Abstract & Overview
CT scan is a very important image modality for examining the patient due to the information we receive from it in a very short time. Receiving high-quality images is challenging but the evolution of the CT scan has helped the radiology technician a lot. In this article, we are going to focus on metal reduction artifacts. In polytrauma hospitals, when orthopedic, neurosurgical, and surgical clinics are mostly with patients that have implants on them, having tools to reduce the artifacts from metals is crucial to not miss anything in regions around. The aim of this article is to show the effectiveness of I-MAR as an important tool to use in patients with implants on, especially in thorax and neck regions. Material and methods: In this article we are showing 2 study case images from 2 patients received from our CT scan in radiology department of University Trauma Hospital. Siemens CT go. Top is a 128-slice scan with two beam sources. Conclusion: After comparing the raw dates images and images with I-MAR on, we concluded that I-MAR is a very useful algorithm to reduce artifacts. By using it we can receive more information about soft tissues around the implant and the regions nearby affected by artifacts. Using this algorithm helps the technician receive a better-quality image.