The understanding of human anatomy is vital to the delivery of healthcare. For medical students, this necessary awareness of anatomy and 3D spatial orientation is traditionally learned through cadaveric dissection. This is expensive and has practical as well as ethical constraints to available teaching time. The ANEX team has generated digital models hosted inside a Web app available for the BU community and can be used as assets for interdisciplinary research between the fields of Arts, Science and Healthcare.
Join us on this 16th of March at lunchtime for this presentation of the ANEX : Anatomical Examination app. An app developed in Collaboration with UHD (University Hospitals Dorset) by and for the BU community that provides a personalized platform for both students and lecturers.
On this webinar you will:
- See a LIVE demo of our ANEX webapp: A Medical education platform for teaching anatomy. (Desktop and Mobile versions available)
- Get an early peek of our Neuravatar diagnostics tool.
- Learn more about how this resource can be used in your research or your teaching environment
Weds 16th March
12:00-13:00PM
🎫🎟️MS TEAMS 🎟️🎫meeting invite here
Dr Xiaosong Yang (FMC)
Dr Mara Catalina Aguilera Canon (FMC)
Anatomical Society – grants for public engagement and outreach
High Resolution 3D Digital Assets of Whole body Human Anatomy available for BU Research and Education
Come along to 14:Live on Tuesday 21 March
Nursing Research REF Impact in Nepal
Fourth INRC Symposium: From Clinical Applications to Neuro-Inspired Computation
ESRC Festival of Social Science 2025 – Reflecting back and looking ahead to 2026
3C Event: Research Culture, Community & Cookies – Tuesday 13 January 10-11am
Dr. Chloe Casey on Sky News
ECR Funding Open Call: Research Culture & Community Grant – Application Deadline Friday 12 December
MSCA Postdoctoral Fellowships 2025 Call
ERC Advanced Grant 2025 Webinar
Horizon Europe Work Programme 2025 Published
Update on UKRO services
European research project exploring use of ‘virtual twins’ to better manage metabolic associated fatty liver disease