https://www.selleckchem.com/products/loxo-292.html Well leg compartment syndrome is a rare postoperative condition that occurs as a result of non-traumatic ischemic insult. It has similar pathophysiology to compartment syndrome; however, no definitive etiology is identified. Several risk factors such as patient position, leg position, young age, and high BMI for the development of this condition are considered. A 30 years old male smoker and overweight, underwent mandibular and maxillary osteotomies in reverse Trendelenburg position. He developed a WLCS post-operative and treated with fasciotomy. Increased Awareness of this rare occurrence and predisposition aids in understanding and prompt management. This article provides a rare case that has occurred in reverse Trendelenburg position with less obvious risk factors than typically reported in the literature. Increased Awareness of this rare occurrence and predisposition aids in understanding and prompt management. This article provides a rare case that has occurred in reverse Trendelenburg position with less obvious risk factors than typically reported in the literature.Experts have proven that photobiological regulation therapy for spinal cord injury promotes the spinal repair following injury. The traditional irradiation therapy mode is indirect (percutaneous irradiation), which could significantly lower the effective use of light energy. In earlier studies, we developed an implantable optical fiber that one can embed above the spinal cord lamina, and the light directly is cast onto the surface of the spinal cord in a way that can dramatically improve energy use. Nonetheless, it remains to be seen whether near-infrared light diffused by embedded optical fiber can have side effects on the surrounding nerve cells. Given this, we implanted optical fiber on the lamina of a normal spinal cord to observe the structural integrity of the tissue using morphological staining; we also used immunohistochemistry to detect inf