Skip to content

Surface Active Therapeutics launched by BioInteractions at MD&M West

This new technology offers enhanced biocompatibility, sustained protection against complications, and improved therapeutic outcomes. The BioInteractions team will be showcasing Surface Active Therapeutics at MD&M West. BioInteractions has announced the launch of Surface Active Therapeutics, a medica

Surface Active Therapeutics launched by BioInteractions at MD&M West
Published: | 2 min read
This new technology offers enhanced biocompatibility, sustained protection against complications, and improved therapeutic outcomes. The BioInteractions team will be showcasing Surface Active Therapeutics at MD&M West.

BioInteractions has announced the launch of Surface Active Therapeutics, a medical technology which it says is poised to revolutionise the safety and efficacy of medical implants. Surface Active Therapeutic coatings improve how implants interact with the human body, offering enhanced biocompatibility, sustained protection against clinical complications, and improved therapeutic outcomes for the patient that last for the device’s lifetime.

Surface Active Therapeutics are advanced treatments which do not need to release their active ingredients to be effective. These innovative solutions remain effective for extensive periods of time with reduced risks to the patient compared to pharmaceutical coatings that need to be released and have a systemic effect.

They are applied directly to the surface of a medical device to help reduce the impact of clinical issues such as thrombosis, fibrin sheath formation or infection. They provide highly effective and sustained therapeutic benefits to the patient.

They use enhanced materials that form a continuous protective shield with active features that are sustained on the surface for years. This shield is made of a polymer matrix, which combines active and passive components to improve the safety of coated implants , enhance the efficacy of the device and elevates the therapeutic benefits to the patient.

“Surface Active Therapeutics represent a paradigm shift for medical implant coating technology,” explains Arjun Luthra, Commercial Director at BioInteractions. “We’ve developed solutions that don’t just safeguard against complications; they also enhance the performance and longevity of devices and provide long-term therapeutic benefits, fundamentally transforming patient outcomes.

“Surface Active Therapeutics remain effective throughout an implant’s lifespan and actively interacts with the biology inside the body to avoid the formation of issues like thrombus, fibrin sheath, infections or biofilms, hugely improving patients’ outcomes and quality of life,” he concludes.

For over three decades, BioInteractions has been at the forefront of biocompatible innovation, delivering advanced solutions like TridAnt, an Enhanced Antimicrobial Coating; AstutePlus, an Advanced Antithrombogenic Coating; and Assist, a Flexible Hydrophilic Coating, that address clinical challenges with unmatched precision, performance and durability.

The launch of Surface Active Therapeutics is another milestone in the company’s history of innovation and mission to improve patient outcomes and reshape the future of medical implants and the healthcare industry. Visit BioInteractions’ booth 1701 at MD&M West to explore the technologies further.

Sign up to our newsletter

The week's biggest stories from this industry, direct to your inbox.

Personal information

More in Medical Device Manufacturing

See all

More from Oliver Johnson

See all
Holistic scientific frameworks for real-world use

Holistic scientific frameworks for real-world use

/

From our partners

Sponsored content
Driving innovation in medical motion control

Driving innovation in medical motion control

Whether it’s the smooth articulation of a surgical robot, the precise positioning of an imaging system, or the reliable, repeatable movement inside a laboratory instrument, motion control plays a key role in modern medical devices. Despite this, however, it is often one of the most complex aspects o

/