Which of the following is a consequence of improper framing in fluoroscopy?

Improper framing in fluoroscopy can lead to both an increased patient radiation dose and reduced image quality.

When fluoroscopic systems are not properly framed, it often results in the operator needing to increase exposure times or adjust the settings to compensate for visualization issues. This adjustment can lead to a higher radiation dose for the patient, as more X-ray exposure is required to achieve a diagnostic image.

Additionally, improper framing can diminish the clarity and quality of the images obtained during the procedure. When the anatomy of interest is not correctly positioned within the fluoroscopic field, or if the framing does not adequately encompass the area being examined, the resultant image may be blurry or poorly defined. This reduced image quality can hinder diagnostics and the overall effectiveness of the procedure.

Thus, the correct choice highlights the significant consequences of improper framing, encompassing both the increased radiation dose to the patient and the detriment to image quality, underscoring the importance of proper imaging techniques in fluoroscopy for safe and effective patient care.