Revolutionising cell and gene therapy with polyNaut® nanovesicles

ViaNautis is transforming cell and gene therapy with polyNaut® nanovesicles (PNVs), a modular, non-viral delivery system that enables precise, plug-and-play targeting to cells in the central nervous system, lung, and immune system.

With broad payload flexibility, good tolerability and simplified, scalable manufacturing, ViaNautis is making safe, shelf-stable and re-dosable genetic therapies accessible to patients.

Latest News & Events

ViaNautis Bio featured in Drug Discovery World articles

ViaNautis Bio has recently been featured in multiple articles in Drug Discovery World. Cell and gene therapies – looking forward Our Chief Business Officer, Sam…

ViaNautis Bio Signs Strategic Collaboration Agreement with Lilly to leverage its polyNaut® platform to develop novel products delivering genetic medicines

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Multi-year collaboration will use ViaNautis’ non-immunogenic polyNaut® nanovesicles that precisely target specific tissues and cell types.

ViaNautis Appoints Ray Jupp as Chief Scientific Officer

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ViaNautis Bio (“ViaNautis” or the “Company”), a groundbreaking biotechnology company at the forefront of genetic therapies, today announces the appointment of Dr Ray Jupp as…

ViaNautis Bio appoints Dr Adi Hoess as Chief Executive Officer

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ViaNautis Bio (“ViaNautis” or the “Company”), a groundbreaking nanomedicine company at the forefront of genetic therapies, today announces the appointment of Dr Adi Hoess as…

ViaNautis Bio appoints Dr Steven M. Altschuler as Chairman of its Board of Directors

Press Releases

ViaNautis Bio (“ViaNautis” or the “Company”), a groundbreaking nanomedicine company at the forefront of genetic therapies, today announces the appointment of Dr Steven M. Altschuler…

ViaNautis Bio announces $25 million Series A financing to drive the next generation of genetic nanomedicines

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– ViaNautis’s proprietary drug delivery platform polyNaut® is designed to deliver genetic therapeutic payloads across difficult-to-penetrate biological barriers, developing new medicines for diseases with unmet…

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