Officials at Texas Tech University System’s Office of Technology Commercialization announce the signing of an exclusive worldwide license agreement for a chemical additive called an aptamer that makes certain existing antibiotics viable against antibiotic-resistant bacteria.
The agreement is with RI Scientific LLC for the development and commercialization of metallo-beta-lactamase inhibitors, short chains of nucleic acid that have demonstrated the ability to eliminate bacterial resistance to antibiotics.
“This technology is extremely important in terms of the number of people who can benefit from it,” said David L. Miller, vice chancellor for commercialization. “We believe that RI Scientific has the ability to work with a number of pharmaceutical companies through the clinical testing process to have the aptamers incorporated into many of the commonly used antibiotics that the medical community now depends on.”
The patented technology was developed by Robert W. Shaw, acting chairman of the Department of Chemistry and Biochemistry at Texas Tech, and Sung-Kun Kim, an assistant professor at Baylor University.
“The use of this aptamer may turn back the clock for many existing antibiotics that have lost their effectiveness due to the emergence of antibiotic-resistant bacterial strains,” Shaw said. “Beta-lactam antibiotics, such as penicillins and cephalosporins, account for billions of dollars in annual sales in the United States alone. Antibiotic-resistant bacteria present a major problem to the medical and pharmaceutical industries.”
When used in conjunction with these antibiotics, the aptamers overcome enzymes produced by resistant bacteria that allow them to survive exposure to antibiotics.
RI Scientific LLC is a biotechnology consulting company based in Cranston, R.I. It’s focused on discovering and commercializing drug therapeutics.
“We are looking forward to working with Dr. Shaw in our pre-clinical studies to validate this technology” said Gavin Scotti, chief executive officer of RI Scientific LLC. “We believe this technology holds the promise of helping many pharmaceutical companies maintain the effectiveness of drug portfolios they have spent many years and millions of dollars to develop.”
Revolutionizing Infection Prevention: How Fewer Hand Hygiene Observations Can Boost Patient Safety
December 23rd 2024Discover how reducing hand hygiene observations from 200 to 50 per unit monthly can optimize infection preventionists' time, enhance safety culture, and improve patient outcomes.
Redefining Competency: A Comprehensive Framework for Infection Preventionists
December 19th 2024Explore APIC’s groundbreaking framework for defining and documenting infection preventionist competency. Christine Zirges, DNP, ACNS-BC, CIC, FAPIC, shares insights on advancing professional growth, improving patient safety, and navigating regulatory challenges.
Addressing Post-COVID Challenges: The Urgent Need for Enhanced Hospital Reporting Metrics
December 18th 2024Explore why CMS must expand COVID-19, influenza, and RSV reporting to include hospital-onset infections, health care worker cases, and ER trends, driving proactive prevention and patient safety.
Announcing the 2024 Infection Control Today Educator of the Year: Shahbaz Salehi, MD, MPH, MSHIA
December 17th 2024Shahbaz Salehi, MD, MPH, MSHIA, is the Infection Control Today 2024 Educator of the Year. He is celebrated for his leadership, mentorship, and transformative contributions to infection prevention education and patient safety.
Pula General Hospital Celebrates Clean Hospitals
December 16th 2024Learn how Pula General Hospital in Croatia championed infection prevention and environmental hygiene and celebrated Clean Hospitals Day to honor cleaning staff and promote advanced practices for exceptional patient care and safety.