Deep learning cardiac motion analysis for risk stratification of adverse cardiac event

Reference number 8903

Sectors: Healthcare

Industries: Cardiovascular

A tool for predicting risk profile in patients with pre-existing cardiac dysfunction with greater accuracy than the current gold standard.

Proposed use

This technology is suggested for use in multiple types of heart disease to predict time to adverse cardiac event.

Problem addressed

The standard method of analysing cardiac motion images captured by an MRI is to draw contours and calculate simple measures by hand. This fails to capture the complexity and scope of information that these images can provide, most specifically to determine early signs of cardiac diseases and time to adverse cardiac event.

Technology overview

The technology is a machine learning algorithm that is trained to find correspondence between heart motion and patient outcome, and which can efficiently predict risk profile and time to an adverse cardiac event.

Motion analysis is a technique used in computer vision to understand the behaviour of moving objects in sequences of images. It is possible to predict future events based on the current state of a moving 3D scene by learning correspondences between patterns of motion and subsequent outcomes. Imperial researchers used machine learning techniques to analyse the motion dynamics of the beating heart and created a network –4Dsurvival – which predicts survival outcomes in patients with greater accuracy than clinical gold standard.

Benefits

  • In a study of 302 patients, the accuracy of survival predictions for 4Dsurvival was 75%, significantly higher than the human benchmark of 59%

Intellectual property information

The technology is protected by a UK priority patent application, number GB1816281.8

Inventor information

Dr Declan O’Regan, Reader in Imaging Sciences, Faculty of Medicine, Imperial College London

Inventor

Professor Declan O’Regan

Professor of Imaging Sciences
Faculty of Medicine, Institute of Clinical Sciences

Visit personal site

Contact us about this technology



Contact

Dr Emily Allen-Benton

Industry Partnerships and Commercialisation Officer, Medicine

Emily is an IPC Officer within the Faculty of Medicine team focussed on intellectual property management, supporting Imperial academics with commercial engagement, fostering collaborative research and negotiating out-licenses. Emily manages an IP portfolio which included the Faculty of Medicine Quicktech portfolio, comprising mouse models and other research tools. Emily holds a PhD in Chemistry focussed […]

Contact Emily

e.allen-benton@imperial.ac.uk

Related technologies

A novel targeted drug delivery system

A novel targeted drug delivery system

A novel nanomedicine platform technology using biocompatible and biodegradable nanovesicles as carriers for a variety of clot-lysing thrombolytics Find out more

Acoustic sub-aperture processing (ASAP) for ultrasound vascular imaging

Acoustic sub-aperture processing (ASAP) for ultrasound vascular imaging

Ultrasound is one of the most commonly used clinical imaging modalities, characterized by its real-time capability, excellent safety, ... Find out more

ArterioWave – simple ultrasound-based diagnosis and monitoring of heart failure

ArterioWave – simple ultrasound-based diagnosis and monitoring of heart failure

More than 26 million people worldwide suffer from heart failure; there are around 1 million new cases annually in the US ... Find out more

Sign up for updates

Sign up for monthly technology alerts via email, and find other ways to connect with us.

Loading...