The phrase "a decrease in ventilation" is correct and usable in written English.
It can be used in contexts discussing respiratory health, environmental conditions, or mechanical systems where airflow is relevant.
Example: "The patient showed signs of distress, indicating a decrease in ventilation that required immediate medical attention."
Alternatives: "a reduction in airflow" or "a drop in ventilation".
Inhomogeneity increased mainly due to an increase in the heterogeneity of tissue compliance in the peripheral airways, airway closure and a decrease in ventilation through collateral channels [24].
A decrease in ventilation leading to apnea at concentrations of between 1.5 and 2.0 MAC can be observed.
Using another approach, Adler et al. reported that EIT was able to demonstrate a decrease in ventilation after pulmonary fluid instillation [ 40].
Possible explanations for these inconsistencies include the impact of corn oil vehicle use during gavage (Staats et al. 1991) and the impact of a decrease in ventilation rate in mice due to sensory irritation during the inhalation of solvents (e.g., Stadler and Kennedy 1996).
One can hypothesize that adaptation to the higher altitude as well as the regular exercise as part of the rehabilitation program led to a decrease in ventilation and thus the stimulus during the ECT and therefore a lower sensitivity for the diagnosis of exercise induced bronchoconstriction.
For a given level of minute ventilation, an increase in dead space ventilation implies a decrease in alveolar ventilation, and hence an increase in arterial carbon dioxide tension (PaCO2).
The abyssal waters bathing sites 17PC and 31BB (NPDW) were most recently at the surface in the Southern Ocean, and therefore any decrease in ventilation rate or increases in respiration along the flow pathway could reduce oxygen delivery to the central equatorial Pacific Ocean.
However, with increasing age, a decrease in minute ventilation (normalized to body weight) was evident in former BPD infants.
9 10 However, even in patients with stable chronic obstructive pulmonary disease, hyperoxia leads to a decrease in minute ventilation and an increase in transcutaneous carbon dioxide.
Provided intact feedback exists to the patients' central respiratory regulation, patients experience a decrease in minute ventilation (via increasing PaCO2) and lung volumes (for example, FRC (via PaO2 and stretch receptors)) when disconnected from the ventilator.
Collapse is defined as a local decrease in ventilation after a reduction in PEEP; over-distention is a local decrease in ventilation after an increase in PEEP.4.
