Many experts in the field emphasize the importance of multidisciplinary care for the diabetic foot given the potential risks of infected wounds and amputation. The presence of diabetes can lead to multiple complications for the healing of wounds. Podiatry Today features an array of related articles on topics that range from wound dressings and living skin equivalents to peripheral neuropathy, diabetic foot infections and MRSA. Feel free to browse through our articles below.
What You Should Know About Using HBO In Diabetic Wounds
According to the CMS, patients must meet each of the following three criteria: ? the patient has a wound classified as Wagner grade III or higher; and ? One should evaluate patients for functional outcome.
Pay For Performance: How Will It Impact Diabetic Foot Care?
Most doctors try to deliver the highest level of medical care they can. What defines quality healthcare? consistent documentation of care; For patients with wounds, one should: ?
Are Tissue Replacements Cost Effective?
Diabetic wounds can become chronic and non-healing for multiple reasons. Each product mentioned below has different indications. Tissue replacements are cost effective because they reduce the healing time of chronic wounds.
Assessing The Potential Of Nitric Oxide In The Diabetic Foot
Nitric oxide is an endogenous gas produced by cells with many diverse physiological effects. There are two relevant components of NO on wound healing. Nitric oxide plays an important role in the vascular system and the inflammatory process.
When Diabetic Foot Ulcers Can Be Managed At Home
Obviously, severe, limb-threatening infection or ulceration requires hospital care. A Grade III-D ulceration is a deep, infected ischemic ulceration. Keep in mind that not all diabetic ulcers are infected.
Although debridement can help facilitate healing in lower extremity diabetic wounds, there are key considerations to keep in mind when selecting an appropriate method of debridement. With this in mind, this author discusses the pros and cons of sharp, enzymatic, mechanical and other forms of debridement.