Center for Health Equity Research
Virtual Visit Request info Apply
MENUMENU
  • About
    • Our mission
    • CHER team
    • Affiliated faculty
    • Support CHER
  • Initiatives
    • Southwest Health Equity Research Collaborative (SHERC)
    • Center for Native American Cancer Health Equity (C-NACHE)
    • Diné College-NAU Collaboration
    • Community Health Workers
    • Health Equity for People With Disabilities
    • Criminal Justice and Public Health Interface
    • Completed Initiatives
  • Projects
    • Current Projects
      • CEAL
      • Evaluating Arizona’s Health Start Program
      • Great Beginnings for Healthy Native Smiles
      • Impacts of the Gold King Mine Spill
      • Special Diabetes Program—Hualapai Tribe
      • Yavapai Communities for Young Children
    • Completed Projects
  • Resources
    • Reports
    • TAG Service Center
    • CHER Anti-Racism Resources
    • Regional Needs and Assets Assessment
    • Local, Regional, and National Resources
  • Training
    • C-CART: Culturally-Centered Addictions Research Training
    • Graduate Certificate in Translational Research Education in Adolescent Drug Abuse
    • Arizona Biomedical Research Center (ABRC) Education Series
  • Publications
  • News
  • Events
    • Upcoming events
    • Past events
  • NAU
  • CHER
  • CHER & SHERC news

NAU Researchers Invent Technology That Speeds Healing and Prevents Infection Invented

Posted by ag2827 on September 3, 2019

Men in lab coats holding a vile up to the camera

The American population is aging, and conditions such as diabetes and cardiovascular disease are on the rise. With those factors in place, the medical community has growing concerns about wound treatment. According to the American Professional Wound Care Association, about 15 percent of Medicare recipients suffer chronic, nonhealing wounds with an annual cost of about $30 billion.

One challenge physicians repeatedly face in treating wounds is the threat of bacterial infection. Closing the wound helps reduce the risk, but if pathogens infect the compromised tissue, they can readily form biofilms, hardy communities of cells covered by a protective biopolymeric layer. This layer is difficult for conventional antibiotics to penetrate, and as a consequence, biofilm-mediated infections require long treatment regimens. Microbial biofilms can result in chronic infection and often cause havoc in hospitals, where they can spread.

Continue reading here 

Filed Under: News

Categories

Tags

Alexandra Samarron Amanda Hunter Amanda Pollitt Amit Kumar Amy Gelatt AZ CEAL C-CART Carly Camplain Carmenlita Chief Carolyn Camplain Center for Health Equity Research CHER CHER/SHERC newsletter Community Health Workers COVID-19 COVID-19 and health equity Diné College Dulce Jimenez Emery Eaves Fairness First campaign Fairness First podcast health equity health promotion Heather Dreifuss Heather Williamson ISEP summer program Julie A. Baldwin Julie Baldwin Kalvina Belin Kristan Elwell Linnea Evans Mark Remiker Melinda Smith NARCH National Institute on Minority Health and Health Disparities NAU News Nicolette Teufel-Shone Omar Gomez Pilot Project Program research Ricky Camplain Samantha Sabo SHERC Southwest Health Equity Research Collaborative Travis Pinn

Archives

Home
Location
Room 110-140 Building 56
Applied Research and Development
1395 Knoles Drive
Flagstaff, Arizona 86011
Mailing Address
PO Box 4065
Flagstaff, Arizona 86011
Email
cher@nau.edu
Phone
928-523-9104
Social Media
Visit us on Twitter Facebook Instagram LinkedIn