The main objective of the ehealthlab@CUT is to perform research in the field of electronic health, developing computer software for Intelligent Medical Decision Support, with a focus on Ultrasound and MRI imaging, as well as computer software and mobile applications for patient remote monitoring and management, to enhance medical emergency units. Below, we describe each research topic, in more detail.
The leading Researchers in ehealthlab@CUT have built solid expertise in atherosclerotic plaque analysis in carotid ultrasound images and videos, for stroke risk stratification. During the past 15 years, there has been a collaborative effort, closely guided by the Honorary Prof. of Surgery (St. George’s University of London/University of Nicosia, Medical School), Prof. Andrew Nicolaides, which lead to the identification of carotid plaque image-based characteristics (morphology, texture and geometries) distinctive in patients with symptoms. Moreover, the large Asymptomatic Carotid Stenosis and Risk of Stroke (ACSRS) database, part of an effort to elucidate stroke-inducing plaque features in asymptomatic individuals, enabled multiple publications, from which a gold standard image prepocessing scheme for reproducible measurements was introduced and is universally accepted, prior to mainstream computational analysis. Since 2017, our laboratory researchers have extended carotid plaque analysis, extracting plaque-specific motion patterns, in ultrasound videos, to locate plaque areas more susceptible to rupture, where the underlying cardiac cycle phases are also identified.
The ehealthlab@CUT group researchers have strong background in MRI image preprocessing and analysis for prognosis of future brain events, in subjects affected by Multiple Sclerosis. Find more about this research here.
Rsearchers in ehealthlab@CUT, in collaboration with National Health Authorities and the State Health Services Organization (Accident and Emergency Department) in Cyprus, have participated in research projects to develop Emergency Services workflow management systems, wireless telemedicine systems for emergency health care support, as well as speech and language support systems. Find more about this research here.
Carotid plaque analysis in B-mode ultrasound videos and images for stroke risk stratification.
Multiplicative noise removal in carotid ultrasound images and videos, prior to mainstream analysis.
MRI image filtering and feature analysis in multiple sclerosis subjects for prognosis of future disability.
Tablet-hosted application for Emergency Dispatch Protocols Support.
Wireless telemedicine system for Emergency Healthcare support and Crisis Management Systems.
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