An Integrated System of Research and Translational Medicine
BMJ Architects delivered the executive architectural design for The Pears Building in Hampstead, London, creating a new centre for translational medicine on the Royal Free Hospital campus. The facility brings researchers, clinicians and patients together in a shared environment designed to accelerate the journey from discovery to treatment.
An Integrated System of Research and Translational Medicine
Working at the intersection of science and healthcare, the building combines specialist laboratory facilities, clinical research environments, collaboration spaces and patient-focused accommodation. By bringing these functions together under one roof, the development strengthens connections between research, clinical practice and patient experience.
An Integrated System of Research and Translational Medicine
BMJ’s role included the briefing and planning of highly specialised laboratory environments to support infection, immunity and transplantation research. Careful consideration was given to biosafety, specialist servicing requirements and operational workflows, creating technically robust facilities that support leading-edge biomedical research while remaining practical and efficient for everyday users.
Alongside research facilities, the building provides Royal Free Charity accommodation, landscaped courtyards and a patient hotel for clinical trial participants, visiting academics and relatives. Together, these elements create a welcoming environment that encourages collaboration, supports wellbeing and helps connect scientific discovery with patient benefit.
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"In the Pears Building we have a world class laboratory research facility and beautiful space designed to facilitate a unique partnership between scientist and clinician. This will enable us to convert discoveries made in the laboratory into cures and treatments more quickly."
Director of the IIT
Advanced Biosecurity and Design for Disease Research
Scientists at the Pears Building study diseases such as cancer, diabetes, HIV, and hepatitis, as well as new therapies to stop the rejection of transplants. Co-ordination of all design disciplines from the outset was critical to interface component design with fabric design.
Transfer air volumes between spaces from low to high risk were determined on the requirements for a minimum air change rate and the equipment extract within a space.
The building was designed to a general level of ACDP 2, but the areas dealing with pathogens particularly harmful to humans were designed and constructed to ACDP 3 containment requirements.
A graduated biosecurity approach is integrated into the building fabric, air systems, security and operational protocols as staff move from lower to higher risk areas.