Gunshot injuries in the neck area: ballistics elements and forensic issues

Area of Science:

• Trauma surgery
• Radiology
• Anatomy

Background:

• The neck contains numerous vital structures within a small area, making penetrating trauma complex.
• Gunshot wounds involve projectile-anatomy interaction, with mass and velocity dictating tissue damage.
• Effective management of neck gunshot injuries necessitates a thorough understanding of cervical anatomy.

Purpose of the Study:

• To highlight the critical role of radiologists in managing gunshot wounds to the neck.
• To emphasize the importance of anatomical knowledge in treating penetrating neck trauma.
• To detail the radiological assessment of missile trajectory and injury extent.

Main Methods:

• Utilizing plain film radiography for initial assessment of missile path in emergency settings.
• Employing multidetector row computed tomography (MDCT) for detailed analysis of projectile trajectory and fragmentation.
• Radiological evaluation to determine the extent of wounding and identify secondary missile paths.

Main Results:

• Radiologists can significantly aid in the successful treatment of patients with gunshot neck injuries.
• Imaging techniques like plain film and MDCT are vital for assessing the missile path in emergency conditions.
• Evaluation of missile fragmentation and secondary paths provides crucial information on the injury's extent.

Conclusions:

• A clear understanding of neck anatomy is fundamental for managing gunshot injuries.
• Radiological assessment, including MDCT, is essential for determining missile path and injury severity.
• Radiologists play a key role in guiding surgical and medical management of penetrating neck trauma.