Application of Computed Tomography in Wound Ballistics

The application of computed tomography (CT) in the field of wound ballistics has emerged as a critical tool for enhancing the understanding and assessment of ballistic injuries.This paper examines its function in forensic and clinical settings from a number of angles, including its limitations, ramifications, and capacities.Beginning with an overview of the basic concepts of wound ballistics, we next go over several case studies that show how effective CT is at explaining intricate projectile paths and injury patterns, especially in unusual situations like penetrating brain injuries and abdominal trauma.Because CT is non-invasive and can visualise wound tracks in great detail, it is superior to traditional modalities, according to a comprehensive assessment of the literature that highlights developments in imaging techniques.In the discussion section, the development of CT applications in forensic investigations is critically evaluated, with particular attention paid to its usage in virtual autopsy methods that make it easier to trace bullet pathways and identify bullets inside the human body.In order to improve the precision of ballistic evaluations and medical treatments in trauma care, we advocate for the use of CT in routine forensic practice.we highlight the importance of research in this field as well as the mechanics of bullet strikes on human tissues.