" or the "beginning of the expiratory phase." This occurs at the start of expiration when exhaled air first contains carbon dioxide from the alveoli, mixed with air from the conducting airways or dead space. This mixture results in a gradual rise in the capnography trace before achieving a plateau during the exhalation of primarily alveolar gas.
alveolar fluid
Pulmonary alveolar proteinosis (PAP) is a rare disease of the lungs.
Inferior alveolar artery
About 90% of the alveolar surface is made up of type I alveolar cells, also known as type I pneumocytes. These thin, flat cells facilitate gas exchange by allowing oxygen and carbon dioxide to pass through easily. The remaining alveolar surface is primarily composed of type II alveolar cells, which produce surfactant to reduce surface tension and prevent alveolar collapse.
Surfactant is produced by the type II alveolar cells in the lungs. These cells secrete surfactant which helps lower surface tension in the alveoli, preventing collapse and facilitating gas exchange.
Intra-alveolar pressure is also known as the machinal chain.
No, alveolar elasticity would not directly lead to laryngitis or influenza.