-

GLORI is a multi-centre research initiative among the Centre for the Cellular Microenvironment (CeMi), University of Glasgow and Strathclyde University, and NHS hospitals and clinicians. CeMi focuses on understanding and engineering the cellular microenvironment to improve health outcomes. GLORI contributes to this mission by advancing orthopaedic research and fostering collaboration between clinicians, patients, scientists, and engineers.
About GLORI
The Glasgow Orthopaedic Research Initiative (GLORI) was established in 2009 to bring together clinicians, patients, scientists, and engineers with a shared goal: improving orthopaedic care through cutting-edge research and collaboration.
Today, GLORI connects expertise across:
- Clinical practice – orthopaedic and plastic surgery clinical staff
- Basic and applied sciences – biology, chemistry, and engineering
- Industry and academia – translating research into real-world solutions
Our mission is simple: to develop better treatments and diagnosis for bone, joint, and musculoskeletal conditions by combining science and surgery.
Why GLORI Matters
Bone and joint conditions affect millions worldwide. GLORI works to:
- Advance regenerative medicine and implant technologies
- Improve bone healing and joint repair
- Translate research into patient-focused solutions
Events
GLORI hosts an annual meeting to share breakthroughs and foster collaboration.
Past Highlights:
- GLORI 2024 – Regenerative strategies and musculoskeletal disease research
- GLORI 2023 – Innovations in bone defect care and implant osteointegration
- GLORI 2020 – Machine learning and novel biomaterials for orthopaedics
Next Event: Details for GLORI 2026 will be announced soon. Stay tuned!
Resources
Download Past Programmes & Abstracts:
GLORI 2024 Programme and abstracts
GLORI 2023 programme with abstracts
FULL PROGRAMME WITH ABSTRACTS_GLORI2020
Get Involved
Are you a clinician, researcher, or patient interested in shaping the future of orthopaedic care? Whether your focus is orthopaedics, rheumatology, pain or rehabilitation, we welcome your involvement in helping drive innovative research and better outcomes for patients.
Contact us: Kayleigh.Callaghan@glasgow.ac.uk
Professor R.M. Dominic Meek, FRCS, MD
Consultant, in Orthopaedics and Trauma Surgery, Queen Elizabeth University Hospital, Glasgow; Clinical Director Orthopaedics Greater Glasgow & Clyde; and Honorary Associate Clinical Professor at the University of Glasgow. Dominic undertook fellowship training in adult reconstruction of the hip and knee at the department of lower limb arthroplasty, Vancouver General Hospital. He has been previously awarded the British and American Hip Societies Travelling Fellow and the ABC Fellowship. With his consultant colleagues, he has developed the South of Glasgow complex young hip and revision and periprosthetic fractures arthroplasty service. He is President of the West of Scotland Orthopaedic Research Society. His research interests are in the basic science of nanotechnology and cell behaviour / bone regeneration and implant fixation and effects of wear particles particularly metal CoCr particles. Active member of BOA, BHS and BORS.
Professor Matt Dalby, PhD, FRSE, Professor of Cell Engineering
Matt became a Lecturer in Cell Engineering at the University of Glasgow after completing a BBSRC David Phillips Fellowship. His research interests are osteogenesis and cellular mechanotransduction. Further information on awards, grants and publications are on Prof Dalby’s personal profile.
Professor Manuel Salmeron-Sanchez, PhD, Chair of Biomedical Engineering
Manuel joined the Division of Biomedical Engineering at the University of Glasgow as Head of Division in 2013. He works on material-based strategies for tissue repair and regeneration, and engineers in vitro 3D models to understand physiology, disease and as platforms for drug testing.Since establishing connections with the Dalby group he and Matt merged and became the Centre for the Cellular Microenvironment.
Dr P. Monica Tsimbouri, PhD, CBiol, MIBiol, FHEA, Research Fellow
Scientific Mentor for GLORI and Founding Member of Scottish Sarcoma Research Group (SSRG). She has a PhD in Molecular Genetics, University of Glasgow. She worked on different projects (lymphatic and skin cancer models) studying different aspects of EBV-induced tumourigenesis. She was awarded a 2-year fellowship from Lady Tata Memorial Trust to work on the involvement of Recombination Activating genes (Rag) in EBV-induced tumourigenesis. She then moved to CCE on to a project involving the culture of primary adult human BM stem cells onto different topographical surfaces in the absence of growth factors, investigating the effects of nanotopography on MSC morphology and phenotype canonical and functional pathways and nuclear organisation on plastic and titanium surfaces. She was recently awarded an ISSF welcome Trust fellowship to work on the use of topographical and piezoelectrical cues to manipulate cancer cell phenotype/survival.
Dr Miguel Pineda, PhD, Lecturer
Miguel Pineda is a Lecturer at the University of Glasgow’s School of Molecular and Cellular Biology (SMB) at the Centre for the Microenvironment, specializing in stromal immunology, inflammation and functional glycomics. With a PhD in Molecular Biology from Universidad de Alcalá, Madrid, Miguel has held key research positions at Glasgow, including Versus Arthritis Career Development Research Fellow.
Dr Peter Young, MRCS, BMedSci, NHS Greater Glasgow and Clyde
Clinical Mentor of GLORI and Founding Member of SSRG Specialty Registrar Orthopaedic Surgery training in the West of Scotland. Undertaking higher degree in osteoclast response to nanotopography, with a specialist interest in sarcoma treatment and research.
Dr Robert Silverwood, NHS Greater Glasgow & Clyde
Clinical mentor of GLORI.
Mrs Claire Carberry, University of Glasgow.
Claire joined the Centre for the Cellular Microenvironment in 2019 and supports the administration of the Glasgow Orthopaedic Research Initiative.
Mrs Kayleigh Callaghan, University of Glasgow
Kayleigh joined the Centre for the Cellular Microenvironment in 2025 on secondment from the School of Engineering and supports the administration of the Glasgow Orthopaedic Research Initiative.
Mr Ian Kennedy, NHS Greater Glasgow and Clyde
Mr David Shields, NHS Greater Glasgow and Clyde
Dr Liam Rooney, University of Glasgow
Dr Justine Rudkin, University of Glasgow