EU projects
Safe & Comfort MR System
The aim of the project was to gain expert knowledge in the field of commercialisation of an innovative solution increasing the possibilities of monitoring the patient’s condition and communication with him/her during MRI examinations.
Solution and technology
The planned effects were: – identification of the competitive environment and understanding of the needs of the target group; – verification of assumptions concerning the commercialisation of the technology with the target group – development of communication materials – preparation in the field of legal protection of the developed technology
The project was co-financed under the Regional Operational Programme of the Mazovian Voivodeship 2014-2020: Measure 3.1.1 Improvement of SME development in Mazovia – Sub-measure 3.1.2 SME development, project type: Support for running and development of business activity of enterprises – by granting consultancy vouchers, no. RPMA.03.01.02-14-c047/19. Total project value: 137 500,00 PLN Value of co-financing from European Funds: 104 362,50 PLN
MentorEye
The aim of the project was to develop a Polish complementary system of molecular surgical navigation for the treatment of cancer.
About the problem
The project assumed the development of a new surgical navigation system for intraoperative precise identification of neoplastic lesions and their radical resection. Achievement of these goals was divided into three main parts 1. Development of new technology, 2. Preclinical in-vitro and in-vivo trials, 3. Clinical trials: development of innovative method of surgical oncological treatment.
Solution and technology
The project focused mainly on the development and preparation for the implementation of an innovative surgical navigation system using molecular mechanisms aimed at intraoperative detection of the tumour by specific recombinant viral vectors in order to mark it in fluoroscopic mode and thus create the conditions for the complete removal of the lesion while maintaining critical organ functions such as vision and hearing. The final expected result of the project was the development of innovative, patient-specific and automated oncological surgery.
Traction and market
Malignant cancer is the second most common cause of death in Poland and causes 17% of cases of disability. According to GLOBOCAN 2008, the number of cancer cases worldwide was estimated at 12.7 million, leading to 7.6 million deaths. Surgical treatment remains the main method of oncological therapy, and the overall survival rate depends on adequate and precise resection of the tumour with an adequate margin of macroscopically intact surrounding tissues. Current methods of evaluating the surgical margin are based on intraoperative histopathological examination and surgeon’s experience.
More information on the MentorEye project
The project was co-financed within the framework of the Strategic Programme of Scientific Research and Development Works “Prevention and Treatment of Civilization Diseases” – Strategmed
Total project value: 25 906 108.00 PLN
The value of the total funding: 24 608 695.00 PLN
Value of co-financing for Neuro Device Group S.A: 1 120 268.00 PLN
SENSEAS
The idea of the project was to develop and verify a system using the latest technologies, which will enable objective assessment in the diagnosis and treatment of children with autism spectrum disorders.
It was the first system in the world to use multimedia techniques and psychophysiological measurements (eye tracking, EDA/GSR), which help in the diagnosis of small children, giving them a chance for a normal life in the future.
About the problem
Early diagnosis of autism spectrum disorders is a major challenge. It is difficult to establish a relationship with a very young child, whose communication problems may result from various reasons, which may lead to an incorrect diagnosis.
On the other hand, previewing and analysing the way in which the child acquaints the content transmitted by means of a specially prepared play on the monitor screen can help to objectivise the assessment of their information processing. Measuring the change in emotional engagement helps to understand increasing stress or joy that will not be expressed by facial expressions or verbal communication.
The additional use of stimulation extends the therapeutic possibilities in terms of duration and results achieved.
Solution and technology
The main task of the project was the creation and evaluation of the SENSEAS system.
SENSEAS used 3 technologies that are commonly used by researchers, but have not yet found their place in practical everyday use.
- Eye tracking is a very precise and measurable method, which allows to examine how a child looks at the presented stimuli – films and cartoons developed specifically for the project. With simple games using visual interactions, the child’s behaviour and visual attention can be measured non-invasively. Also objectively and numerically, which makes it possible to compare the results, e.g. for a given child over time.
- Galvanic Skin Response (GSR) or Electrodermal Activity (EDA), measured using a device resembling a domino brick, allow to detect and record a change of emotional involvement. This allows a deeper understanding of the child and the elements that cause negative tension in him or her, already in the phase of growing anxiety, which does not have to be seen outside. Positive reactions can be detected and used to create a friendly atmosphere and comfortable therapy conditions.
- Stimulation of the brain can be compared to a warm-up before physical exercise. Stimulation of the brain in a properly prepared and carried out way, increases its plasticity and the possibility of creating new paths and neuronal connections.
The project was carried out together with the SYNAPSIS Foundation and Media Bridge.
Project website: http://senseas.io/.
Project RPMA.01.02.00-14-6239/16 “Multimodal system for functional diagnostics and support of therapy for children with autism spectrum disorders” was implemented within Measure 1.2 Research and development activity of enterprises of the Regional Operational Programme of the Mazovia Province 2014-2020
Eyevid
The aim of the project was to develop a toolkit for road infrastructure testing in terms of road safety (BRD). This will enable a comprehensive assessment of safety resulting from the visibility or lack of visibility of key elements for the safe movement of vehicles on the road. The project assumed the use of modern IT and biometric tools, including primarily ophthalmic techniques and driving simulators.
About the problem
As part of the pilot studies, we have been carried out tests which have confirmed that objects such as roadside advertisements are effective in distracting drivers’ attention by affecting driving safety. The test subjects noticed only 20% of traffic signs passing for at least half a second. They paid much more attention to the billboards – 38% of all the roadside signs on the test section were spotted. However, the most distracting were advertisements and traffic lights – 66% of them were noticed. This is more than three times “better” than for traffic signs!
Solution and technology
The project will develop a toolkit to study the infrastructure and environment of the road. This set, based on modern engineering and IT technologies, will systematize the performance of R&D audits and will enable automation of processes of developing data obtained in detailed research. The resulting engineering tools and the methodology of their use will make it possible to describe and evaluate engineering communication solutions, objectivise the results obtained and significantly reduce the human error factor in the field of safety research.
Traction and market
The project was carried out with specific recipients in mind: road network investors, auditors, local government units. It is implemented in close cooperation with these entities, thanks to which the effects will respond to real needs. The equipment, together with the appropriate methodology of their application, will constitute an innovative set of products on the European Union market, where currently only expert evaluations are used.
More information about the EYEVID project
The project was carried out within a consortium:
