• 23/11/21 – Future Blood Testing Network+ Launch

    Online

    This is the virtual launch event for the Future Blood Testing Network! The Future Blood Testing Network+ is a new Network funded by EPSRC. We are aiming to build a multi-disciplinary community to develop digital health technologies for remote, rapid, affordable and inclusive monitoring and personalised analytics. Sign up to our launch event to meet the Network Team, and find out more about our Network! There will be presentations on our different Network themes given by the Network Management Team, in addition to presentations given by healthcare professionals and medical reseachers. There will also be a Q+A Panel with the Network Management Team to enable you to find out more about our research and planned activities! This event will be run on zoom and the talks from the different Network Managers will be recorded and made available on our YouTube Channel.

    Free
  • 03/02/2021 – Future Blood Testing Network+ Landscape Report Funding Town Meeting

    Online

    This is the virtual launch event for the Future Blood Testing Network! The Future Blood Testing Network+ is a new Network funded by EPSRC. We are aiming to build a multi-disciplinary community to develop digital health technologies for remote, rapid, affordable and inclusive monitoring and personalised analytics. 

    Free
  • Routine cellular diagnostics: A platelet perspective? Dr Chris Jones (University of Reading)

    Online

    The idea of conducting tests for an infectious disease on the kitchen table would have seemed unimaginable only three years ago; now, it is a routine part of life in the UK. Similarly, measuring health markers such as heart rate or blood pressure used to involve a trip to your GP's surgery; now, they are measured by your watch.  Routine testing of cellular function may be the next step, supplying data on cellular changes that occur before the presentation of symptoms or rapidly assessing the efficacy of therapies.  Platelets play a vital role in chronic and acute cardiovascular disease but also have roles in immunity, inflammation, cancer metastasis, Alzheimer's disease and infections, such as dengue, HIV-1, malaria, and COVID-19.  In addition, they are easily obtained from subjects or patients, making them valuable biomarkers for changes in blood vessels associated with disease, ageing or therapy. This seminar will introduce the utility of platelets as a cellular biomarker and the progress we have made in designing tests that capture the function of these cells, both in the lab and at point-of-care.

    Free
  • Rapid Blood Tests: The Two-Year Manifesto. Dr Martin Peacock (Zimmer and Peacock Ltd)

    Online

    Zimmer and Peacock has worked on the development and manufacture of a platform intended to translate academic blood testing assays from the lab into the clinical setting, and onto the market. At ZP, for research to be impactful and sustainable, it does need to be presented in a form factor so that it can be easily used by clinicians and patients. In this webinar and live streaming demo, ZP will show how a scientific paper can easily become a clinical product. The policy at ZP is to translate science into regulatory approved products in 2 years or less.

    Free
  • A Radical Solution to the Visualization and Interaction with Timeline Structured Information: UHS Lifelines Electronic Patient Record Interface

    Online

    The ambitious NHS Digital Transformation Programme faces challenges in delivering efficient and intuitive information to health professionals. Since 2009, we have worked as a small team at University Hospital Southampton (UHS) Clinical Data Estate. Using e-data visualisation principles and a highly agile and iterative approach with minimal financial resources, we have developed a transformative approach to the Electronic Patient Record (EPR) interface. 

    On UHS Lifelines, the timeframe is continuously incremental as new content accumulates. The interface opens near instantaneously in real time and documents from any time point are immediately accessible without scrolling through lists, menus, multiple frames and software subsystems, and the clinical history can be read subliminally to a valuable degree from the icon patterns. Despite initial constraints, the system evolved into a powerful application at the heart of UHS EPR. Additionally, it led to other software solutions, such as the SCR+ (Somerset Cancer Registry Enhanced) Multi-Disciplinary Team Module for cancer data management. We believe our approach has broad applicability beyond healthcare, potentially benefiting various sectors. We therefore appreciate all opportunities for collaboration to expand the project's impact nationally and beyond.

    Free