Month: October 2022

Following the expansion of its membership with three new partners, BHP has published its first report of activity covering September 2020 to August 2022.

Download the Birmingham Health Partners Report of Activity 2020 to 2022 pdf (4MB)

In publishing this report for our member institutions, stakeholders and influencers in the West Midlands and further afield, BHP highlights its progress in aligning the strategic objectives of its NHS and university partners to address major health challenges faced by the Midlands region and beyond.

Ed Smith, BHP’s chair, commented: “Our starting point has been to create a values-based partnership with key organisations in the city-region that allows us to deploy our research, innovation and healthcare capabilities to deal with major health issues. The problems encountered by the large socially- and ethnically-diverse population of the Birmingham region are similar to those faced nationally and globally, with health inequalities – driven by social determinants – leading to multimorbidity and chronic physical and mental ill-health.

“To address such deep-seated problems, it is increasingly recognised that we need health science clusters, based in large regional populations, that harness research and innovation to patient care. By integrating shared capabilities unselfishly and collaboratively, BHP is forming a powerful regional cluster to address health inequalities while also driving economic development – thereby contributing to both UK and global knowledge-based outcomes.”

Professor David Adams, Director BHP, added: “We hope that readers of this report will understand both the role played by BHP and the opportunities the partnership provides to support health innovation in our region. We aim to enhance the endeavours of individuals, teams and organisations by focussing on collaborating across institutional boundaries.

“As this report sets out, we have made substantial contributions over the last year including on training, funding, and health data and digital delivery. We are also proud of our convening role which brings together wide-ranging multidisciplinary expertise to deliver research that matters for our population and which promotes a wider innovation landscape.”

Download the Birmingham Health Partners Report of Activity 2020 to 2022 pdf (4MB)

Dr Gill Lowe, a haematology consultant at University Hospitals Birmingham and Honorary Senior Clinical Lecturer at the University of Birmingham, has been appointed as National Institute of Health and Care Research (NIHR) National Haematology Specialty Lead.

The NIHR is the government’s major funder of clinical, public health, social care and translational research, with a mission to “improve the health and wealth of the nation through research” and a budget of over £1.2 billion in 2020–2.

In her role as a consultant at UHB, Dr Lowe treats patients who have blood clotting disorders, blood problems relating to pregnancy , and immune blood disorders. Additionally, she works within Research Development and Innovation at the Trust as Deputy Clinical Director of Research. She completed a PhD looking at patients with inherited platelet disorders within the University’s Birmingham Platelet Group between 2010-2013, and continues to lecture in haematology.  She is particularly interested in integrating clinical research in to everyday practice, and in provision of education in her clinical field.

The main aim of her new role at NIHR is to be able to promote and offer clinical research studies to all patients as part of their routine care.

Dr Lowe commented: “I’m very excited to have been appointed National Haematology Specialty Lead. Over a number of years, I have been involved in the great work of the Haematology National Specialty Group, and I look forward to continuing to be part of this.

“There is a lot of scope to improve research for certain patient groups, such as those with sickle cell disease, and trials of new drug treatments for thrombosis. It is incredibly important that we keep patients at the heart of research.”

She will commence the role on 31 October 2022.

Professor Matthew Brookes, Clinical Director of the NIHR Clinical Research Network West Midlands added: “It is great news for our region that Dr Lowe will now be leading nationally on Haematology research, as well as continuing to lead on this on a local level across the West Midlands. We very much look forward to continuing to work with Dr Lowe.”

Professor Roy Bicknell, Director of the Institute of Cardiovascular Sciences at the University of Birmingham said: “The appointment Dr Lowe to this role demonstrates the sector leading excellence in cardiovascular work taking place in Birmingham, and the benefits of a close partnership between NHS Trusts and academia. Dr Lowe completed her PhD in 2013 with the Birmingham Platelet Group and her ongoing work with the group, and commitment to clinical research is supporting leading research to improve treatments and outcomes for people with blood disorders and thrombosis”.

Tim Jones, Chief Innovation Officer, said: “We are very pleased that Dr Gillian Lowe has been appointed to this national role which builds on her excellent work at UHB not only in caring for our patients but also her pivotal  role in supporting research and education both within Haematology but also more widely across the Trust. It is a well-deserved appointment and we wish her well in her new role.”

Researchers at BHP founder-members the University of Birmingham and University Hospitals Birmingham have used a technique called Generative Design to produce a knee implant that can be used to treat osteoarthritis.

A proof-of-concept paper – describing in detail the comprehensive workflow of design and advanced manufacturing processes for a generatively-designed, patient-specific bone fixation device – has been published in Progress for Additive Manufacturing by the BHP members working in partnership with design software specialists Autodesk, Manufacturing Technology Centre (The UK National Centre for Additive Manufacturing).

Generative design uses artificial intelligence (AI) and machine learning to design parts that are absolutely optimal for their end use when manufactured, and this study is the first known application of Generative Design to a biomedical implantable device.

Using this technology in medical applications is advantageous for several reasons. For example, knee arthritis is currently treated with implants that are only manufactured in a limited number of shapes and sizes. Although the use of new 3D printing techniques to make implants designed to an individual patient is emerging, this doesn’t take into account the constraints imposed by surgical planning, or the patient’s weight or activity levels. These are important elements to understand how a patient’s anatomy and a knee implant will interact and are crucial to both implant design and post-surgical rehabilitation.

Generative design however allows the implants to be biomechanically specific, so the implant is tailored to the load it will be bearing. This also allows the end product to be lighter, less prominent and minimally invasive, which means the patient will heal more quickly, and is also less likely to need revision surgery.

In the new study, researchers set out how the design produced by Autodesk’s software can be manufactured and processed into a functional prototype, including how much of the process can be automated.

Postgraduate and lead researcher, Mr Sanjeevan Kanagalingam, of the University of Birmingham, said: “The ‘one-size-fits-all’ approach used in knee surgery to treat osteoarthritis can result in major complications, primarily due to overengineered implant designs and therefore limits surgical adoption and patient outcomes. This AI integrated design interface allows us to configure tailored surgical planning parameters and take personal biomechanical information into account, and synergistically combine it with the embedded manufacturing intelligence to model medical-grade titanium implants that are specific to each patient.”

Principal Investigator and Senior Lecturer, Dr Lauren Thomas-Seale, also at the University of Birmingham, added: “The combination of the academic, industrial and clinical knowledge of the team working on this project, and the vast design space offered by Generative Design, has yielded implant designs beyond anything that has been seen before. Such an approach, noting the diversity of the project team, has enabled the development of a design process which can take into account the many differences between patients, for example the variation between male and female body mass.”

The next steps will be to mechanically test the devices to see how much they bend and flex under loads. If successful, the team will eventually move on to clinical testing.

Kanagalingam concluded: “This generative design approach not only increases the patient-specificity of bone fixations but also serve as a novel, versatile framework in the design of load-bearing patient-specific implants for the hips, shoulders and maxillofacial surgeries”