What can be a consequence of not regularly performing peaking on a gamma camera?

Poor image quality is a direct consequence of not regularly performing peaking on a gamma camera because peaking is an essential calibration process that ensures the camera is correctly tuned to the energy levels of the detected gamma photons. This tuning optimizes the system's ability to visualize and differentiate between various tissues and pathologies by enhancing contrast and resolution in the images. If peaking is neglected, it can lead to inaccurate positioning of the energy peak, resulting in images that may be blurry, have poor contrast, or be affected by increased noise. These deficiencies can compromise diagnostic accuracy and ultimately affect patient care. Regular maintenance and calibration practices such as peaking are crucial for sustaining high-quality imaging capabilities in nuclear medicine.