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Collaboration

University of Bristol in collaboration with University College London

Synthetic botulinum molecules for lasting relief from chronic pain in animals

Collaboration

UNIVERSITY OF NOTTINGHAM in collaboration with University of Nottingham

Cordycepin and other anti-inflammatory metabolites from fungi

Collaboration

UNIVERSITY OF NOTTINGHAM in collaboration with University of Warwick

Cordycepin and other anti-inflammatory metabolites from fungi

Collaboration

UNIVERSITY OF NOTTINGHAM in collaboration with Mycomedica

Cordycepin and other anti-inflammatory metabolites from fungi

Collaboration

UNIVERSITY OF NOTTINGHAM in collaboration with Kaapa Biotech Oy

Cordycepin and other anti-inflammatory metabolites from fungi

Collaboration

UNIVERSITY OF NOTTINGHAM in collaboration with University of Nottingham

Cordycepin and other anti-inflammatory metabolites from fungi

Collaboration

UNIVERSITY OF NOTTINGHAM in collaboration with University of Nottingham

Cordycepin and other anti-inflammatory metabolites from fungi

Collaboration

UNIVERSITY OF SUSSEX in collaboration with University of Oxford

Professor Tonia Vincent

Collaboration

Keele University in collaboration with University of Manchester

Patient perspectives on self-care in different conditions and multi-morbidities

Collaboration

CARDIFF UNIVERSITY in collaboration with InHealth Group

Pump Priming Project Governance Process Collaboration

Collaboration

CARDIFF UNIVERSITY in collaboration with British Orthopaedic Research Society

OATech Presentation Session at BORS 2020

Collaboration

CARDIFF UNIVERSITY in collaboration with Cardiff University

Next Generation Early Career Researcher Scientific Exchange

Collaboration

CARDIFF UNIVERSITY in collaboration with University of Leeds

Pump Priming Project Governance Process Collaboration

Collaboration

CARDIFF UNIVERSITY in collaboration with University of Sheffield

INSIGNEO Institute for in silico Medicine

Collaboration

CARDIFF UNIVERSITY in collaboration with University of Lancashire

Markerless MOCAP - ECR Training Workshop - November 2022

Collaboration

CARDIFF UNIVERSITY in collaboration with Royal Veterinary College (RVC)

Next Generation Early Career Researcher Placement 2020

Collaboration

CARDIFF UNIVERSITY in collaboration with University of Warwick

PhD Studentship

Collaboration

CARDIFF UNIVERSITY in collaboration with City St George's, University of London

Osteoarthritis Application Technology

Collaboration

CARDIFF UNIVERSITY in collaboration with Royal Veterinary College (RVC)

Next Generation Early Career Researcher Work Placement

Collaboration

CARDIFF UNIVERSITY in collaboration with Arthritis UK

OATech Presentation Session at BORS 2020

Collaboration

CARDIFF UNIVERSITY in collaboration with University of Leuven

Next Generation Early Career Researcher Scientific Exchange

Collaboration

CARDIFF UNIVERSITY in collaboration with Ampersand Health

Osteoarthritis Application Technology

Collaboration

CARDIFF UNIVERSITY in collaboration with University of Strathclyde

Next Generation Early Career Researcher Placement 2020

Collaboration

CARDIFF UNIVERSITY in collaboration with Leeds Teaching Hospitals NHS Trust

Pump Priming Project Governance Process Collaboration

Collaboration

CARDIFF UNIVERSITY in collaboration with Arthritis UK

PhD Studentship

Collaboration

CARDIFF UNIVERSITY in collaboration with Royal Veterinary College (RVC)

Next Generation Early Career Researcher Work Placement

Collaboration

IMPERIAL COLLEGE LONDON in collaboration with Lund University

OSKGAR consortium (Osteoarthritis and Sporting Knee Injury: Genetic Association with Risk)

Collaboration

IMPERIAL COLLEGE LONDON in collaboration with Erasmus University Rotterdam

OSKGAR consortium (Osteoarthritis and Sporting Knee Injury: Genetic Association with Risk)

Collaboration

IMPERIAL COLLEGE LONDON in collaboration with Cleveland University

OSKGAR consortium (Osteoarthritis and Sporting Knee Injury: Genetic Association with Risk)

Collaboration

IMPERIAL COLLEGE LONDON in collaboration with Wellcome Sanger Institute

Genetics of Osteoarthritis Consortium member

Collaboration

IMPERIAL COLLEGE LONDON in collaboration with University of Calgary

OSKGAR consortium (Osteoarthritis and Sporting Knee Injury: Genetic Association with Risk)

Collaboration

IMPERIAL COLLEGE LONDON in collaboration with University of Nottingham

Centre for Sport, Exercise and Osteoarthritis Research Versus Arthritis

Collaboration

IMPERIAL COLLEGE LONDON in collaboration with Linkoping University

OSKGAR consortium (Osteoarthritis and Sporting Knee Injury: Genetic Association with Risk)

Collaboration

IMPERIAL COLLEGE LONDON in collaboration with University of Oxford

Centre for Osteoarthritis Pathogenesis Versus Arthritis

Collaboration

IMPERIAL COLLEGE LONDON in collaboration with University of Oxford

STEp UP OA Consortium

Collaboration

UNIVERSITY OF CAMBRIDGE in collaboration with Rutgers University

Collaboration with Dr Victoria Abraira

Collaboration

UNIVERSITY OF CAMBRIDGE in collaboration with Columbia University

Collaboration with Dr Ishmail Abdus-Saboor

Collaboration

ROYAL VETERINARY COLLEGE in collaboration with Royal Veterinary College (RVC)

TSPO role in Osteoarthritis (OA) and Bone Remodelling

Collaboration

IMPERIAL COLLEGE LONDON in collaboration with Chelsea and Westminster Hospital NHS Foundation Trust

Chelsea surgery

Collaboration

UNIVERSITY OF BATH in collaboration with University of Birmingham

Long non-coding RNAs in osteoarthritis

Collaboration

QUEEN MARY UNIVERSITY OF LONDON in collaboration with Grifols

Grifols

Collaboration

UNIVERSITY COLLEGE LONDON in collaboration with Imperial College London

Imperial College Bioeng

Collaboration

UNIVERSITY OF MANCHESTER in collaboration with Erasmus MC

The World COACH Consortium (a Worldwide Collaboration in OsteoArthritis prediCtion of the Hip)

Collaboration

UNIVERSITY OF MANCHESTER in collaboration with University of Bristol

AUGMENT study (Universities of Bristol, Southampton, Aberdeen, Cardiff and Queensland)

Collaboration

UNIVERSITY OF NOTTINGHAM in collaboration with Nottingham University Hospitals NHS Trust

ARUK Centre for Sport Exercise and Osteoarthritis

Collaboration

UNIVERSITY OF READING in collaboration with Royal Berkshire Hospital

Geniculate Artery Embolisation in Patients with Osteoarthritis of the Knee (GENESIS)

Collaboration

University of Surrey in collaboration with University Health Network (UHN)

Collaboration with Prof Mohit Kapoor

Collaboration

IMPERIAL COLLEGE LONDON in collaboration with University of Oxford

STEp UP OA Consortium

Collaboration

IMPERIAL COLLEGE LONDON in collaboration with Wellcome Sanger Institute

Genetics of Osteoarthritis Consortium member

Collaboration

IMPERIAL COLLEGE LONDON in collaboration with Erasmus University Rotterdam

OSKGAR consortium (Osteoarthritis and Sporting Knee Injury: Genetic Association with Risk)

Collaboration

IMPERIAL COLLEGE LONDON in collaboration with University of Oxford

Centre for Osteoarthritis Pathogenesis Versus Arthritis

Collaboration

IMPERIAL COLLEGE LONDON in collaboration with Linkoping University

OSKGAR consortium (Osteoarthritis and Sporting Knee Injury: Genetic Association with Risk)

Collaboration

IMPERIAL COLLEGE LONDON in collaboration with Lund University

OSKGAR consortium (Osteoarthritis and Sporting Knee Injury: Genetic Association with Risk)

Collaboration

IMPERIAL COLLEGE LONDON in collaboration with National Institute for Health and Care Research

Imperial Patient Experience Research Centre (PERC)

Collaboration

IMPERIAL COLLEGE LONDON in collaboration with Cleveland University

OSKGAR consortium (Osteoarthritis and Sporting Knee Injury: Genetic Association with Risk)

Collaboration

IMPERIAL COLLEGE LONDON in collaboration with University of Calgary

OSKGAR consortium (Osteoarthritis and Sporting Knee Injury: Genetic Association with Risk)

Collaboration

University of Sheffield in collaboration with University of Sheffield

Effect of osteoarthritis on the chemical properties of the subchondral bone.

Collaboration

University of Sheffield in collaboration with Flinders University

Application of validated finite element models to assess the effect of osteoarthritis on the...

Intellectual Property

Bonefinder system

An automatic system for locating the outlines of various bones in medical images such as...

Intellectual Property

NOVEL ANTIBODY AND USE IN DIAGNOSIS AND THERAPY OF ARTHROPATHIES

We have developed an antibody that binds specifically to collagen type II post-transnationally...

Intellectual Property

A PROSTHETIC JOINT AND PROSTHETIC LIMB COMPRISING THE SAME

A design for a through knee prosthesis

Intellectual Property

miR-544a as therapeutic target for the treatment of osteoarthritis

We characterise the role of this new micro-RNA in the context of cartilage homeostasis and...

Intellectual Property

SMALL MOLECULE INHIBITORS OF DYRK/CLK AND USES THEREOF

This invention is in the field of medicinal chemistry. In particular, the invention relates to a...

Key Findings

New device for testing tribology of our implants

against cartilage. PCL/Silica hybrids can be 3D printed into scaffolds suitable for knee cartilage...

Key Findings

The principal objective relating to funding for

animal usage was to enable the post-doctoral reasearcher on the grant (see 'RCUK secondments') to...

Key Findings

This award supports a project run by Imperial

College London to explore the impact and possible benefits of using augmented-reality in the...

Key Findings

The project developed computer algorithms for

automatically matching (corresponding) and delineating (segmenting) anatomical structures in 3D...

Key Findings

The advantage of Fast Field-Cycling (FFC) MRI

over conventional MRI is its ability to make measurements and collect images over a wide range of...

Key Findings

New findings from using measurements taken on

patients at Denver have identified ways in which the hip joint moves in some patients that may...

Key Findings

Some of the key principal achievements from this

award have been: First, it has generated preliminary new knowledge concerning the in vivo...

Key Findings

1) The was the first study to link and analyse

English, Welsh and Scottish healthcare records together, with a methodological guide and paper...

Key Findings

Sulforaphane exerts both anti-oxidant and

anti-inflammatory effects, but is unstable. A chemically complexed stable form...

Key Findings

With the aim of enhancing understanding of the

biomechanics of elite sprint running we discovered that in contrast to previous research related to...

Key Findings

Please explain for a non-specialist audience what

has been discovered or achieved as a result of the work funded through this award. * A clinical...

Key Findings

Key findings: -Significant new knowledge derived

directly from patient and healthcare providers that have driven the technical development of this...

Key Findings

Osteoarthritis is a degenerative disease of the

joints, where cartilage is destroyed. Around 8.5 million people in the UK having moderate to severe...

Key Findings

We have developed a novel soft robotic knee

rehabilitation device for people who have had stroke. This medical device has received approval...

Key Findings

Many tissues in our bodies, such as cartilage,

tendon and ligaments are loaded as we move around and the living cells in the tissues are able to...

Key Findings

This award facilitated the development of a new

method for investigating human knee and leg biomechanics. This method uses a robotic joint which...

Key Findings

We have published four Roadmaps for Engineering

and Physical Sciences research in the field of healthcare technologies. One is on cardiovascular...

Key Findings

MeDe Innovation was created to lead the UK in the

innovative manufacture of implants, biomaterials and new regenerative devices for the treatment of...

Key Findings

This project funding was for research equipment.

The grant funded the purchase of a new Field Emission Gun Scanning Electron Microscope (FEGSEM], to...

Key Findings

The UK-Irish Criminal Justice Cooperation Network

is a collaboration between Northumbria University, Queen's University Belfast and the Association...

Key Findings

We have been developing a proof-of-concept

bio-inspired prosthetic knee joint based on the human bones dimensions. This novel bio-inspired...

Key Findings

Achievement against objectives: OBJECTIVE 1:

DEVELOP AND ENGAGE A COMMUNITY Initial network of 5 managers (PI and Co-Is). Core network: 147...

Key Findings

VIPVis was a follow-on study from the prior

AMRSim study to develop a training tool for changing perception and raising awareness of risk of...

Key Findings

The project undertaken under the auspices of this

AHRC Fellowship consisted of practice-led research in the form of a novel (with several...

Key Findings

My research looks at the intersection of deep

learning and inverse problems in imaging. Solving an inverse problem is the task of computing an...

Key Findings

1) Identification of the importance of Type 2

fusion defects (due to incomplete diffusion at interface) to the structural integrity of Ultra-High...

Key Findings

While we are still completing some final analyses

and publications from this study, we have confidently established the following: 1) There are...

Key Findings

Critical factors in the surgeon's operative

technique that are most likely to determine the success of unicompartmental knee replacement have...

Key Findings

Tuberculosis is a reemerging infection that was

also common in the past in Britain. Poverty, drug resistance, AIDS and migration are key factors in...

Key Findings

We have developed substantial research capacity

and capability, in experimental and computational simulation systems, and fundamental knowledge of...

Key Findings

High Tibial Osteotomy (HTO) surgery is performed

as a treatment for people who have osteoarthritis (OA) affecting one side of their knee. It...

Key Findings

MIIND is a software package for simulating

interacting populations of neurons. Up to the inception of this project, MIIND provided the ability...

Key Findings

We have verified the feasibility of automating

the process of customised instrumentation. having verified this, we have used it clinically over...

Key Findings

I have developed a novel mechanical loading

instrument used to mimic the compressive strains experienced by cartilage tissue present in the...

Key Findings

Defintion of a new wear law for polyethylene in

knee replacements Defintion of a novel computational model to predict wear of polyethylene in the...

Key Findings

We have demonstrated that for bow-legged knees (a

common deformity in active people), the joint alignment can change, but there are specific...

Key Findings

Our aim of this PhD studentship was to improve

understanding of the molecular recognition of polysaccharides at membranes, in particular...

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Projects (513)

Publications (1165)

People (670)

Organisations (2)

Outcomes (221)

Classifications (0)