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Science6h ago60% confidenceConfidence 60% — the share of independent, credible sources corroborating the core facts.

Brazilian Researchers Develop Nanoparticles to Target Psoriasis Genes

1 source

Brazilian researchers at the University of São Paulo have developed nanoparticles capable of delivering therapeutic RNA molecules to silence genes responsible for chronic inflammation in skin diseases like psoriasis and vitiligo. The technology targets the estimated 190 million people worldwide affected by psoriasis. The advancement could represent a significant shift from current treatment approaches to gene-level intervention for chronic skin conditions.

Researchers at the NanoGeneSkin laboratory at the University of São Paulo in Ribeirão Preto have created a technological platform using nanoparticles designed to deliver therapeutic RNA molecules directly to skin cells. The nanoparticles are engineered to precisely silence genes responsible for chronic inflammation at the molecular level, potentially offering a new treatment approach for psoriasis and vitiligo. With psoriasis affecting approximately 190 million people globally, this development could have significant public health implications. The technology represents a shift toward gene-targeted therapies rather than symptom management alone. The research demonstrates the application of nanotechnology to dermatological conditions that have limited current treatment options.

What's missing

The article lacks information about the current stage of development (laboratory, animal testing, or clinical trials), timeline for potential human trials, and how this approach compares to existing psoriasis treatments in terms of efficacy and safety profiles.

How coverage differed

Only one source was provided, limiting assessment of differential framing. Medical Xpress presents the research in straightforward scientific terms without sensationalism, typical of its center-aligned health and science reporting.

What different sources said

  • Nanoparticles target psoriasis genes, aiming to treat 190 million people worldwide

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