What is the consequence of improper positioning during radiographic imaging?

Improper positioning during radiographic imaging can lead to multiple negative outcomes. First, it can result in increased radiation exposure to the patient, as the radiologic technologist might need to repeat the imaging to obtain a diagnostic-quality image, thereby increasing the total radiation dose received.

Secondly, image distortion occurs when the anatomy is not aligned properly in relation to the x-ray beam. This misalignment can cause parts of the anatomy to appear larger, smaller, or in an incorrect spatial relationship, leading to potential misinterpretation of the images.

Finally, decreased image quality is another consequence of improper positioning. This can manifest as blurriness or artifacts that obscure critical details, making it challenging for radiologists to make accurate diagnoses.

Thus, all of these factors—radiation exposure, distortion, and quality issues—are interconnected and highlight the importance of correct positioning in ensuring effective and safe radiographic practices.