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Deborah Mason

Professor Deborah Mason

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Available for postgraduate supervision

Teams and roles for Deborah Mason

  • Professor, School of Biosciences; Director of Pre-Clinical Research

    School of Biosciences

Overview

I am Co Principal Investigator of the Arthritis Research UK Biomechanics and Bioengineering Centre in Cardiff University, where I lead the Preclinical Research Programme investigating the interaction between biomechanics and biology in joint tissues. I have established a platform of cell, animal and human models to investigate how mechanical load regulates joint pathology and pain. My research elucidates new signalling mechanisms that regulate bone and cartilage turnover, to provide therapeutic and diagnostic targets for musculoskeletal diseases. This has led to the discovery of functional glutamatergic signalling in joint tissues, and revealed new pathways that mediate cytokine- and mechanically- induced cartilage degradation. My research focuses on translating glutamate receptor antagonists as a treatment for osteoarthritis, identifying mechanically-regulated biomarkers and developing a joint mimetic for drug screening.

I have led over 40 research projects (recently funded by Industry, Orthopaedics Research UK, Wellcome Trust, EPSRC, Versus Arthritis, NC3Rs), invented patents and collaborate with academics, NHS and veterinary clinicians and industry. I am a nominated Fellow of International Orthopaedic Research of the ICORS International College of Fellows in recognition of excellent professional standing and high achievements in the field of orthopaedic research. 

Roles

Cardiff

  • Module Leader BI3351 Contemporary Topics in Disease
  • Preclinical Research Director, Biomechnics and Bioengineering Research Centre Versus Arthritis

National

  • Past President and Chair of Trustees, British Orthopaedic Research Society
  • Translational Theme Lead, Musculoskeletal Research Advisory Group, Versus Arthritis
  • ‘Trials in at risk populations’ subtheme lead in NIHR Translational Research Collaboration’s Common Musculoskeletal Conditions Workstream

Interested in joining my lab as a self-funded post-graduate student or a postdoc/fellow? Please contact me by email.

Publication

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Articles

Conferences

Research

I am a molecular and cell biologist in the field of musculoskeletal diseases. My research has revealed that glutamate release is regulated in arthritis, that glutamate receptors function in musculoskeletal tissues and that their inhibition protects against osteoarthritis in animal models. This is leading towards new therapies for osteoarthritis with granted patents. We created cell, animal and human models to how mechanical loading influences osteoarthritis degeneration and pain. Our 3D bone models are being developed as drug screening tools, to reveal functional genomics underlying genome wide associations with osteoarthritis and to investigate bone-nerve interactions and pain. My determination to bridge the translational gap between basic science discoveries and clinical medicine has extended my research to international workshops and papers on trial design for post-traumatic osteoarthritis. 

Current research

  1. CoPI Biomechanics and Bioengineering Research Centre Versus Arthritis (2016-28) £2.27M
  2. PI A human bone-sensory nerve model to investigate bone derived pain. NC3Rs (2023-26) £633,628
  3. PI Identifying objective measures of sex-specific pain in humans that can be used diagnostically to target treatment. Orthopaedics Research UK (2023-24) £47,00
  4. CoI Non-radiographic osteoarthritis: a metabolic, biochemical and RNA expression study in dogs with cranial cruciate ligament disease/rupture. (2024-26) BVOA £9948 

Recent projects

  1. PI Investigating glutamate receptors in osteoarthritis: Industry (Jan-Oct 2023) £172,000
  2. PI Could anti-inflammatory treatment at ACL reconstruction improve biological, functional and clinical outcomes? Knowledge, Economy Skills Scholarships 2 East Wales Project (2020-23) £80,385
  3. PI Translation of glutamate receptors antagonists to veterinary osteoarthritis. Welsh Government Innovation for All and Knoell Animal Health Ltd (2022-23) £10,000 PI Pilot investigation of glutamate receptor expression in osteoarthritis. Orphelion (2021-22) £27,452
  4. PI - Investigating glutamate receptors in osteoarthritis: pilot study funded by industry (Apr-Sept 2022) £71,271PI Biological, clinical and biomechanical factors affecting High Tibial Osteotomy Surgery. Alison Kinghorn, MD project (2018-2020) Versus Arthritis and Cardiff and Vale Orthopaedic Centre £40,000
  5. CoI with Joel Alves as clinical lead. Quantification of inflammatory and early OA biomarkers in canine cranial cruciate ligament disease. Petplan Charitable Trust (2021-2022) £9860CoI Osteoarthritis nociceptive measures. EPSRC (Apr - Aug 2022) £42805.
  6. CoI Mechanotransduction modelling of the bone niche driving prostate metastatic cancer. Cancer Research Wales (2019-21) £147,301
  7. CoI The role of size, shape and structure of bones and joints, in explaining common musculoskeletal diseases. Wellcome Trust Collaboration Award (2018-23) £1,565,599
  8. PI Repurposing AMP397 to prevent posttraumatic osteoarthritis. Versus Arthritis (2019-22) £49,064
  9. CoI Glutamate receptor antagonists as a novel approach to treat cruciate ligament disease in dogs – an observational study. British Veterinary Orthopaedic Association (2017-19) £4,582

Current Collaborations

Industry Hospital Innovations, Novartis, Orphelion  Academic Prof Tobias (Bristol), Mr Wilson (Cardiff and Vale NHS Trust), Dr Fiona Watt (Imperial), Prof Karina Wright (Keele), Mr Stephen McDonnell (Cambridge). Cardiff Prof Cathy Holt (Engineering), Dr David Williams (Engineering), Dr Emma Blain (Biosciences),  Prof Val Sparkes (Healthcare).

Current research group members

Post Doctoral research associates

PhD students

  • Joel Alves

Teaching

I am an enthusiastic and effective lecturer contributing to a range of teaching activities (tutorials, lectures, workshops, practical, projects) across various levels and Degree Schemes (BSc: Biomolecular, Biomedical, Medical, Dental; MSc). I adapt my methods according to student feedback, peer assessment and student achievement. As Level 1 Co-ordinator for Biochemistry Degree Schemes, Molecular Biology Degree Scheme Co-ordinator and Final Year Tutor for all Biomolecular Schemes I have made major contributions to management, teaching, course design and administration. 

I currently Lead the final year Contemporary Topics in Disease Module, where cutting edge research in the School of Biosciences demonstrates how research can reveal pathological mechanisms and identify and test new treatments across a wide range of diseases.

Biography

Deborah Mason is a Professor in the School of Biosciences and is Co Principal Investigator and Preclinical Research Director in the Biomechanics and Bioengineering Research Centre Versus Arthritis at Cardiff University. Her research programme uses a range of cell, explant, animal and human models to determine how altered joint biomechanics influences biological signals. After her BSc in Zoology and Genetics and PhD in Evolutionary Genetics, her post-doctoral research implicated glutamatergic signalling in mechanically-induced bone formation. Since then, she has led >40 research projects encompassing biosciences, engineering and orthopaedics. Her research has identified new drug targets and biomarkers for osteoarthritis, and developed new in vitro models for drug screening and biomarker selection. This has led to granted patents and collaboration with pharmaceutical companies. Her overall ambition is to improve understanding of the biological mechanisms that link mechanical loading, pain, inflammation and joint destruction in arthritis, and exploit this knowledge for patient benefit. She is President of the British Orthopaedics Research Society and has served on Committees for the Orthopaedics Research Society, British Orthopaedic Research Society and Bone Research Society. She has organized and published outputs from international workshops on how to conduct clinical trials for post-traumatic osteoarthritis. She contributes extensively to teaching and public engagement activities.

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Supervisions

I am interested in supervising students in the areas of:

  • developing new preventative treatments for osteoarthritis
  • early diagnosis of osteoarthritis
  • cell models for drug screening

Contact Details

Email MasonDJ@cardiff.ac.uk
Telephone +44 29208 74561
Campuses Sir Martin Evans Building, Room Cardiff School of Biosciences, The Sir Martin Evans Building, Museum Avenue, Cardiff, CF10 3AX, Museum Avenue, Cardiff, CF10 3AX