Our first PPIE Group meeting in 2022 was held via Zoom on Friday 4th March. We had three speakers, the first of which was Michael Mansfield who made a request for PPIE input for the MSc Advanced Manipulative Physiotherapy degree. This is an excellent example of how PPIE is important to shape the training of … Continue reading “First PPIE event in 2022 and our new website”
Newsletter 2021
CPR-Spine-Newsletter-December2021-1Download
Machine learning approaches applied in spinal pain research
The latest review article from CPR Spine team members discusses the advantages and disadvantages of current analytical strategies in contemporary basic science and epidemiological research. The review considers how analytical machine learning approaches could provide the platform to harness the variability of patient presentations to enhance clinical prediction of pain persistence or recurrence. Reference: Falla … Continue reading “Machine learning approaches applied in spinal pain research”
PPIE in 2021 and next year activities
It has been a busy year for the CPR Spine PPIE Group. We had plenty of projects to discuss in 2021. Some of our groups were personally involved in grant applications for future studies and we heard results of work that is now complete. Unfortunately, all the PPIE events this year had to take place … Continue reading “PPIE in 2021 and next year activities”
CPR Spine 2021 Publications
CPR Spine members published more than 100 peer-reviewed articles in 2021. These articles have been published in highly reputable journals such as Nature Protocols, PAIN, European Journal of Pain, and Scientific Reports. You can find a list of those publications and links to available ones here: Del Vecchio A, Casolo A, Dideriksen JL, Aagaard P, … Continue reading “CPR Spine 2021 Publications”
CPR Spine Lecturer Dr Gallina Received Royal Society International Exchanges Grant
Dr Alessio Gallina, lecturer at the School of Sport, Exercise and Rehabilitation Sciences and a core member of CPR Spine received a Royal Society International Exchanges grant to study pain, avoidance and motion. Below you can read more about Dr Gallina’s research: Pain changes the way we move, and researchers think that these changes occur … Continue reading “CPR Spine Lecturer Dr Gallina Received Royal Society International Exchanges Grant”
Feroz Jadhakhan joined CPR Spine as a research fellow
Feroz Jadhakhan is a research fellow in the Centre of Precision Rehabilitation for Spinal Pain (CPR Spine) at the University of Birmingham. Feroz’s main research interests include examining electronic care records to answer clinical research questions and the use of statistical processes and data mining to forecast outcomes. Feroz has developed a keen interest in … Continue reading “Feroz Jadhakhan joined CPR Spine as a research fellow”
PhD highlights: Control of trunk muscle force in individuals with and without non-specific low back pain
Optimal function of the trunk muscles is essential for functional mobility, as they provide postural support and stability to the lumbar spine during everyday life activities (e.g., lifting, carrying). Considering that pain alters the way that we move, many studies have investigated if individuals with chronic low back pain (CLBP) present with differences in trunk … Continue reading “PhD highlights: Control of trunk muscle force in individuals with and without non-specific low back pain”
Funding awarded to Professor Falla and Dr Martinez Valdes
CPR Spine members Professor Falla and Dr Martinez-Valdess received funding in September 2021: When astronauts return to Earth, they are at increased risk of cervical intervertebral disc (IVD) herniation which can cause significant pain, weakness and numbness. Professor Falla has received funding from the UK Space Agency to study the causes that contribute to this … Continue reading “Funding awarded to Professor Falla and Dr Martinez Valdes”
PhD highlights: Neuromuscular and structural tendon adaptations in tendinopathy
Tendons are mechanically responsible for transmitting forces from muscles to bones, allowing postural control and the full spectrum of human movements. Daily life activities such as walking, running, jumping, sitting, and squatting involve a highly coordinated action by the central nervous system, muscles, and tendons to plan, initiate, control, and execute different movements efficiently. In … Continue reading “PhD highlights: Neuromuscular and structural tendon adaptations in tendinopathy”