What can result from using a correct protocol in a lung ventilation study?

Using a correct protocol in a lung ventilation study is crucial for achieving higher quality images and conducting accurate assessments. A well-defined protocol ensures standardized procedures are followed, which minimizes variability in image acquisition and data interpretation. This consistency allows for better visualization of lung function and abnormalities, resulting in images that are clearer and more reliable.

Additionally, when the correct procedures are in place, factors such as radiopharmaceutical dosage, imaging timing, and patient positioning are optimized. This leads to enhanced diagnostic capabilities, as clinicians can make informed decisions based on precise and vivid images that represent the patient's lung physiology. High-quality images strengthen the diagnostic confidence in assessing conditions such as pulmonary embolism or chronic obstructive pulmonary disease, thereby improving patient management and outcomes.

In contrast, inconsistent imaging results, increased radiation exposure, and prolonged imaging duration are typically outcomes of improper protocols or execution deficiencies rather than the result of using a correct and established protocol.