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Full NameProfessor Pieter Brama

School of Veterinary Medicine

University College Dublin

Webpage:people.ucd.ie

Email Address:Email hidden; Javascript is required.

Research Fields

cell and developmental biology/regenerative medicine
bioengineering/medical devices
one health
comparative medicine
clinical trials
Other

Other Research Fields:

remote distance immobilisation, exotic animals, wildlife, deer, gps collaring

Postgrad Medical Specialties

Surgery
Anaesthetics
Radiology
Sports and Exercise Medicine
Veterinary Medicine

Medical Subspecialties

Clinical Trials
Orthopaedic surgery
Radiology
Rheumatology

My Work

Current research activities encompass several streams:
1. development and maturation (focus on musculoskeletal)
2. influence of loading and exercise (focus on musculoskeletal)
3. cartilage and bone repair/regeneration (tissue engineering, mesenchymal stem cells, immunology)
4. large animal translational models (current ongoing models osteochondral joint defect models (goat), joint inflammation models (horse), spine (ultrasound guided injections, disc defect model (goat))
5. wildlife projects (deer gps collaring and tracking, health status deer population ireland)

publications see https://pubmed.ncbi.nlm.nih.gov/?term=brama+p&sort=date

Potential Projects

Currently recruitment is ongoing for several phd students on the following projects:
1. Optimisation Of Translational Large Animal Models (UCD funded, 2022-2025)
2. Translational disc defect and repair model development (includes advanced ultrasound): Personalised Medicine For Intervertebral Disc Regeneration- Integrating Profiling, Predictive Modelling And Gene Activated Biomaterials—Integrate (Horizon 2020, 2022-2025)
3. Translational osteochondral defect repair model development (includes arthroscopy): SFI Spokes funding and Horizon 2020 Printing Spatially And Temporally Defined Boundaries To Direct The Self-Organization Of Cells And Cellular Aggregates To Engineer Functional Tissues (4d-Boundaries) (Horizon 2020, 2022-2026)
4. Nanostructured Osteochondral Scaffold: Novel Biomimetic Triggers For Enhanced Bone Regeneration (Nano-Scores) (SFI, continuation ongoing project with industry involvement)
5. Joint development and effect of loading in the goat from birth to maturity (diverse funding, 2022-2030)