Innovative use of Eyetracking Technology
Description: Eye tracking is a sensor technology that can detect a person’s eye gaze behavior in real-time. The technology converts eye movements into a data stream that contains information such as pupil position, the gaze vector for each eye, and gaze point. This technology “translates” eyes movements into code that can be used on a variety of applications, including neural affection research (neurologic disorders, Schizophrenia, Parkinson’s and Alzheimer’s disease), market research, machine learning, etc.
How can Eyetracking Technology be used in an innovative way in neurologically-related activities?
Management and follow-up of the patient (“Patient Journey”) diagnosed with neurological diseases
Description: Around 1 billion people are diagnosed with neurologic issues at the moment. Every year, around 1% of the global population dies due to these neurologically-related afflictions. Even if medicine and medical research has achieved great success with new therapies and technologies, the patient still needs hospital and social care as well.
Usually, the diagnosed patient has to deal with the pathophysiological issues the disease spectrum is triggering, but he/she also simultaneously needs to manage the emotions, thoughts, cognitive and behavioral outcomes associated with the diagnosis. On top of all of these, the diagnosis and treatment journey have short and long term effects, increasing the need for follow-up, in order to provide physical and mental/emotional support.
How can the management and follow-up of the patient with neurological diseases be improved in order to offer a better experience in hospital (inpatient and outpatient) care, as well as home medical care (to facilitate and ensure the patient has a smooth journey)?
Innovative use of qEEG Technology
Description: Electroencephalography (EEG) is the measurement of electrical patterns at the surface of the scalp which reflect cortical activity (“brainwaves”). Quantitative Electroencephalography (qEEG) is a procedure that processes the recorded EEG activity from a multi-electrode recording using a computer, the data obtained being analyzed and converted into “Brain Maps”.
This technology has a multitude of uses, including neurological research for cognitive processes and functions, diagnosis of psychiatric issues, treatment and treatment response prediction, brain evaluation for surgical interventions, etc.
How can qEEG Technology be used in an innovative way in neurologically-related activities?
Innovative use of r-TMS Technology
Description: Repetitive Transcranial Magnetic Stimulation (rTMS) is a non-invasive technology of brain stimulation, which uses a certain range of impulses to stimulate specific areas of the brain. This technology is applied in various neurological disorders and affections, such as depression, behavior, obsessive-compulsive and eating disorders, and even dementia-related disorders. On top of these, the rTMS technology is used as a medical research tool to further study and identify neurologically related issues.
How can r-TMS Technology be used in an innovative way in neurologically-related activities?