Within OncoEng, the team at UCL aims to develop state-of-the-art imaging and computational tools to predict the growth of metastatic lesions and how these can result in fractures in the spine. This involves a variety of teams with different goals. All of them require a computational mesh that will allow a number of models to … Read more
This June, Ryan and I had the privilege of attending the UK Metamaterials Network conference at the scenic Wotton House. Over three insightful days, we delved deep into the diverse world of metamaterials, exploring their applications in health, space, and sustainability. Although our prior experience leaned heavily on structural metamaterials, the conference broadened our horizons, … Read more
Research challenge 2 (RC2) is centred around the need for the development of an advanced spinal rigid-body modelling technique. This is required to determine the expected vertebral loads and motion across a range of daily activities. Additionally, the model should be able to judge the impact of tumour progression and pain on the spinal biomechanics. … Read more
3D printing revolutionises medical device technology by allowing personalised devices to be created within a short period of time, and at lower costs than traditional manufacturing methods. OncoEng aims to utilise 3D printing to create minimally invasive implants (MII) out of metamaterials. These are materials created from an array of lattices, that change the nature … Read more
The 10th of June marked the beginning of OncoEng, in which academics, early-stage researchers, patient advocates, and representatives from invested companies met in Weetwood Hall, Leeds for the kick-off meeting. The day began with a welcome and overview of the £7 million project, by Prof. Richard Hall, before Prof. David Sebag-Montefiore, the director of Leeds … Read more
A recently published paper by Simão Laranjeira and Rebecca Shipley from UCL Centre for Nerve Engineering developed a new in silico framework to help design peripheral nerve injury repair constructs. The work was developed within the remit of the UCL Centre for Nerve Engineering of creating novel strategies to treat peripheral nerve injury. The framework … Read more