Pioneering simulation-based medical teaching
Simulation-based medical teaching forms a core aspect of practical clinical training for healthcare professionals and medical students.
Find case studies from across DigitalHealth.London’s network and programmes that are relevant to you.
Simulation-based medical teaching forms a core aspect of practical clinical training for healthcare professionals and medical students.
getUBetter is an evidence based, CE marked, digital self-management platform for all common musculoskeletal injuries and conditions. Find out how GetUBetter was co-designed to meet the needs of patients.
The DigitalHealth.London Generator has supported Regimen to identify the data needed to support their evidence generation, as well as facilitating a partnership with Self-Care Academic Research Unit (SCARU) at Imperial College London.
Feebris’ mission is to bring AI-powered diagnostics and accelerated treatment to every household around the globe, beginning with the most vulnerable communities. Find out how Feebris refined their value proposition to meet NHS needs during their time on the DigitalHealth.London Accelerator.
Peppy is a user-facing app that provides personalised support to help people navigate through some of life’s big transitions. Find out how the DigitalHealth.London Accelerator supported the growth of Peppy across multiple NHS trusts.
FibriCheck is the world’s first medically certified app capable of timely detection of heart rhythm disorders, including atrial fibrillation (AF). Find out how the DigitalHealth.London Accelerator supported FibriCheck in building their NHS knowledge and network.
Mendelian is a digital health company that focuses on building tools to help clinicians detect hard to diagnose diseases. Find out how the DigitalHealth.London Accelerator supported them in building a portfolio of evidence for their flagship product, MendelScan.
Accelerator alumnus company Sweatcoin partnered with the NHS South West London Health & Care Partnership, following a pitch they gave at the Accelerator launch event for the 2019/20 cohort.
Remote monitoring for Cystic Fibrosis in children at Addenbrooke’s Hospital, Cambridge, UK with satellite sites at Ipswich Hospital and Peterborough City Hospital.
The DigitalHealth.London Generator supported Macusoft to develop research questions through one-to-one sessions and to subsequently engage with academics.
The DigitalHealth.London Generator supported White Swan to pivot their product development roadmap to ensure they are clinically robust, as well as develop a roadmap for, and implement parts of, their evidence generation pathway.
The DigitalHealth.London Generator facilitated a partnership between Accelerator company BIOS and a research team at Queen Mary, University of London’s (QMUL) Human Performance Laboratory, a national facility of gait analysis. This enabled the partners to secure InnovateUK grant funding to support a validation study.