The presence of diabetes can have a negative impact on wound healing rates. Increased glucose levels can stiffen the arteries and contribute to narrowing of the blood vessels. This can influence pressure injury development and is a risk factor for impaired wound healing.
As the fourth of July rolls around, hospitals and clinics all over the country will begin to see an increase in burn incidents. According to the Consumer Product Safety Committee, 68% of the estimated total fireworks-related injuries in 2016 happened between June 18 and July 18.1 From simple blisters obtained by holding a sparkler too close, to third-degree, full-thickness burns obtained from a stray firework, it is important that health care providers know how to effectively manage burn injuries.
Successful utilization of the TIME model for wound bed preparation requires a working knowledge of chronic wound tissue types. In addition, building on this foundational knowledge is the development of accurate wound assessment skills. These components combined will assist the clinician in implementing the appropriate interventions for each wound.
Viable Chronic Wound Tissue Types
The term "viable" describes vascular tissue with dynamic biological activity.
Before embarking on the journey of wound bed preparation, the goals for wound care should be carefully considered. A realistic look at the goals and expectations from the perspective of the patient as well as the wound care team is the first step in developing and implementing the appropriate plan of care.