Cochlear implants, via direct electrical stimulation of the auditory nerve, allow the restoration of hearing and speech recognition in both adults and children having sensorineural deafness. These devices typically contain both extemal components (speech processor, microphone, transmitter) and intemal components (including the cochlear stimulator and electrode array), which are surgically placed under the skin behind the ear and in the cochlea.
Thrombin and thrombin peptides play a role in initiating tissue repair. The potential safety and efficacy of TP508 (Chrysalins) treatment of diabetic foot ulcers was evaluated in a 60-subject, prospective, randomized, double-blind, placebocontrolled phase I/II clinical trial.
It is well established that the use of traditional nonsteroidal anti-inflammatory drugs (NSAIDs) increases the vulnerability of the gastrointestinal (GI) mucosa for the development of peptic lesions and serious ulcer complications. In addition, selective and traditional NSAIDs have also been associated with increased frequency of cardiovascular toxicity, especially in susceptible patients.
A wound patient plan of care is not complete without assessing the need for nutritional support. Wound repair, provided ot os not hindered by systemic or local factors that delay healing, takes place pn a continuum-all cellular events in the wound repair process follow a predictable course and order.
During the last twenty-five years, a remarkable revolution in the pathophysiology and treatment of gastric (GU) and duodenal (DU) ulcers has occurred. Effective therapies were developed not only to heal ulcers but also to cure most patients.
It is a common error that an attorney retains the wrong type of expert to testify in a lawsuit. This error is particularly common when the expert is a medical specialist. It is widely believed that a medical doctor who specializes in a particular organ system is qualified to formulate opinions and testify as to all issues concerning that organ system.
The primary Objective of the Berkeley lower Extremity Exoskeleton (BLEEX) Project at the University of California, Berkeley is to develop fundamental technologies associated with the design and control of energetically autonomous lower extremity exoskeletons that augment human strength and endurance during locomotion.