Key result
Handheld ultrasound devices used as an adjunct to physical examination increase clinical diagnostic accuracy and provide quantitative information about cardiopulmonary disease severity.
Why the study?
Does the use of handheld ultrasound devices as an adjunct to physical examination improve diagnostic accuracy and guide treatment in patients with cardiopulmonary disease?
Does the use of handheld ultrasound devices as an adjunct to physical examination improve diagnostic accuracy and guide treatment in patients with cardiopulmonary disease?
Handheld ultrasound devices serve as a rapid, simple bedside adjunct to physical examination, enhancing diagnostic accuracy and guiding management for various cardiopulmonary disorders.
May support bedside use in cardiopulmonary assessment; leaves open need for RCTs on outcomes and implementation.
Handheld 2D ultrasound devices (HUDs) have become available as an adjunct to physical examinations, visualizing the heart and lungs in real time and facilitating prompt patient diagnosis and treatment of cardiopulmonar.y disorders. These devices provide simple and rapid bedside alternatives to repetitive chest x-rays, standard ultrasound examinations and thoracic CT scans. Two currently available HUDs are described. This paper discusses the use of HUDs in the diagnosis of patients with pericardial effusion and tamponade, ventricular dilation, aortic and mitral regurgitation, cardiogenic pulmonary edema, viral and bacterial pneumonia, pleural effusion and pneumothorax. The use of a HUD by physicians increases clinical diagnostic accuracy, adds quantitative information about cardiopulmonary disease severity and guides the use of medications and interventions.
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Robert J. Henning (2022) conducted a review in Cardiopulmonary disease. Handheld 2D ultrasound devices (HUDs) vs. Physical examination and standard imaging was evaluated on Clinical diagnostic accuracy. Handheld ultrasound devices used as an adjunct to physical examination increase clinical diagnostic accuracy and provide quantitative information about cardiopulmonary disease severity.
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