IRVINE, Calif....Advanced Sterilization Products (ASP), a division of Ethicon, Inc., today announced the U.S. release of the STERRAD CycleSure Biological
Indicator (BI) for use with its STERRAD Sterilization Systems. Already
used in countries internationally, the CycleSure BI features a self-contained design, which increases convenience by eliminating the manual transfer process associated with conventional biological indicator strips.
"The STERRAD CycleSure BI now makes it easier than ever for our
U.S. customers to monitor a sterilization cycle and provide clear,
accurate assessments of the validity of a sterilization process," said
Santi Corsaro, worldwide president for ASP. "The U.S. launch of the
CycleSure BI reflects our long-standing commitment to provide
customers with valuable products that increase productivity and
efficiency in the healthcare environment."
The CycleSure BI is for exclusive use with ASP's STERRAD
Sterilization Systems--low-temperature hydrogen peroxide gas plasma
sterilizers that process medical devices and surgical instruments. The
CycleSure BI confirms that conditions necessary to achieve
sterilization in STERRAD Systems have been met. The special indicator
on the BI vial cap changes from red to yellow--confirming exposure to
hydrogen peroxide during the sterilization cycle. The self-contained
BI also features easy-to-read results in a 48-hour processing time.
The CycleSure BI, which received Food and Drug Administration (FDA)
marketing clearance in May, replaces the STERRAD BI Test Pack
currently used for routine monitoring of STERRAD Systems in the United
States. Advances in research and design allowed ASP to develop the
self-contained CycleSure BI, which features Geobacillus
stearothermophilus (Bacillus stearothermophilus), the organism that is
most resistant to the STERRAD System sterilization process.
Introduced in 1993, the STERRAD Sterilization System is based on a
patented process involving the generation of low-temperature gas
plasma from hydrogen peroxide. The system leaves no toxic residues on
surgical instruments and equipment, eliminating the need for a lengthy
aeration phase, and sterile instruments may be used immediately
following the sterilization cycle. Because the process provides
terminally sterilized, "patient-ready" instruments that are dry and
wrapped, instruments can be stored for use when needed. With more than
5,000 units in use worldwide and 17.8 million cycles safely run to
date, the STERRAD System has allowed many hospitals to reduce or
eliminate dependence on EtO sterilization, a chemical deemed
carcinogenic.
Advanced Sterilization Products, a division of Ethicon, Inc., a
Johnson & Johnson company, manufactures and markets a full range of
innovative sterilization and disinfection technologies that safely and
effectively meet the needs of healthcare providers and patients.
Vet IP Roundtable 2: Infection Control and Biosecurity Challenges in Veterinary Care
March 31st 2025Veterinary IPs highlight critical gaps in cleaning protocols, training, and biosecurity, stressing the urgent need for standardized, animal-specific infection prevention practices across diverse care settings.
Invisible, Indispensable: The Vital Role of AHRQ in Infection Prevention
March 25th 2025With health care systems under strain and infection preventionists being laid off nationwide, a little-known federal agency stands as a last line of defense against preventable patient harm. Yet the Agency for Healthcare Research and Quality (AHRQ) is now facing devastating cuts—threatening decades of progress in patient safety.
The Sterile Processing Conference Survival Guide: How to Make the Most of Your Next Event
March 25th 2025From expert speakers to cutting-edge tools, sterile processing conferences, like the 2025 HSPA Annual Conference and the SoCal SPA's Spring Conference, offer unmatched opportunities to grow your skills, expand your network, and strengthen your department's infection prevention game.
Redefining Material Compatibility in Sterilization: Insights From AAMI TIR17:2024
March 24th 2025AAMI TIR17:2024 provides updated, evidence-based guidance on material compatibility with sterilization modalities. It offers essential insights for medical device design and ensures safety without compromising functionality.