By leveraging inkjet printing technology, smart wound dressings could be more affordable than ever.
Over the last several years, researchers across the world have been developing a series of smart bandages. These state-of-the-art bandages make use of cutting-edge technology to improve wound care outcomes.
One such option, created by a team from the University of Texas at Arlington, can transmit read-outs to doctors on individual wounds. Another equally innovative bandage uses special software to predict bedsores before they reach critical state. Some bandages, like one from a group at Northwestern University, feature a patented blend of proteins and polymers to aid wound healing.
Now, another intriguing new smart bandage has emerged courtesy of a group from the King Abdullah University of Science and Technology in Saudi Arabia.
The food service industry has inspired an innovative new wound dressing.
As it stands now, the wound care industry is full of powerful dressing options. Hydrocolloid dressings, for instance, use gel to maintain the moisture around a wound site. Iodine impregnated dressings manage more complex injuries like chronic ulcers and low-level burns. Foam dressings are another common choice, and can greatly reduce patient pain and discomfort thanks to self-adhering strips. Collagen has become similarly popular for a wide array of benefits, including how it encourages major healing processes like debridement and angiogenesis.
Even with all of these dressings already available, scientists the world over are always looking for new and more effective options to help patients. Now, a team of doctors from Iran have unveiled a new wound dressing with plenty of possibilities for improving healing for people everywhere.
Moisture is essential for wound healing, and a new dressing makes it easier to monitor dryness.
There are several different types of wound dressings available, and each one has its own benefits and primary purpose. For instance, alginate dressings are better for wounds with excessive drainage, while the moisture of hydrogel makes dead tissue removal a breeze. Despite these differences, there is one thing that unites most wound dressings: They have to be removed and reapplied with some frequency.
Changing dressings can sometimes be difficult, especially as doctors try to prevent extra trauma to the wound. But one factor that complicates removal is knowing when to swap out wound dressings. This can vary depending upon the wound type, how fast it is healing and even the doctor’s personal preference. Now, an innovative 13-year-old may have taken some of the guesswork out of dressing changes.
A new electronic device could heal wounds through a method that cannot be replicated with other dressings.
In the U.S. alone, there are nearly 7 million who must live with nonhealing chronic wounds, according to the U.S. Centers for Disease Control and Prevention. There are several methods to deal with these problematic wounds, including specialized dressings and innovations in hyperbaric oxygen therapy. An exciting new treatment on the horizon is electrical stimulation.
Doctors use varying forms of electrical charge to help stimulate wound healing. One such project, created by a team from Washington State University, makes use of an electronic scaffold device to help wounds heal more effectively.
Now, a team from the Ohio State University Center for Clinical and Translational Science has announced an exciting breakthrough in the use of electrical currents to maximize wound care potential.
Educating yourself on how to pack wounds will help to ensure proper wound healing.
Deep wounds require special dressings and an understanding of how to pack wounds to encourage healing and reduce the risk of bacterial infection. Proper wound packing is crucial for tissue growth at the wound’s base to prevent the premature closure of the wound and the formation of abscesses. By following the instructions below and the individual recommendations of your doctor, you can promote healthy wound healing.