Introduction: Literature showcases conflicting findings regarding the outcomes of ballistic fragment removal from the spine in gunshot wounds (GSW) patients. Further research in this area is needed to better comprehend the nuances of risks and benefits surrounding ballistic fragment removal from the spine in GSW patients. In this case report, we discuss the late-onset cervical prevertebral abscess which developed when a previously embedded bullet fragment migrated into the retropharyngeal space 11 years after an initial GSW.
Case Report: A 29-year-old male sustained a gunshot wound to the face in 2011. He was stabilized with a posterior C3-C6 lateral mass instrumentation and fusion. There were no attempts to remove the bullet fragments. In 2023, the patient returned with worsening neck pain. Imaging demonstrated a retropharyngeal abscess with interval rotation of the ballistic fragment by 90°. An abscess was noted anterior to the cervical vertebrae with a freely mobile ballistic fragment within.
Conclusion: This case highlights several questions: What is the criteria for radiographic surveillance of retained hardware? If there is documented movement, should this trigger further investigation? What complications can occur that warrant careful removal?
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http://dx.doi.org/10.13107/jocr.2024.v14.i07.4596 | DOI Listing |
Gun-related violence is becoming increasingly more common in the United States, and ballistic injuries pose a challenge to the orthopaedic surgeon on trauma call. The guiding principles of trauma care are almost exclusively based on blunt trauma, and the management principles do not always translate. Ballistic long bone fractures, particularly of the lower extremity, can often be managed with similar principles, although the injury pattern can make restoration of anatomic alignment a challenge.
View Article and Find Full Text PDFEur J Trauma Emerg Surg
December 2024
SECRAB Security Research, 147 63, Uttran, Sweden.
Purpose: Wounds from assault rifles and their commercial offspring have been encountered with increasing frequency in civilian practice. Our aim is to summarize wound ballistics related to the main injury patterns that can also affect management strategies.
Methods: An online search of the PubMed was conducted for research and review articles published after 2000 in English, using the MeSH terms "gunshot wounds", "mass casualty incidents", "war-related injuries", "soft tissue injuries", "vascular system injuries", "colon injuries", "wound infection", "antibiotic prophylaxis", "debridement", "hemorrhage", "penetrating head injuries", "pneumothorax" and additional free-text terms.
Arch Med Sadowej Kryminol
October 2024
Faculty of Medical Sciences, Academy of Silesia, Poland.
Introduction: The development of pneumatic shooting has led to the construction of technologically advanced devices with discharge energies similar to those of firearms. The pneumatic weapons ammunition market offers a variety of shot which varies in penetration properties and the extent of gunshot damage. In view of the ease of "tuning" of air rifles, a study was conducted of the inlet damage to the anterior femoral surface after pneumatic gunshots.
View Article and Find Full Text PDFBallistic facial trauma can cause complex fractures and overlying soft tissue damage, with a zone of injury that extends beyond the bullet tract. Early skeletal fixation is indicated, and previous large case series describe the use of debrided bone fragments as 'spare part' grafts. This series presents the indications and techniques for simultaneous coronoid bone grafting in 2 patients who sustained a gunshot wound to the right midface and required coronoidectomy.
View Article and Find Full Text PDFSoft Matter
October 2024
Department of Civil and Environmental Engineering, Northwestern University, Evanston, IL, USA.
Self-assembled polymer grafted nanoparticles (PGNs) are of great interest for their potential to enhance mechanical properties compared to neat polymers and nanocomposites. Apart from volume fraction of nanoparticles, recent experiments have suggested that nanoscale phenomena such as nanoconfinement of grafted chains, altered dynamics and relaxation behavior at the segmental and colloidal scales, and cohesive energy between neighboring coronas are important factors that influence mechanical and rheological properties. How these factors influence the mechanics of thin films subject to micro-ballistic impact remains to be fully understood.
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