Clinical research firm Bio-Images Research has appointed a director of regulatory affairs.
Dr Sarah Connolly, who has been with the Glasgow-based company for the past four years, will take responsibility for GMP, regulatory and ethical approvals.
The appointment is designed to maintain the highest level of ethical and regulatory standards as the company's pipeline of clinical studies steadily increases.
Bio-Images has completed three clinical studies this year and claims to be in the forefront of a small field of providers of gamma scintigraphy imaging services, which allow multi-national pharma companies to outsource some of their clinical research.
Dr Connolly joined the company after completing her PhD in Pharmaceutical Sciences at the University of Strathclyde in 2007.
Bio-Images Research appoints director of regulatory affairs
To maintain highest level of ethical standards as firm expands
You may also like
Regulatory
UK REACH ATRm: CBA welcomes progress but warns of significant hurdles ahead
The Chemical Business Association has acknowledged long-awaited movement on the UK REACH Alternative Transitional Registration model following DEFRA's consultation response, but cautioned that cost burdens likely running into hundreds of millions of pounds
Regulatory
Lonza Nominates Stephen Fry as Independent Board Member
Basel, Switzerland, 31 March 2026 – The Lonza Board of Directors today announced the nomination of Stephen Fry as an Independent Member of the Board. Subject to his election at the Lonza Group Annual General Meeting (AGM) in May 2026, Stephen will also be appointed a member of the People and Governance Committee and the Audit and Compliance Committeex
Research & Development
Applied Biopharm Consulting awarded Innovation funding to validate AI-powered AAV vector engineering platform
Irish biotech consultancy Applied Biopharm Consulting has secured an Innovation Voucher from the Local Enterprise Office Cork North & West to collaborate with an academic partner in validating its computational platform for adeno-associated virus vector optimisation through laboratory testing