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[SITUATION] · [QUIET] · [HEALTH]
2 clusters · 4 sources · 5 days · First seen · Last updated
Queen’s University Belfast skin cancer patch development
Overview
Researchers at Queen’s University Belfast have developed a dissolvable, 3D-printed microneedle patch intended to improve the treatment of localized skin cancer. The technology utilizes a one-step 3D-printing process where anti-cancer compounds, specifically curcumin and 5-fluorouracil (5-FU), are incorporated directly into a printable resin.
The patch features microneedles designed to penetrate the skin’s outermost layer without causing significant bleeding. Once applied, the needles dissolve to release medication directly into the affected area. This method provides a minimally invasive, targeted alternative to conventional topical medicines or invasive injections.
Professor Dimitrios A. Lamprou, Chair of Biofabrication and Advanced Manufacturing, noted that the dissolving nature of the needles could reduce the risk of accidental needle-stick injuries and decrease medical sharps waste. The 3D-printed design also allows for a controlled, two-stage drug release that may be customized to individual patients.
Entities
Queen’s University Belfast · Washington University in St. Louis · Texas A&M University · Dimitrios A. Lamprou · Rutuja N. Meshram
Timeline
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16 days ago
[HEALTH] 2 sourcesQueen’s University Belfast develops 3D-printed patch for skin cancer drugsQueen’s University Belfast researchers developed a 3D-printed, dissolvable microneedle patch to deliver anti-cancer drugs directly to skin tumors, offering a less invasive treatment option.
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20 days ago
[HEALTH] 2 sourcesQueen’s University Belfast researchers develop 3D-printed skin cancer patchResearchers at Queen’s University Belfast have developed a 3D-printed, dissolvable microneedle patch to deliver anti-cancer drugs directly to localized skin cancer, offering a less painful treatment option.
Sources
independent.co.uk · newswise.com · timesnownews.com · voxelmatters.com