AR/VR applications in the brain injury care pathway

Brought to you by The Healthcare Group

A joint event between CW and the NIHR Brain Injury MIC which explores Augmented and Virtual Reality applications for the prevention and treatment of brain injuries.

Registration for this event is now closed.

About the event

NIHR logoBrain Injury MedTech

Registration has now closed please email Rachel Kerr if you would like to be added to the waiting list.

A joint event between CW and the NIHR Brain Injury MIC*

Augmented and Virtual Reality applications are increasingly proposed for the prevention and treatment of brain injuries. At a time when technology is rapidly evolving, this event will bring together leading clinical experts to define areas of unmet needs and potential applications of the technology. It will also provide an opportunity for commercial providers and clinical teams to showcase their technologies and on-going applications. 

The brain injury pathway focusses on acquired brain injury typically from stroke or accidental or repeated impacts to the head. The consequences of these injuries are multi-faceted including physical, cognitive and emotional deficits which may or may not be successfully treated through rehabilitation. To reduce the burden on society the Brain Injury MIC is interested in technology interventions for all aspects of the pathway including prevention, pre-hospital medicine, emergency care, intensive care and rehabilitation.

Prevention has the potential to deliver the greatest return on investment. This can include the prevention of falls, particularly in the elderly. Can we predict patients at risk of falling and intervene to reduce risks? Concussion, especially in young children as well as elite sportsmen, is difficult to diagnose. Can we develop tools to simplify this for application in the schools or A&E context with the ability to monitor recovery or the need to intervene? Rehabilitation is dependent on the deficit resulting from the brain injury. Virtual reality can be applied to support recovering lost physical capabilities as well as emotional deficits by recreating difficult environments. VR might also be used in the developing of supportive environments for those living with long term disability. Gaming environments to support cognitive learning and retraining are also important.

The event will be supported by members of patient advisory groups as well as key personnel from grant funding and investing organisations who will provide critical advice on proposed products and applications. The event is designed to encourage networking and future collaborations as well as provide for supportive exhibits of products.

Nb: The NIHR MedTech Co-operative is interested in technologies that can be applicable to brain injury patients, so is not limited by condition.

The NIHR Brain Injury MedTech Co-operative provides a “go-to” centre of expertise for understanding the Acquired or Traumatic Brain injury care pathway and for the development of medical technologies to support prevention and improving patient outcomes.

The NIHR Brain Injury MedTech Co-operative aims to:

  • Find: Identify areas of unmet need throughout the brain injury pathways that might be amenable of a technology-based innovation.
  • Facilitate: Promote the generation of innovative solutions through the facilitation of interdisciplinary communication and collaboration between the NHS, academia, industry and public organisations.
  • Foster: Support the translational pathway of viable solutions from initial concept to successful market adoption and sustainable clinical impact.

The NIHR Brain Injury MedTech Co-operative is one of the eleven MedTech Co-operative and In Vitro Diagnostic (MICs) funded by the NIHR across the country. The MICs facilitate collaboration with patients, carers, NHS, charities, academia, inventors, SMEs, business angels and medtech companies. The MICs catalyse innovation in clinical areas of unmet needs for NHS patients and is committed to develop new concepts, demonstrate proof of principle and devise re- search protocols for medical devices, healthcare technologies and technology- dependent interventions.

The NIHR Brain Injury MIC will build on the significant achievement of the NIHR Brain Injury Healthcare Technology Co-operative (HTC), 2013-2018. The MICs are here to support SMEs/start-up to access the wider NIHR, get in touch directly to find out more.

Website: www.brainmic.nihr.ac.uk
Twitter: @NIHRBrainMIC  

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*As this is a collaborative event, your registration data will be shared with NIHR purely for the purpose of event logistics. View NIHR privacy policy.

Technology Showcase Presenters

Organisation Presenter Profile
StoryLab-ARU

Shreepali Patel,

Story Lab,

Anglia Ruskin University

The Power of Immersive Storytelling – Clinical and Patient Needs. This talk will look at two projects. The Golden Window (a short film exploring the patient / carer relationship and cooling techniques for babies experiencing traumatic birth through a heightened and immersive visual and sonic landscape. The second project, a VR project ‘The River’ made for hospice and immobile patients – part of a pioneering VR experience for healthcare professionals to engage with patients and their families in a different way. We will discuss the technical parameters of the filmmaking process – how we made both projects with the patients / carers as the primary audience.
SoftV

Brigitta Zics,

SoftV Ltd

SoftV Ltd is a dynamic digital gamification company formed in 2013 with the aim to gamify Neuroscience and related Medical Applications including Apps and online services of benefit to the wider public and patient community.
evolv

David Fried,

Evolve Ltd

Evolv is a certified medical device manufacturer specializing in developing rehabilitation technologies using the latest in virtual reality, motion capture systems and gamification. Our flagship product VirtualRehab is a pioneering cloud-based telerehabilitation platform that uses gaming to complement traditional rehabilitation and has been used by thousands of patients in over 150 centres in 20 countries around the world. Our solutions empower patients by allowing them to take an active role in their rehabilitation, thereby improving adherence to treatment and ultimately leading to improved patient outcomes.
Animorph

Szczepan Orlowski,

Animorph Ltd

VR Training for Nurses - A mobile VR communication training app for hospital staff working with young people suffering from cancer. It aims to increase confidence in interactions with patients. This empathy tool will improve the patient experience, and turn the knowledge of medical staff into innovative best-practice immersive training.
Animorph

Szczepan Orlowski,

Animorph Ltd

AR Navigator - Wearable Augmented Reality app for Magic Leap One glasses that uses computer vision to recognise real life objects, and present users with the information about them using speech synthesis. The prototype has many potential use cases such as helping people navigate their surroundings.
Rescue Racer

Alex Kiderman, Neuro Kinetics Incorporated
(NKI)

RESCUE-RACER utilises the most promising and technologically-advanced concussion assessments currently available, including NKI’s innovative I-PAS™ (I-Portal® Portable Assessment System), which will be demonstrated by the company’s Chief Technological Officer.
NIHR Medtech Co-Op

Jen Martin,

Oxford VR Ltd / Mental Health: NIHR MindTech MIC

Many people with mental health conditions find day-to-day life extremely frightening and this has a devastating impact on their life. VR provides a way to quickly and safely take people into these situations and help them learn how to overcome their fears through psychological therapy, and excitingly, research shows that the learning in VR translates to the real world. In this session we will introduce the gameChange project, which is using VR within NHS services to transform the lives of people with psychosis and also allow delegates to try out OxfordVR’s new fear of heights intervention.
UEANewBrand Stephanie Rossit, University of East Anglia Portable patient-led virtual reality tools for assessment and rehabilitation of spatial neglect
Spatial neglect is a highly prevalent and severe neuropsychological disorder defined as a failure to respond to the side of the space opposite to the side of the brain lesion. Neglect is major predictor of disability, yet, conventional assessments lack sensitivity and there are no recommended effective treatments for the disorder. Virtual Reality (VR) provides an interactive platform with strong potential to enhance detection sensitivity and increase rehabilitation adherence. Together with an industry collaborator (Evolv Rehabilitation Technologies), we are developing and testing new tools for the diagnosis and treatment of neglect using portable low-cost motion-tracking VR technology.
Immersive Rehab

Isabel Van De Keere,

Immersive Rehab

Dr Isabel Van De Keere is the Founder & CEO of Immersive Rehab, a digital health startup that focuses on the creation and development of physical & neuro-rehabilitation programmes in Virtual Reality that improve patient recovery. The goal is to increase the effectiveness of physical & neuro-rehabilitation, to reduce referral times, to make rehab fun and engaging, and to have a better patient outcome. Following a long physical rehab period Isabel went through herself due to a work accident, she decided to start Immersive Rehab in September 2016.
DisplayLinkXR James Christofides and Rick Kendrick, DisplayLink XR The first truly wireless adaptor reference design for VR HMDs such as Vive and Rift. Current headset's support 1.5 megapixels per eye and a data rate of about 6Gbps. Combining massive video data capability with very low latency means DisplayLink's current chipset (supporting 4K resolution and 24Gbps video bandwidth) is ideally suited to VR head mounted displays.

You can follow @CambWireless on Twitter.

NIHR Brain Injury MedTech Co-operative

The NIHR Brain Injury MedTech Co-operative provides a “go-to” centre of expertise for understanding the Acquired or Traumatic Brain injury care pathway.

View profile

This event's media partner is: Able Magazine

Able Magazine is the UK’s favourite disability lifestyle publication with 25 years experience writing about the things that matter to disabled people.

View profile

Agenda

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The information supplied below may be subject to change before the event.

09:30

Registration & refreshments

10:00

Session 1: Clinical & Patient Unmet Needs

Talks from:
 Professor Mark Wilson, Prevention & Pre Hospital Theme Lead, NIHR Brain Injury MIC
 Dr Jen Martin, Programme Manager, NIHR Mental Health MedTech Co-operative
 Dr Andrew Bateman, Neuropsychological Rehabilitation, NIHR Brain Injury MIC
 Dr Naomi Deakin, RESCUE-RACER Study Coordinator, Cambridge University Hospitals NHSFoundation Trust
 Dr Michael Grey, Neurorehabilitation Deputy Theme Lead, NIHR Brain Injury MIC

11:15

Refreshment break

11:30

Technology Showcase - Part 1

Introduction to CW (Cambridge Wireless), Abhi Naha, COO, CW

Chaired by Dr Peter Jarritt, Deputy Director, NIHR Brain Injury MedTech Co-operative (MIC)
 Dr Shreepali Patel
 Dr Brigitta Zics
 Dr David Fried
 Mr Szczepan Orlowski

12:55

Lunch and networking

14:00

Technology Showcase - Part 2

Chaired by Dr Peter Jarritt, Deputy Director, NIHR Brain Injury MedTech Co-operative (MIC)
 Dr Alex Kiderman
 Dr Jen Martin
 Dr Stephanie Rossitt
 Dr Isabel Van De Keere

15:00

Refreshment break

15:15

Session 3: Horizon Scanning

Panel discussion with:
 Dr Ian Newington, National Institute for Health Research (NIHR) i4i
 Mr Mark Otto-Smith, Economic Growth & Innovation Programme, Eastern Academic Health Science Network
 Dr Shreepali Patel, Story Lab Director, Anglia Ruskin University

15:45

Refreshments and networking

16:30

Event close

Speakers

Andrew Bateman - Neuropsychological Rehabilitation, NIHR Brain Injury MedTech Co-operative

Dr Andrew Bateman is Head of Neurorehabilitation services in Cambridgeshire Community Services NHS Trust.  He has since 2002 been Clinical Manager at Oliver Zangwill Centre for Neuropsychological Rehabilitation where he is based. He is affiliated lecturer in the Department of Psychiatry in Cambridge.

He is President of the Society for Research in Rehabilitation, a scholarly society that aims to promote excellence in rehabilitation research. He is Chair of the United Kingdom Acquired Brain Injury Forum (UKABIF), a national charity that aims to provide a route for lobbying, continuing professional development and networking for people working in the brain injury sector.

He has published research on a wide range of aspects of brain injury rehabilitation including exercise, cognitive neuropsychology, psychometrics, rehabilitation service development, social media.

Naomi Deakin - University of Cambridge

Dr Deakin is a PhD student in Clinical Neurosciences, co-supervised by Prof Peter Hutchinson (Neurosurgery) and Prof John Suckling (Psychiatry). Dr Deakin completed her medical training in Cambridge, followed by the Academic Foundation Programme in Edinburgh. She has worked as a Junior Neurotrauma Fellow in Neurosurgery at Addenbrooke’s Hospital. Dr Deakin is a Registered Doctor with the UK Motor Sports Association and has conducted motorsport research at Silverstone Race Circuit since 2012. Dr Deakin is Concussion Fellow for TOCA, a UK motorsports events package, and is the 2018 Sid Watkins Scholar - a funded research position with the Global Institute for Motorsport Safety. Her current research explores mild TBI in the context of sports concussion, with an emphasis on motorsport. She is particularly interested in the application of objective diagnostic tools to concussion, as well as the important return to race (or play) decisions.

Michael Grey - Neurorehabilitation Deputy Theme Lead, NIHR Brain Injury MedTech Co-operative

Michael Grey is a neuroscientist specialising in neuroplasticity and neurorehabilitation following acquired brain injury. He is investigating novel uses of virtual reality technology for neurorehabilitation and uses non-invasive electrophysiology, brain stimulation and neuroimaging techniques to study neuroplasticity.


Dr Grey works with the Acquired Brain Injury Rehabilitation Alliance and the NIHR Brain Injury MedTech Co-operative. At the University of East Anglia, Dr Grey leads research investigating the use of virtual reality for assessment of sport concussion and acquired brain injury rehabilitation

Jennifer Martin - Senior Programme Manager, NIHR Mental Health MedTech Co-operative

Dr Jen Martin has worked in the healthcare technology field for more than 15 years and is currently Senior Programme Manager of the NIHR MindTech MedTech Co-operative and NIHR Nottingham Biomedical Research Centre. Prior to this, Jen was Senior Research Fellow in Human Factors at the University of Nottingham where her research focused on user-centred design methods for healthcare. Jen’s current work is focussed on the evaluation and adoption of mental health technologies such as Virtual Reality, games and digital interventions. She is a member of NHS England’s Expert Reference Group for Digital Innovation and Adoption and is also an advisor to NICE as part of their work on accreditation of mobile health apps.

Jen is a co-investigator on the gameChange project which is using Virtual Reality to transform the lives of people with psychosis. gameChange and is a 3 year project which also involves The University of Oxford, The Royal College of Arts, the McPin Foundation and OxfordVR and was the winner of the NIHR Grand Challenge on Mental Health Competition.

Mark Wilson - Prevention & Pre Hospital Theme Lead, NIHR Brain Injury MedTech Co-operative

Professor Mark Wilson is Consultant Neurosurgeon and Pre-Hospital Care Specialist (Imperial College, KSS Air Ambulance), Professor of Practice Brain Injury (Imperial College) and Honorary Professor of Pre-Hospital Care (Faculty of Pre-Hospital Care, Royal College of Surgeons, Edinburgh). Mark established the Neurotrauma service at St Mary’s, Imperial’s Major Trauma Centre in 2010. His specialist areas are acute brain injury (mostly traumatic brain injury) and its very early management. He is co-director of the Imperial Neurotrauma Centre. He is the founder of GoodSAM (www.goodsamapp.org), a revolutionary platform that alerts doctors, nurses, paramedic and those trained in basic life support to emergencies around them and is now enabling video triage to optimise resource deployment to patients. He has worked extensively overseas (India, Nepal, South Africa, as a GP in Australia, Researcher for NASA and as an expedition doctor on Arctic and Everest expeditions). His research focus is the hyper-acute management of brain injury and the physiological effects of hypoxia on the brain.

SIG Champions

Leila Ali - Founder, Digital Health Cambridge

Leila is passionate about applying innovative approaches in bridging the worlds between health and technology. She has worked in the health sector for over 10 years and understands the importance of identifying opportunities of engagement and the evolving needs of patients/clients. She has worked in Sweden, UK and Kenya and has been instrumental in implementing innovative health promotion initiatives and identifying potential avenues for improving user engagement. She has previously worked with product planning, putting the user at the centre of the design process and ensuring a holistic view is taken of the product experience.

She has the ability to horizon-scan, spot needs, and creatively reinterpret a broad strategy. Leila is also the founder and organiser of Digital Health Cambridge, a meet-up group that brings together various stakeholders, clinicians, investors and startups in Cambridge to foster a multi - stakeholder partnership. She is currently an eHospital support link at Cambridge University Hospitals NHS Foundation Trust, where she trains and supports colleagues regarding best practice using Epic (electronic patient record system). A digital strategy which enables clinicians to use the latest in computer technology to help them to consistently provide high quality patient care.

Peter Ferguson - Director for Healthcare Technologies , Arm

Peter is director for healthcare technologies at Arm and has been actively involved in the delivery of mobile and healthcare solutions since starting his Medical Electronics PhD in 1994. Based in Cambridge, UK, Peter is responsible for driving Arm's health strategies in Medical Sensors and Genomics. His remit is helping the healthcare industry to utilize Arm's high efficiency technology in developing new products and services. Peter has more than 20 years' experience working in the healthcare, mobile tech and pharmaceutical technology market and has been instrumental in delivering innovative mobile health solutions including wearable ECG, Mobile Devices, Adverse Event Systems and Portal Hospital solutions in the UK and China.

Peter Jarritt - Deputy Director, NIHR Brain Injury MedTech Co-operative

Peter is currently Deputy Director and technology theme lead for the National Institute for Health, Health Technology Cooperative for Brain Injury. He is an Honorary Fellow of the Royal College of Physicians as well as a Fellow of IPEM. He is also a member of the Advisory Board of the Centre for Healthcare Photonics at the Centre for Process Innovation. Peter has more than 20 years’ experience directing and delivering a comprehensive range of Medical Physics and Clinical Engineering services at the highest level. Most recently Peter was the Clinical Director and Head of Medical Physics and Clinical Engineering at Cambridge University Hospitals NHS Foundation Trust. Notable projects under his leadership were introduction of RFID technology at Addenbrookes to enhance utilization of medical devices in the patient environment and the integration of medical devices into clinical information systems in an e-hospital programme. Peter’s other Career highlights includes Chief Executive of Northern Ireland Regional Medical Physics Agency. He also served as President of the Institute of Physics and Engineering in Medicine (IPEM) promoting the use of Physics and Engineering for patient benefit at national and international level.

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Siddhi Trivedi - Founder, Beowulf Proof Works

With 30 years of Health & Education innovation Siddhi provides support and advice to start-ups and entrepreneurs globally.

With a background in Pharmacology, Business Management and Coaching, she enjoys mentoring, advising start-ups and young people to help them achieve their aspirations. She wants to foster collaborations and is a passionate connector and

actively involved in many networks including Cambridge Wireless, London Tech Advocates Blockchain Steering Group, and, as License holder for TEDxLeicester, a member of the global TEDx tribe of shapers and thinkers. Her experiences in health and education innovation have been gleaned within the NHS, Education, Consultancy and Pharmaceutical sectors; and has managed projects with budgets of up to £32M. Currently she is  focused on the application of AI and Blockchain technology for improving health and create social impact  As an experienced businesswoman in leadership, relationship management and effective project management, she believes success is based on building long-term sustainable partnerships and collaborations both at a local and global level. 

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Nigel Whittle - Head of Medical & Healthcare, Plextek

Nigel is Head of Medical & Healthcare at Plextek, spearheading engagement with a range of clients in the medical device sector, helping them develop innovative technology around sensors, data collection, communications and related areas. Nigel has over 25 years’ experience in the global life science industry, in a wide range of senior scientific, commercial and managerial roles. He conducted research work at Genentech and Celltech, then at Cantab Pharmaceuticals he was responsible for all company product development, taking proprietary products into late-stage Clinical Trials. With the IP Group he established a programme of technology commercialisation from Kings College London, including start up and flotation of companies. Later, working for UK Trade & Investment, Nigel worked with a portfolio of overseas pharmaceutical companies to secure high-level investment into the UK’s R&D capabilities. More recently he has worked as a business consultant both as an independent and at Sagentia. His current interests include the development of wearable technology to support clinical studies, and the use of monitoring systems for assisted living.

Paul Winter - Senior RF Consultant, TTP plc

Paul Winter is a programme manager and RF engineer in the Communications and Wireless group at TTP. He has led numerous projects in commercial, industrial and healthcare sectors developing connected devices and precision instrumentation. Paul has a heritage in developing products integrating multiple wireless standards including GPS, GPRS, Wi-Fi, Bluetooth and proprietary ISM band radios, deployed within multi-sensor systems for in-home and on-body applications, often coupled to 'Cloud' based analysis and visualisation services. In healthcare Paul has applied aspects of wireless, antennas and electronics to a number of medical devices including inhalers, glucose testing and point of care diagnostic instruments. Paul has also led several incubation projects for TTP's Carbon Trust Incubator, covering a wide range of cutting edge technologies. Paul joined TTP in 2006; prior to this he worked as a radio engineer for Global Communications developing high volume consumer in-home satellite and digital TV distribution equipment, as well as portable equipment for the 'on-location' broadcasting industry. Paul has a Masters degree in Electrical & Electronic Engineering from the University of Wales, Cardiff. He is a member of the Institute of Engineering and Technology, the Royal Academy of Engineering and is a Charted Engineer.

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Event Location

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Location info

Madingley Hall, Institute of Continuing Education, Madingley Hall, Madingley, Cambridge CB23 8AQ

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