XR Life Science: Revolutionizing Life Sciences with 3D/VR Imaging
XR Life Science is a pioneering project led by Professor Craig Daly from the University of Glasgow. Supported by the Medical Research Council (MRC), Biotechnology and Biological Sciences Research Council (BBSRC), and the Wellcome Trust through the Translational Research Initiative team (TRI), this project focuses on applying confocal laser scanning microscopy (CLSM) to develop 3D assets from research data.
The Vision
The vision behind XR Life Science is to transform the way biological tissues are visualized and studied. By creating highly detailed 3D structures of biological tissues at cellular and sub-cellular levels, the project aims to revolutionize teaching, public engagement, and research in the life sciences.
Development and Features
XR Life Science utilizes CLSM to obtain serial sections of tissues, which are then imported into sophisticated animation software to create 3D images. These images can be used to construct visual representations of real organs, tissues, or other biological structures.
Key features of XR Life Science include:

3D Imaging
Creation of over 65 models stored in the XR Life Science Sketchfab collection, which can be incorporated into Virtual Reality (VR) technology.

Educational Tools
Development of unique teaching resources that allow students to link theoretical knowledge to actual visual representations, enhancing their understanding through 3D interactions.

Public Engagement
Use of 3D animations to engage the public in life sciences, making complex biological concepts more accessible and understandable.
Support from the College of Medical, Veterinary & Life Sciences (MVLS)
This project has been supported by a variety of internal awards supported by the TRI team. Early stages of the project were funded by the MRC Proximity to Discovery Industry Engagement Fund (P2D) in 2018, following by a BBSRC Excellence with Impact award in 2019, and a Wellcome Trust Translational Partnership Award in 2021.
Impact and achievements
XR Life Science has successfully created a collection of 3D assets that are being used in educational settings to enhance learning experiences. The project has demonstrated the potential of 3D/VR imaging to revolutionize conventional teaching methods, allowing students to interact with and explore biological structures in unprecedented detail.
Future prospects
The XR Life Science team continues to refine their technology and expand its applications. Their ultimate goal is to provide comprehensive 3D/VR imaging tools that enhance education, research, and public engagement in the life sciences.
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