From stratospheric antennas to implantable bio-sensors, from the thermodynamics of carbon capture to quantum technology and AI-designed biology, we use deep tech to challenge and change the status quo.

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The Engine MIT venture ecosystem

CC and The Engine venture ecosystem: an alignment of ambition

We're ramping up our commitment to The Engine, the ambitious venture ecosystem spun out of MIT to support ‘Tough Tech’ companies and solve key challenges in climate change, human health and advanced systems ...
Parkinson’s Disease active implant innovation

Why the world needs digitally connected active implant innovation

Dr Ashwini Sharan and Cambridge Consultants provoked debate with a film, ‘A day in the life of a Parkinson’s patient in 2030’, which imagined seamless therapy enabled by smart active implants, surgical robotics, digital connectivity and AI ...
Surgical robotics accuracy and precision

Should robots control accuracy and precision in surgery?

Should we be designing systems that autonomously control both accuracy and precision for the best outcome of the patient? Andy Savarese explores the questions and looks ahead as the role of surgical robotics evolves ...
Improving in vitro diagnostics IVD

In vitro diagnostics needs seismic change

The current state of in vitro diagnostics (IVDs) is no longer fit for purpose. In vitro diagnostics needs seismic change to improve patient outcomes and deliver economic benefits ...
Contamination detection innovation for cell and gene therapy

Can cell therapy become cheaper and easier?

Cell and gene therapy is hailed as the future of 21st century medicine but is currently too expensive to be widely used. As a principal scientist in synthetic biology, Matthew Jones is part of a team addressing this issue in ...
Real-time contamination detection for cell therapy manufacture

Real-time contamination detection for cell therapy manufacture

This whitepaper goes behind the scenes of a significant breakthrough for contamination detection in cell therapy monitoring. It tells the story of PureSentry, a prototype device for on-line, real-time detection ...
Neuropathy screening from diabetic retinopathy images

Neuropathy screening from diabetic retinopathy images

People with diabetes have an increased risk of developing serious health problems, including neuropathy. We’ve developed an AI-based system, in partnership with eminent specialists, to assess the presence of neuropathy from retinal images ...
Microalgae carbon capture | Cambridge Consultants

Turning trash to cash: microalgae cultivation to mitigate environmental waste impact

‘Turning trash into cash’ provides opportunity for companies to gain first-mover advantage. We outline a method that be considered as a carbon capture method – but is more likely to yield valuable bio-derived compounds ...
AI-powered digital pathology

Pathology: time for digital transformation?

In essence, the approach to pathology has remained unchanged for years – but is it time for pathologists to experience digital transformation powered by AI? ...

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