What Is a Theranostic Wound Dressing?

Two men, Nick A. (left) and Nigel (right), sit at a white table, engaging in a lively and friendly conversation. Both wear checkered shirts and lavalier microphones, suggesting a filmed discussion or interview. Nick holds tissue samples in one hand and gestures animatedly, while Nigel smiles in response. Each has a white mug labeled with their name and a purple star logo. The background is a bright white, creating a clean and professional studio setting.
Resources

What Is a Theranostic Wound Dressing?

Topic: Bio Break
YouTube video thumbnail

A theranostic wound dressing does more than cover a cut—it actively detects infection and delivers targeted treatment. In this Bio Break episode, Nick and Nigel explore how this smart technology could transform chronic wound care for patients with conditions like diabetic foot ulcers.

How Theranostic Wound Dressings Work

This is no ordinary Band-Aid. While Nick jokes about having a stash of Pokémon bandages at home, this dressing prototype is designed for something much more serious—chronic wounds and diabetic foot ulcers, where early detection and timely treatment are essential.

The innovation lies in a visual infection indicator embedded within the dressing. When an infection is detected, the dressing can release an antimicrobial treatment directly into the wound site, offering a targeted therapeutic response before complications escalate.

Benefits of Theranostic Wound Dressings

Why is that important? Because antimicrobial stewardship is more critical than ever. Overusing broad-spectrum antibiotics or applying antimicrobials when they’re not needed contributes to resistance and unnecessary costs. This dressing applies treatment only when and where it’s required—no more, no less.

Of course, not every scrape or paper cut needs advanced diagnostics. Nick and Nigel discuss the use case limitations, noting this device wouldn’t make sense in your medicine cabinet at home. But in hospitals, long-term care centers, or for at-risk patients with chronic wounds, it could be a game changer.

The future of wearable MedTech is here, and it’s smarter than ever. Tune in to see how this dressing bridges diagnostics and therapy in one elegant solution—and where it might show up next.

Diagram showing medical device at the center connected to clinicians, patients, and regulatory bodies with text 'Who are we designing for?' highlighting stakeholder mapping in MedTech design.

Every phase of a device’s life cycle involves different people with distinct needs—from clinicians and patients to service technicians and regulatory bodies.

A fluorescent protein assay sample glows under UV light as part of medical device cleaning validation testing.

Nick Allan and Nigel Syrotuck explain how a fluorescent protein assay helps engineers measure contamination and cleaning performance in medical devices.

Engineer assembling electronic components during medical device design transfer process.

Your team is ready for design validation. The prototype performs well, test plans are in motion, and everything points to a smooth handoff to manufacturing. Then your partner calls with bad news: they can’t build the device as designed.

Contract Manufacturer Rejection - Engineering team reviews early-stage medical device design and manufacturability during a design transfer meeting at StarFish Medical.

You’ve cleared the toughest engineering hurdles and proven your design works. Then, just as you prepare to scale, your contract manufacturer turns you down.