This involves the application of tightly bound wraps to the affected limbs or regions in order to provide support to the vascular system, which might be operating under lower pressure than it should due to the wearing out of the vascular walls and muscles that support the efficient flow of blood to and fro the tissues that need it.

Technological progress has made it possible to develop special dressing materials made out of smart polymers that work by adjusting their absorptive qualities depending on the hydration levels of the wound area, among other specialized positive actions. Antibiotics may also be employed topically to non-healing ulcers and these help by reducing the bacterial levels present in the wounds in question while maintaining the optimal levels of environmental moisture suitable for wound repair.

There are plenty of measures that patients will be able to implement in the treatment and management of non-healing ulcers if armed with the proper knowledge and aids where required. Regular cleaning and disinfecting of wounds, proper bandage care, manual repositioning of paralyzed limbs, and avoidance of habits that contribute to the incidence or severity of these types of ulcers will be of significant benefit to many.

This treatment method works by pulling away the fluid in the wound that nourishes bacteria by the application of negative pressure. It is also known as vacuum-assisted wound closure for this reason. This action will also reduce tissue swelling and bring up fresh blood and nutrients to the problem area, which assist in the healing processes.

In many cases, surgical procedures may be called for to rectify any underlying conditions that might be remedied in this way. Patients with atherosclerosis or blood clots in their vascular system, for example, might undergo surgical procedures to remove these clots or clear built-up cholesterol plaques in their system, thus removing the condition that encourages the formation and persistence of non-healing ulcers.

Growth factors refer to the biomaterials generated naturally in our bodies that play the role of replacing tissues as they are damaged or degraded, as in the case of wounds and infections. These factors include epidermal growth factor, insulin-like growth factor (IGF), vascular endothelial growth factor (VEGF), and more. What your medical practitioner will do is introduce or stimulate these factors directly onto the wound in order to speed up the healing and re-growing processes.

Skin grafts taken from donors (cadaver, usually) are another option here referred to as allografts. These grafts provide a covering to the wound without integrating with the host body and work by encouraging and providing a structure for the growth of epithelial cells. Severe cases might not be suitable for this intervention, however, and will do better with grafts taken from elsewhere on the patient’s own body.