After sustenance, the mandible receives the most impact following trauma, making it the most generally recognised form of fracture. Accurate data collecting is difficult due to the diversity of information available around the world. Nonetheless, automotive accidents (43 percent) appear to be the most common cause, followed by assaults, work injuries, falls, and sports-related injuries. Fracture propogation process is altered by a more slender anatomy with biomechanically changing muscles. The inferior alveolar nerve (IAN) may be encased, causing loss of sensation in the chin and lip area. According to reports, pre-treatment IAN deficits were 5.7 percent -58.5 percent and post-treatment IAN deficits were 0.4 percent -91.3 percent. There are certain gold standard testing methods for Trigeminal nerves (Zuniga and Essick; modified British medical research scale), which were later updated by Mackinnon-Dalon. In actuality, these are rarely employed. Regardless, a strong adjustment for routine evaluation is required. The following texts have attempted to envision the usage of locally available technology and resources that can be used for neurosensory evaluation in our dental clinic. This shows to be a cost-effective, quick, and efficient method of documenting IAN neurosensory stats.
Author(s) Details
Vishal Kulkarni
Department of Oral and Maxillofacial Surgery, India.
N. K. Sahoo
Department of Oral and Maxillofacial Surgery, India.
View Book:- https://stm.bookpi.org/NEIANMKDO/article/view/5215
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