Tech

Latest advances in neuro-rehab technology

Discovering The Robotic
Assisted Therapies
At Sussex’s Most Exciting
New Neuro Rehab Clinic

VIM Health has welcomed its first patients through the doors to experience a holistic high-tech approach to recovery with a focus on intensive rehabilitation and some of the best robotic assisted therapies currently available in the UK.  

The innovative care model at VIM is made unique by the addition of an onsite accessible gym and a continuous approach
to a patient’s entire recovery journey.
Blending technology with hands-on therapy, the multi-disciplined team (MDT) at VIM provides end to end care for
people recovering from neurological illness or injury. 
Founder and Clinical Director, Tom Taverner has a special interest in utilising technology to supplement hands on therapy and improve the outcomes and experience of patients. His understanding of how powerful the recovery environment can be, and the desire to create an accessible gym, pay tribute to how truly unique the rehabilitation space and service is at Vim.

High Tech Intensive Rehab
“From the inception of VIM, we knew our focus would be robotic assisted therapies and intensive rehabilitation packages,” says Tom. “Several studies have shown that for many conditions, such as Stroke, high-intensity rehabilitation training is the most effective way to promote recovery.” 
“At VIM, our intensive rehabilitation packages are intertwined with the use of robotics as it is the most effective way to achieve the high intensity needed for positive neuroplasticity to take place,” continues Tom. “Our intensive recovery clients are accommodated locally so we can ensure they receive therapy at the right frequency, in high doses. The robotics and techniques we use are also designed to help patients carry out meaningful tasks that reflect their desired recovery outcome.”
The rehabilitation journey for patients at VIM begins with a detailed assessment by a specialist. From there, an intensive package is tailored to meet needs and recovery goals. For most people, this will include a combination of one-to-one therapy and intensive training with innovative technology, including robotic, sensor-based, and virtual reality devices.
The tech at the clinic is impressive with some of the pieces of kit looking as though they have arrived straight from a NASA training centre! From a REX hands-free robotic exoskeleton to a range of equipment from the leading brand, Thera, VIM has technologies to help a wide range of people with neurological issues.
From relearning how to walk, to being able to pick up a drink, VIM has invested in equipment that covers a wide range of functions. 

Recovery Continuity 
VIM clients do not only benefit from intensive packages and robotic assisted therapies, but the comprehensive approach at the clinic also means patients have access to a wider range of therapies than traditionally offered at rehabilitation clinics. From robotics to soft tissue therapy, mental health support and the use of an accessible gym, VIM understands the value of continuous care.  
“Once a client is medically stable, they come through our doors and have access to everything they need to make excellent recovery progress.” Says Tom. “Being able to come through one space for all treatment, working with the same therapists, is invaluable to patients. No information is lost going between different locations and we accurately chart progress which further encourages patients.” 
Where VIM does work with partners outside the business, such as orthotics and prosthetics specialists, Blatchford, the service is facilitated by VIM to ensure a continuous experience. This approach in continuity is even taken home by patients with access to a telerehabilitation service to encourage further exercises that can be undertaken in between clinic visits. 

Healing Spaces
Just looking around the interiors of the clinic, it’s clear that VIM has set out to achieve not just a service that is conducive to recovery but an environment that is, too. “It has long been known that our environment can have a significant effect on our overall well being,” says Tom, “and a study published by Taylor and Francis online proves this to be especially true in healthcare facilities.” 
This theory is apparent inside the 250 square metre VIM clinic, which doesn’t feel like a typical healthcare facility. You are greeted with soft light, warm yet calming colours, mirrors, and an abundance of indoor greenery to help purify the air and bring a touch of nature to the exercise spaces. The high-tech robotic equipment on display contrasts with the light interiors of the clinic, but it all works together to form a cohesive, calming environment. 

A New Type Of Gym 
The look and feel of the main clinic are carried through to the gym too. Although the gym does operate on the familiar subscription model used by gyms throughout the UK, that is about where the similarities end. VIM has created what they are calling a new type of gym, one founded in the desire to create truly accessible access to health and fitness. 
Tom, who is a keen gym goer himself, wanted to create a gym with several key elements; inclusivity and a sense of community. Operating under the tagline ‘your health, your way’, the gym features adaptive equipment and is supported by clinicians so that people with disabilities or mobility issues have access to a safe space to work on their health whilst only paying standard membership fees. 
The gym is used by VIM patients and integrated into treatment programmes but is also available on a monthly membership basis for anybody else that wants to join, opening the facilities up to a much wider range of people seeking a gym that operates a little bit differently. 
Tom wants the newly opened gym to eventually provide more than an inclusive space to work out. Believing the healing power of exercise will bring together a like-minded community of
people that will take advantage of the comfortable surroundings inside the gym, which includes spaces for mental health care and an honesty bar where proceeds are donated to relevant charities. 

Building a better future
for patients

As co-founder and global CEO of Fourier Intelligence - one of the world’s fastest-growing and dynamic rehabilitation robotics companies, which is pioneering life-changing solutions for patients to maximise their potential - Zen Koh continues to build a global profile as a leading tech entrepreneur and visionary.

Here, he reflects on his reasons for founding the business, the potential for Fourier Intelligence and the sector, and what
motivates him to achieve further success

What was your ambition in founding Fourier Intelligence? 
My primary motivation for co-founding Fourier Intelligence is to create the world's leading medical technology company for physical and cognitive rehabilitation with healthcare robotics and augmented intelligence systems. We aim to do so by integrating robotics, artificial intelligence (AI), Virtual Reality (VR), remote health monitoring, blockchain, and IoT to transform the rehabilitation industry into a transparent, more distributed and user-friendly one. Our goal is to improve and transform lives through technology, education, and empowerment and give back to those who need it most.

How has the rehabilitation robotics sector progressed since that time?
Fourier Intelligence has since become the leading rehabilitation technology brand. We routinely reinvest revenue from our products in research and development to advance our offerings and improve lives everywhere. Our goal is to create an ecosystem that supports everyone, empowering people with disabilities, patients with neurological conditions, or
seniors and providing clinicians and caregivers with life-changing tools.
Our RehabHub™ has since become a standard service. It has been widely installed and is helping thousands of patients with complex needs in their daily lives. We succeeded by making the tools available and affordable so people can use them to improve their lives. 
Since our formation, we have established, strengthened and increased partnerships with medical institutions, universities,
insurers, and leading professional societies to achieve our mission better. 
One notable example is the renewal of another five years, after the initial three successful years of collaboration, of research Memorandum of Understanding (MOU) with the Shirley Ryan AbilityLab. The Shirley Ryan AbilityLab, formerly the Rehabilitation Institute of Chicago (RIC), is a not-for-profit nationally-ranked physical medicine and rehabilitation (PM&R) research hospital based in Chicago, Illinois. Founded in 1954, the AbilityLab is designed for patient care, education, and research in PM&R. The AbilityLab specialises in rehabilitation for adults and children with the most severe, complex conditions
ranging from traumatic brain and spinal cord injury to stroke, amputation and cancer-related impairment. 

What is the potential?
Our goal is to create a healthcare technology ecosystem that will empower our users, change lives and improve society. 
Potentially, Fourier Intelligence's open platform system, EXOPS™ (Exoskeleton & Robotics Open Platform System, http://exops.fftai.com/) enables all suppliers to plug directly into the Fourier ecosystem to provide solutions with better results. This approach provides customers with more choices, better solutions and lower costs. Fourier's and other manufacturers' products are a stepping stone to the platform's real power: our must-have technology is geared towards empowering clinicians and patients during their rehabilitation journey using robotics and AI.
Currently, we aim mainly at providing technology to the rehabilitation industry. Our product will set new standards in the field, benefiting patients and providers. We are committed and dedicated to researching and developing future technologies that will enrich everyday life before we consider commercialising them.

What are your highlights to date with Fourier Intelligence?
The Fourier Intelligence platform is designed to be a comprehensive, empowering solution for rehabilitation. It enables clinicians to consolidate what they already have, introduce new technologies and services to enhance their offerings and expand into new clinical offerings. 
We have since launched the EXOPS™, Group Therapy Concept, and RehabHub™ and completed successful technology transfer from our research joint laboratories. One highlight is the launch of the ArmMotus™ EMU through technology transfer arrangements with the Fourier-UoM (University of Melbourne) Joint Laboratory. The ArmMotus™ EMU is a 3D back-drivable upper limb rehabilitation robot that adopted an innovative cable-driven mechanism combined with a parallel structure of lightweight carbon fibre rods that reduces the device's friction and inertia for higher compliance in human-machine interaction. It has since won four global accolades: the Red Dot Design Award, the iF Design Award, the Medical Design Excellence Award, and the Good Design Award. Another highlight worth mentioning is that Fourier intelligence has successfully raised investment rounds from SoftBank Vision Fund 2, Saudi Aramco P7 Venture Fund, and the Yuanjing Vision Plus Capital. These investments signify endorsement and recognition of our work.
The experience and capital that our strategic investors bring to Fourier Intelligence will help us rapidly realise global commercialisation and deliver innovative therapies to as many patients as possible.

What do you hope to achieve, both personally and for Fourier Intelligence?
I believe in creating a new rehabilitation technology world where everyone can access the tools and resources they need to achieve their dreams in supporting the advancement
of the rehabilitation profession. 
My hope for Fourier Intelligence is to bring individuals, institutions, and thinkers together in an open ecosystem to collaborate, productively and efficiently, toward their mutual benefit and harness technology's power to change patients' lives for the better. 
We want to build a change-maker and are committed to creating a better future of inclusive, sustainable development through healthcare technology.
I strive to do so in my multiple roles as Global CEO at Fourier Intelligence, as Executive Director at MotusAcademy, and as the incoming President of IISART (https://iisart.org/).
I hope to invite more like-minded, passionate people to join our cause.  

Anatomical Concepts supports Paralympian to break Antarctica Records

On 12th December 2022, Paralympic athlete Karen Darke,
and her team, will depart the UK to embark on a 150km
hand-cycle and sit-ski across the Antarctic snow to create the ‘Pole Of Possibility’. 

Inspired by a serendipitous connection to the number 79, Karen discovered that the co-ordinates 79°S, 79°W led to an area of Antarctica that no-one has been to. It is here that she wishes to create a new ‘Pole’ - The Pole of Possibility (POP). This World-First and Guinness World Record breaking journey aims to explore personal and planetary possibility around mindset, technology and sustainability. 
Carolyn Jones of Anatomical Concepts UK Ltd (ACUK) explains why they decided to become key sponsors of this record breaking attempt. 
“We recognised immediately that ACUK has similar values to that of POP. We firmly believe that human-spirit combined with
human-ingenuity can lead to results that are super-human. Karen and her team are perfect examples of this.”
At the age of 21, Karen had a life changing rock-climbing accident that left her paralysed from the chest down. Her spirit
of adventure, and love for nature, helped her overcome adversity to become a GB Paralympic gold medallist and undertake numerous expeditions including hand-cycling across the Himalayas, and climbing one of the World’s biggest rock walls - ‘El Capitan’. 


There is no doubt that the Pole of Possibility will be Karen’s biggest adventure to date! Her paralysis means that she will
traverse the terrain on a specially adapted ICE Trike with ZTrikes  hand cycling mechanism, and a backup sit-ski if it becomes impassable. 
This will be the first attempt by anyone to hand-cycle the frozen continent, and to make it even more challenging they will be crossing virgin plateau ice rather than the hard-packed road to the South Pole. Even if she has to switch to the sit-ski, Karen believes she will set the record for the longest Antarctic journey by a paraplegic.
 “Nobody knows what the conditions will be like down there,” says Karen, “but hopefully with the right tools and the right team I can show anything is possible.” 

Karen’s team on this journey into the icy Antarctic wilds is film-maker Mike Webster who will record the expedition through a documentary film, and Professor Mike Christie of Aberystwyth University, who will use the expedition as a research platform to demonstrate the impacts of climate change on the Antarctic continent and how this has wider impacts to people and nature across the world.
Carolyn continues, “Every time I speak with Karen I’m in awe of her strength of mind, her ability to problem solve, and genuine desire to connect with people. Although we don’t work with her directly as a client, we recognise these qualities in many of the people we do work with - individuals, families, clinicians and legal teams. Its a privilege to be part of these conversations.”
“Being part of the Pole Of Possibility, enabling this adventure, is also a privilege. Everyone at ACUK will be thinking about them over the Festive Period and we look forward to sharing their story of success in the New Year!”

You can learn more about Karen Darke and the Pole of Possibility on her website:
www.karendarke.com/the-pole-of-possibility

MotusAcademy expands into Asia Pacific

Global efforts spearheaded by MotusAcademy to drive forward rehebtech through knowledge sharing and joint working have taken a significant step forward through its expansion into Asia Pacific.

MotusAcademy was established to support professionals in developing their careers in the fast-growing rehabtech sector, creating new leaders, supporting the progress of businesses and improving healthcare systems worldwide. 
Headquartered in Zurich, Switzerland, its purpose is to connect healthcare professionals, engineers, clinicians and researchers through continuing education, knowledge sharing and networking in healthcare, rehabilitation, medtech and robotics.
Now, only months after its official launch, MotusAcademy has expanded into a base in Singapore, reflecting its commitment to delivering workshops, conferences and courses worldwide.
And MotusAcademy remains on track with its expansion plans, with impending hubs set to open in North America, South America, the Middle East and Africa.
The new Singapore hub will host educational seminars throughout the year specific to the region, catering to educational needs in Southeast Asia.

With a permanent base specialising in real-world applications and training, partners can come together and share ideas across regional borders.  
“MotusAcademy is founded on the value of collaboration with healthcare providers and industry partners to promote rehabilitation innovation, education and research. We believe in advancing rehabilitation technology through collaboration and education,” said Zen Koh, co-founder and executive director of MotusAcademy. 
“We plan to offer a range of online certifications that participants can complete remotely through our extensive online library and other resources, which are continually updated and overhauled.”
Since its launch in May 2022, MotusAcademy has become the leading education platform for rehabilitation technology, bringing together some of the most experienced developers of cutting-edge robotics and other assistive technologies with the latest research and clinical evidence. 
It has brought together professionals worldwide seeking accessible education on topics including robot-assisted gait training, robotic arm rehabilitation, brain-computer interface (BCI) control systems and more. 
In addition to free learning opportunities, MotusAcademy’s roster of industry leaders provides unique access to experts offering insightful commentary in video podcasts recorded at their facilities around the globe.

STAYING MOBILE:

How Thomas used GripAble to safely
rebuild his strength

After sustaining a fall in his garden, 94-year-old Thomas, who had experienced two ministrokes and four right knee replacements, reported that he was having trouble gripping onto his required walking aids, and was therefore disregarding professional advice to use them for support and stability. 

Further investigations showed he had very poor lower and upper limb strength, and that he was feeling unmotivated and wasn’t engaging with the physiotherapy exercises he had been prescribed with. Thomas’ occupational therapist knew an alternative approach was needed and introduced him to GripAble and its set of interactive games. Here, we discuss how Thomas used GripAble to get moving again and be independent and safe at home using his walking aids.  

Lacking motivation
Thomas was a keen gardener and enjoyed tending to his fishpond at the home he shares with his 89-year-old wife. But after experiencing two transient ischemic attacks (ministrokes) – the most recent being four years ago – and having four right knee replacements due to infection complications, his mobility was significantly affected, and he was advised to use a walking frame outdoors and a walking stick indoors.  
But he disliked his walking aids as he reported that he struggled to grasp them due to poor hand function and felt safer without using them. 
After his fall, he was admitted to hospital after several hours of lying on the ground. He was medically stable and MRI scans confirmed he had not suffered a stroke or a ministroke, nor had he suffered any fractures. However, his lower and upper limb strength were found to be very poor. 
Thomas reported he was not completing his lower limb physiotherapy exercises as “he didn’t see the point.” He had also not engaged with the recommended hand exercises to improve his grip to assist with using his walking frame.
Although Thomas was clinically stable and encouraged to transfer out of bed to mobilise around the ward with staff support, he remained disengaged. When his occupational therapist assessed his hand function, he was found to have full range of movement but very poor grip strength.

Getting to grips with staying motivated
Following an assessment by a physiotherapist, Thomas’ walking frame was adjusted to the correct height and an ergonomic palm grip walking stick at the correct height was supplied. He was also provided with larger diameter cutlery to improve his grip and enhance his independence with eating.
Thomas was then introduced to GripAble and shown how to engage with its interactive games. His therapist supervised his single maximum grip strength and identified that his right mean grip strength was 1.8kg, and his left was 1.1kg.
To begin with, Thomas was encouraged to complete 20 repetitions of grip and release on each hand using a GripAble activity whenhe felt motivated to do so. When Thomas was seen the next day, he reported that he had completed this task and had even tried a completely different GripAble game on his own!
Thomas was seen daily for the next two weeks by his occupational therapist while he remained an in-patient and his physiotherapists encouraged him to engage with his global lower limb rehabilitation and mobility. The number of daily repetitions was gradually increased and by the time he was discharged, he was completing 100 repetitions bi-laterally.

Building strength safely
After two weeks, Thomas’ grip strength was reassessed, and he was informed that his grip had improved. This increased his confidence, and he was mobilising safely around the ward unsupervised using his walking frame and was able to safely complete the stair assessment with the use of one grab rail and one walking stick. When Thomas was discharged home, his right-hand mean grip strength was 4.3kg, and his left-hand mean grip strength was 2.5kg. 
He took GripAble home to continue his rehabilitation and was monitored remotely over the next month by his occupational therapist. The community physiotherapist team completed home visits on discharge to monitor his progress. When GripAble was returned one month later, Thomas was reported to be independent and safe at home. He was moving around using the recommended walking aids both indoors and outdoors and had returned to tending his garden pots and feeding his fish. In addition, he had also gained weight and reported that his grip strength was continuing to improve. 
Thomas’ family are looking to buy him his own GripAble to help him maintain his motivation and continue his grip strength building journey.

Affordable remote rehab
GripAble is a mobile assessment and training platform which includes bespoke hand-held sensors, mobile hardware, software, in-built gamification and data services, to enable home-based rehabilitation for patients with a wide range of neurological and musculoskeletal conditions including upper limb spasticity. GripAble’s unique handgrip sensor connects to a mobile app, allowing users to partake in specifically designed activities selected by their therapist, to train core hand and arm movements.
GripAble has been designed with remote rehab at its heart to enable ongoing training at home, even when face-to-face therapy isn’t possible. With the cost of living hitting many hard, GripAble has launched an affordable monthly rental option for home-based customers. At less than £1.50 a day, the rental has no minimum contract, making it an ideal option for people with short-term rehabilitation or training needs.

Chat to our friendly team of experts to request a trial or purchase a GripAble: 
www.gripable.co/buy-try-now/

For more information, visit: 
www.gripable.co