Extensor Tendon Lacerations to the Foot
A young man is brought into an emergency department after an electric lawn edger cut through his work boot and into the dorsum of his right foot. He has a clearly contaminated 5 cm x 1 cm laceration on the lateral side, and an underlying tendon is exposed. Sensation is diminished around the wound and he is unable to actively extend his 5th toe past a neutral position. How would you diagnose and repair his extensor tendon injury?
Robust and comprehensive studies now support specific management guidelines for patients presenting with different intracranial hemorrhages (ICH). From the Emergency Department perspective, the primary dilemmas involve specific blood pressure goals and whether seizure prophylaxis with phenytoin is necessary. The 
Wound irrigation is arguably one of the most important steps in closing a laceration, because all lacerations should be considered to be contaminated. Irrigation is considered the foundation in preventing infection. A common way to cleanse a wound is to irrigate a wound using a 20 cc syringe, angiocatheter, and splash protector. To achieve 500 cc of irrigation, however, it would require 25 syringe refills! Is there a better, cost-effective alternative?
The NIH Stroke Scale is used to assess the severity of a suspected stroke. It includes 11 neurologic exam components that can be quickly performed at the bedside. The second component of the NIH Stroke Scale is testing of voluntary horizontal eye movements, a.k.a., “best gaze”.