MIDDLETOWNThe Wound Care Center and Hyperbaric Services at Atrium Medical Center recently was recognized with a national award for clinical excellence.
The Center of Distinction Award was presented by Healogics, the nation’s leading and largest wound care management company. The center was also honored with the Healogics President’s Circle Award.
The awards recognize outstanding clinical outcomes for 12 consecutive months, including patient satisfaction higher than 92 percent, and a wound healing rate of at least 91 percent in less than 31 median days. (more…)
Smart bandages which can detect how well a wound is healing and send a progress report to the doctor will be trialled within the next year, scientists have said. The dressings are fitted with tiny sensors which can pick up blood clotting, or spot infections, and wirelessly send data back to a clinician. Swansea University, which is hoping to trial the bandages within 12 months, said the new technology could offer a personalised approach to medicine.
Currently patients with wounds are advised to return to the doctor in a certain amount of time. But each case may need a longer time to heal, or may have become infected before the visit. (more…)
Laughlin Center for Wound Care and Hyperbarics has been honored as the Wound Care Center of the Year as well as recognized with a national award for continued excellence in wound healing by Healogics Inc., a wound care management company.
Leaders, physicians and clinicians from Laughlin Center for Wound Care and Hyperbarics recently gathered to celebrate the center’s receipt of the Robert A. Warriner III Center of Excellence award, according to a news release.
One of many dreaded tags from a Centers for Medicare & Medicaid Survey is F-Tag 314 — Pressure ulcers.
CMS writes, “Each resident must receive and the facility must provide the necessary care and services to attain or maintain the highest practicable physical, mental, and psychosocial well-being, in accordance with the comprehensive assessment and plan of care.” (more…)
LUBBOCK, TX (NEWS RELEASE) – The Covenant Center for Wound Care & Hyperbaric Medicine has been honored as a Wound Care Center® of the Year by Healogics, Inc., the nation’s leading and largest wound care management company. The center also was awarded Center of Distinction and the President’s Circle Award.
The center has achieved patient satisfaction rates higher than 92 percent, a healing rate of at least 91 percent in less than 31 median days and healed almost 90 percent of its patients in less than 14 weeks. Out of the 630 Centers eligible in 2016, only seven centers across the country received this prestigious award. Covenant’s center was awarded as Center of the Year for the southwest region, which includes Texas, Oklahoma, Louisiana and New Mexico. (more…)
The World Health Organization defines palliative care as care that affirms life and views death and dying as part of a normal process, intends neither to speed nor delay death, provides relief from pain and other distressing symptoms, and offers support to the patient and family. (more…)
There are few absolutes in my universe. I know that my youngest daughter will gleefully and with full malice (but humorously presented) find something to torment me about every time I see her; referrals from family practice docs arrive well marinated in multiple antibiotics with nary a diagnosis in sight (save for the ubiquitous “infection”); and that regardless of what I recommend, offer, beg, plead, or cajole, that the patient has the complete and total power to make their decisions regarding their care and who provides it. Unless they are deemed by multiple authorities to be incapable of making a decision, until the appropriate paperwork or an emergency situation exists mandating immediate lifesaving action, the ball bounces squarely in their court…or so I thought. (more…)
When treating people for wounds, the care team preforms both a comprehensive diagnosis and comprehensive treatment, Kathy Khandaker, director of wound care at Community Hospitals and Wellness Centers-Bryan, told the Bryan Rotary Club at its Friday meeting.
The wound care clinic opened at CHWC in 2006, added ostomy care in 2007, continence care in 2010 and added a full-time physician in 2015. The care team includes a wound care nurse, a hyperbaric oxygen therapy technician and a receptionist in addition to the physician. (more…)
Chronic venous leg ulcers (CVLUs) affect nearly 2.2 million Americans annually, including an estimated 3.6% of people over the age of 65. Given that CVLU risk increases with age, the global incidence is predicted to escalate dramatically because of the growing population of older adults. Annual CVLU treatment-related costs to the U.S. healthcare system alone are upwards of $3.5 billion, which are directly related to long healing times and recurrence rates of over 50%.
CVLUs are not only challenging and costly to treat, but the associated morbidity significantly reduces quality of life. That makes it critical for clinicians to choose evidence-based treatment strategies to achieve maximum healing outcomes and minimize recurrence rates of these common debilitating conditions. These strategies, which include compression therapy, specialized dressings, topical and oral medications, and surgery, are used to reduce edema, facilitate healing, and avert recurrence. (more…)
Researchers have developed a new infection-blocking material made of peptide-containing nanofibers that works against antibiotic-resistant bacteria and could one day be incorporated into wound dressings (ACS Infect. Dis. 2017, DOI: 10.1021/acsinfecdis.6b00173).
The approach targets bacterial quorum sensing—a mode of chemical communication used by bacteria to detect other bacteria. When they sense that enough of their kind are present, they can mount an infectious attack.
It’s necessary for the skin to heal the wounds after getting injured. For the first time, scientists discovered that the changing stem cell dynamics contribute to wound healing. The main purpose of these studies was to understand how stem cells differentiate, migrate, and proliferate to repair the tissue damage after trauma.
A team from Université libre de Bruxelles (ULB) started their research on stem cells. Professor of ULB, Dr. Cédric Blanpain MD/Ph.D, WELBIO investigator and the lead researcher of this study, defined the cellular and molecular mechanisms that play active roles in wound healing. The research report was first published in the Journal of Nature Communications.
The skin of a creature is just like an outer shield which protects the inner tissues and other organs from outer injuries. If somehow the outer shield gets disrupted then body activates a cascade of cellular and molecular event to repair the damage and restore skin integrity. ScienceDaily reported that minor defects in these events lead to improper repair causing acute and chronic wound disorders.
In the new study, scientists revealed that distinct stem cells populations contribute in healing the wound. Although it is not cleared yet how proliferation, differentiation, and migration get balanced by stem cell populations during the healing process. Co-author of this study Dr.Sophie Dekoninck said in a statement,“The molecular characterization of the migrating leading edge suggests that these cells are protecting the stem cells from the infection and mechanical stress allowing a harmonious healing process”.
Each team has taken a different approach or tackled a unique situation or medical ailment, and that ensures a more well-rounded coverage that helps a larger pool of patients. However, few scientists have a more grand scope than Ronke Olabisi, a professor of biomedical engineering at Rutgers University.
Reaching for the stars
As the university explained in a recent press release, Olabisi is hard at work on several projects aimed at improving wound healing both on earth and during manned space missions. During space travel, especially as astronauts spend months at a time in stations, the lack of gravity has a huge impact on the human body. Muscle and bones will actually start to deteriorate, and tissues will lose much of their elasticity. Olabisi’s main goal is to study in-depth why this occurs and how to fix, and she believes she can apply much of the same knowledge to wound care on Earth.