News
MI:RNA secures funding for AI tool to diagnose osteoarthritis earlier in dogs
Veterinary diagnostics company, MI:RNA, has secured funding from Scottish Enterprise to support its research and development project to create a simple, non-invasive test that uses Artificial Intelligence (AI) and a type of biological marker (an indicator of biological conditions), called microRNA, to help diagnose diseases to offer more accurate, accessible, and cost-effective methods of early detection of OA in dogs.
Scots University Projects Receive Gov Funding to Go Commercial
The Scottish government is awarding projects across ten Scottish universities with the £2.95m Proof of Concept Fund to support harnessing their ground-breaking academic ideas for commercial use.
Source: DIGIT
Scottish Government backs 'innovative industries' with £5 million
The Scottish Government has announced a nearly £5m investment package backing businesses in innovative industries.
It will provide more than £2m of support for new market clusters set out in Scotland’s Innovation Strategy, including space, robotics and critical technologies like semiconductors and quantum systems.
Source: Business Insider
AI tools show promise for veterinary diagnosis
AI tools can support vets in diagnosing disease, research has shown.
A computer model has been trained to recognise a common disease in dogs with an encouraging success rate, underscoring its potential as a veterinary tool.
The approach supports the use of AI for relatively straightforward tasks, to allow vets to concentrate on more complex tasks, according to the team behind the study.
Scots AI Device Targets Skin Cancer Delays In Remote Areas
A Scottish researcher at Edinburgh’s Heriot-Watt University has led the development of a new AI tool that could transform skin cancer care for patients living in remote areas by allowing for fast and potentially life-saving diagnoses.
Source: DIGIT
Edinburgh research organisation receives £3.6 million for AI health project
An Edinburgh-based research organisation has been awarded £3.6m from Scottish Enterprise for a project that uses artificial intelligence (AI) to improve medical scans and speed up data analysis.
Canon Medical Research Europe’s (CMRE) new project will cost around £14m in total, and is expected to benefit both patients and health services.
Source: Business Insider
University set to host £750m national supercomputer
The University of Edinburgh has been announced as the home of the UK's next national supercomputer.
The significant investment represents a huge endorsement of the University and its future as a world-leader in supercomputing and AI, recognising the strength and value of Edinburgh’s expertise.
Chancellor confirms £750 million for Edinburgh supercomputer
Scotland will be home to the UK’s most powerful supercomputer, with the Chancellor confirming up to £750m to build it at the University of Edinburgh. The announcement comes ahead of today's Spending Review and as the Prime Minister kicked off London Tech Week by unveiling £1bn of extra funding to scale up the country’s artificial intelligence (AI) computing power.
Source: Business Insider
Approval for project creating tropical seafood using AI in a shipping container
Scientists are set to use a shipping container to help them develop tropical seafood using artificial intelligence on land in Midlothian.
Midlothian Council planners have given the go ahead for the container to be placed on Dryden Farm, Roslin, which is owned by the University of Edinburgh.
Source: Business Insider
Artificial intelligence supports pig welfare
A combination of tracking technology and social mapping that reveals how pigs build relationships over time could inform welfare strategies. Artificial intelligence (AI) has been combined with techniques to map animals’ interactions, to gain insights into pigs’ social relationships. Scientists at the Roslin Institute, in collaboration with industrial partners PIC and an international research team, examined how pigs associated with one another over time by using technology to analyse their proximity during social interactions.