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Infection Control Today's Linen Roundtable

Copper-infused textiles are gaining traction as hospitals confront rising antimicrobial resistance and financial pressure. In this installment of ICT linen roundtable, experts explained how passive antimicrobial fabrics can reduce infection risk, shorten length of stay, protect revenue, and strengthen operational resilience, all while working quietly in the background.

Stacked Clean White Sheets and Surgical Clothes in an Industrial Laundry Setting.  (Adobe Stock 834864411 by Anastasiia)

As hospitals seek stronger defenses against health care-associated infections, experts are turning their attention to an unexpected source: copper-infused linens. Learn how, supported by emerging science and real-world feasibility, these textiles may offer a practical and effective way to lower microbial loads and enhance infection prevention bundles in this installment of a recent roundtable on linen issues.

Conversations With the President HSPA President, Arlene Bush, CRCST, CIS, CHL, SME, DSMD, CRMST

HSPA President Arlene Bush believes the sterile processing profession is stronger—and more essential—than ever. From expanding public awareness to evolving standards and global reach, Bush says the field is driven by dedicated professionals who “do amazing things, 365 days a year,” and deserve recognition for their expertise, resilience, and impact on patient safety.

Microbial world inside human nasal cavity  (Adobe Stock 1692682914 by Boonart)

A large population study of more than 1,100 adults suggests there are really 2 biologically meaningful nasal states: noses dominated by Staphylococcus aureus and noses ruled by protective commensals like Corynebacterium and Dolosigranulum. Intermittent carriers fall in between, prompting researchers to rethink long-standing categories of S aureus colonisation and risk.

Second installment on the Panel on Linens.  Image: Stacked Clean White Sheets and Surgical Clothes in an Industrial Laundry Setting.  (Adobe Stock 834864411 by Anastasiia)

As hospitals search for new ways to reduce environmental bioburden, copper-embedded textiles are emerging as a promising tool. In this second installment of ICT's recent panel discussion, experts described how these soft, everyday fabrics can rapidly kill microbes, sustain their effectiveness between washes, and strengthen infection control bundles across care settings.

Vaccine with a needle  (Adobe Stock unknown)

For more than 80 years, the humble chicken egg has quietly powered one of modern medicine’s most vital defenses: vaccines. Even in an age of recombinant DNA, mRNA platforms, and cell-based innovations, more than 80% of the world’s influenza vaccines still begin in an egg. The process is time-tested, affordable, and reliable—but also imperfect. read this to learn more.

Infection Control Today's November/December 2025 Print Issue

The November/December 2025 issue of Infection Control Today® dives into overlooked risks, breakthrough technologies, and the people driving innovation across IPC, EVS, and sterile processing. From bacteriophage therapy to burnout prevention, automation to UV regulation—it’s a powerful close to the year. Read the issue now: https://www.infectioncontroltoday.com/journals/infection-control-today #InfectionPrevention #Healthcare #InfectionControl #EVS #IPC #PatientSafety #ICT

Clean Hospitals  (Image credit: Clean Hospitals)

Oman is earning international attention for transforming hospital environmental hygiene into a national success story. Through the Clean Hospitals initiative, updated cleaning contracts, and workforce training, the Ministry of Health is showing how a unified approach to cleaning, auditing, and accountability can reduce infection risk and raise global standards in health care hygiene.

IP is looking at a computer screen.  (Image credit: Brayden Unger with AI)

This 6-part series will chronicle the journey of 2 infection prevention leaders, Brenna Doran, PhD, MA, ACC, CIC; and Jessica Swain, MBA, MLT, CIC, IHI, as they partnered to research and shed light on the critical issue of infection prevention staffing in the current health care landscape. From the initial spark of an idea to the publication of an impactful article, a research manuscript, and a podcast, this series will offer an insider’s view of their collaborative process and the profound implications of their findings. This third article in the series will focus on...

Atlanta, Georgia, USA  (Adobe Stock by SeanPavonePhoto)

Hospital-wide sequencing of 8,567 Staphylococcus aureus isolates at NYU Langone revealed that many MRSA cases stem from tight community transmission networks—not in-hospital spread. Presented at IDWeek 2025, the work pinpoints distinct clusters (young MSM/substance-use networks, long-term care residents, and children) and urges IPC strategies that bridge hospital and community.