Gunshot wound

Conventional and contrast-enhanced ultrasound assessment of craniocerebral gunshot wounds

D. Deng, Dan, G., Tao, J., Wu, X. - B., Chen, Z., Chang, M., Liao, M. - S., and He, F., Conventional and contrast-enhanced ultrasound assessment of craniocerebral gunshot wounds, vol. 14, pp. 3345-3354, 2015.

This study aimed to investigate the characteristic features of craniocerebral gunshot wounds by conventional ultrasound (CUS) and evaluate the efficacy of contrast-enhanced ultrasound (CEUS) in differentiation of tissue condition in wounds. Twenty crossbreed dogs (treatment: N = 15; control: N = 5) were used in the study. Pipe-shaped hyperechoes of varying size were found by CUS in most of the treated animals. The echoic areas were distinct from the neighboring brain tissue and did not change with time.

Ultrasonic imaging of gunshot wounds in pig limb

Q. Li, Deng, D., Tao, J., Wu, X., Yi, F., Wang, G., and Yang, F., Ultrasonic imaging of gunshot wounds in pig limb, vol. 14, pp. 4291-4302, 2015.

We investigated wound tract extension of traumatic gunshot wounds in limb soft tissues as well as wound tract sonographic features and change-patterns when the limb position was changed. The experimental animals included 8 healthy crossbred pigs in the Chengdu plain region. Chinese Type 53 Carbine was used to establish the gunshot wound model of porcine soft tissues. Gunshot-injured zones in the soft tissues were dynamically observed at different time points using ultrasonic technology.

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