What does ASV mean in HOSPITALS

An adaptive servo-ventilator delivers a continuous flow of air to the patient at prescribed pressures and can adjust its settings automatically to ensure optimal ventilation for the patient. The device uses sensors to monitor the patient's respiratory rate, pressure in the lungs and other parameters, which it uses to determine how much air needs to be delivered each breath. It then adjusts its settings according to these readings in order to maintain oxygen levels and carbon dioxide levels within normal limits.

An adaptive servo-ventilator is commonly used to treat patients with chronic respiratory conditions, such as COPD or sleep apnea. It can also be used in cases where patients are critically ill and unable to breathe on their own due to disease or injury.

Patients with chronic respiratory conditions who require constant monitoring and support will benefit from using an adaptive servo-ventilator. The device helps keep their oxygen levels stable and prevents further damage from taking place due to lack of oxygen. Additionally, caregivers who may be providing care around the clock will benefit from having access to this device as it allows them more time away from their duties while still ensuring that their patients receive adequate ventilation support.

Despite its many advantages, there are still several potential risks associated with using an Adaptive Servo-Ventilator, such as an increased risk for infection if not properly maintained or operated correctly by inexperienced users; mechanical failure or malfunction resulting in inadequate ventilation support; and displacement of tracheal tubes or catheters causing damage or injury due to improper insertion or operation mistakes (eg user error).