Phagenesis appoints chairman and ceo

Will lead the development of treatments for stroke victims

Phagenesis, a UK leader in technology for the treatment of stroke patients, has appointed Henry Hyde-Thomson as chairman and Daniel Green as chief executive. They will lead the University of Manchester spin out in the development of a new class of treatments for stroke victims suffering from dysphagia, a condition that prevents or impairs the safe swallowing of food and drink.

Phagenesis’ technology is a device that delivers electrical pulses to the throat region that can ‘awaken’ the brain to help restore swallowing function. At least 50% of stroke victims have impaired swallowing. Apart from a severe reduction in quality of life, dysphagia often leads to the inhalation of liquids and the development of life-threatening pneumonia.

Green was formerly chief executive of Repregen, an Imperial College spinout. Before that, he was a venture capital investor at HBM Partners in Zurich, Switzerland, Dresdner Kleinwort and MVM, in London, UK.

You may also like

Research & Development

CHITOSE and FUJIFILM Biosciences form strategic alliance to drive global innovation and biopharmaceutical manufacturing

Collaboration formed to accelerate biopharmaceutical manufacturing, combining high-performing CHO-MK cells and GMP-manufactured culture media
Research & Development

Groundbreaking research suggests plastic waste could be used to make anti-cancer drugs

A discovery made by the University of St Andrews has revealed a way to turn ordinary household plastic waste into the building block for anti-cancer treatments
Research & Development

Lindus Health and Quotient Sciences team up to accelerate drug development process

The pair will provide biotech and pharma sponsors with enhanced patient recruitment for early-stage clinical trials and a direct path from first-in-human to proof-of-concept trials
Research & Development

CAR T-cell therapy shows promise for restoring gut health and intestinal regeneration

Researchers at Cold Spring Harbor Laboratory have demonstrated that anti-uPAR CAR T-cell therapy can clear senescent cells and restore intestinal regeneration, offering a potential new approach to treating age- and radiation-related gut damage
Research & Development

New Osaka-developed reverse genetics system accelerates norovirus vaccine and drug research

Osaka University scientists have created the first simple, efficient system to generate infectious human noroviruses, paving the way for faster antiviral screening and vaccine development
Research & Development

Chemify secures $1.6m Gates Foundation grant to accelerate digital chemistry for tuberculosis drug discovery

The follow-on funding supports Chemify and Lgenia in designing and synthesising new small-molecule candidates for high-priority TB targets using Chemify’s AI-driven digital chemistry platform
Research & Development

GlaxoSmithKline and Oxford BioTherapeutics partner to advance antibody-based therapeutics for cancer

The collaboration leverages OBT's proprietary OGAP-Verify platform and GSK's drug development expertise to advance multiple selected novel oncology targets
Subscribe now