The Experts below are selected from a list of 9804 Experts worldwide ranked by ideXlab platform
Colin F Mackenzie - One of the best experts on this subject based on the ideXlab platform.
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design and evaluation of a real time mobile Telemedicine System for ambulance transport
Journal of High Speed Networks, 2000Co-Authors: Yan Xiao, David Gagliano, Marian P Lamonte, Wade R Gaasch, Ruwani Gunawadane, Colin F MackenzieAbstract:A mobile Telemedicine System was designed, implemented, and tested for real-time diagnosis during ambulance transport. The System uses multiple public wireless cellular phones to transmit video and patient biosignals from a moving ambulance to a hospital and delivers to the desktop computer of the receiving physician. The mobile unit on the ambulance is turn-key operated and has an image selection controller for paramedics to send images at specific times and to capture images at high frame rates. The mobile Telemedicine System was installed on two ambulances and was successfully used in diagnosing acute ischemic stroke during the transport of six patients. Using the System, stroke specialists were able to remotely conduct neurological examinations which required evaluation of facial expressions and movement of arms and legs. Questionnaires completed by four users (two paramedics and two stroke specialists) of the mobile Telemedicine System indicated that (1) the System did not intrude into the privacy of the patient or the paramedics, (2) it was easy to use, (3) it was adequate for conducting clinical examinations, and (4) it conveyed critical clinical information.
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design and evaluation of a real time mobile Telemedicine System for ambulance transport
American Medical Informatics Association Annual Symposium, 1998Co-Authors: Yan Xiao, David Gagliano, Marian P Lamonte, Wade R Gaasch, Ruwani Gunawadane, Colin F MackenzieAbstract:A mobile Telemedicine System was designed, implemented, and tested for en route neurological examinations which required evaluation of facial expressions and movement of arms and legs. The System uses multiple public wireless cellular phones to transmit video and patient biosignals from a moving ambulance and delivers to the desktop computer of the receiving physician. Tests and questionnaires completed by users indicated that it conveyed critical clinical information and it was adequate for conducting clinical examinations.
Yan Xiao - One of the best experts on this subject based on the ideXlab platform.
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design and evaluation of a real time mobile Telemedicine System for ambulance transport
Journal of High Speed Networks, 2000Co-Authors: Yan Xiao, David Gagliano, Marian P Lamonte, Wade R Gaasch, Ruwani Gunawadane, Colin F MackenzieAbstract:A mobile Telemedicine System was designed, implemented, and tested for real-time diagnosis during ambulance transport. The System uses multiple public wireless cellular phones to transmit video and patient biosignals from a moving ambulance to a hospital and delivers to the desktop computer of the receiving physician. The mobile unit on the ambulance is turn-key operated and has an image selection controller for paramedics to send images at specific times and to capture images at high frame rates. The mobile Telemedicine System was installed on two ambulances and was successfully used in diagnosing acute ischemic stroke during the transport of six patients. Using the System, stroke specialists were able to remotely conduct neurological examinations which required evaluation of facial expressions and movement of arms and legs. Questionnaires completed by four users (two paramedics and two stroke specialists) of the mobile Telemedicine System indicated that (1) the System did not intrude into the privacy of the patient or the paramedics, (2) it was easy to use, (3) it was adequate for conducting clinical examinations, and (4) it conveyed critical clinical information.
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design and evaluation of a real time mobile Telemedicine System for ambulance transport
American Medical Informatics Association Annual Symposium, 1998Co-Authors: Yan Xiao, David Gagliano, Marian P Lamonte, Wade R Gaasch, Ruwani Gunawadane, Colin F MackenzieAbstract:A mobile Telemedicine System was designed, implemented, and tested for en route neurological examinations which required evaluation of facial expressions and movement of arms and legs. The System uses multiple public wireless cellular phones to transmit video and patient biosignals from a moving ambulance and delivers to the desktop computer of the receiving physician. Tests and questionnaires completed by users indicated that it conveyed critical clinical information and it was adequate for conducting clinical examinations.
Jimenezana Isabel - One of the best experts on this subject based on the ideXlab platform.
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web based Telemedicine System is useful for monitoring glucose control in pregnant women with diabetes
Diabetes Technology & Therapeutics, 2015Co-Authors: Ayalamaria Del Carmen, Fernandezjuan Jesus, Jimenezana IsabelAbstract:Abstract Objective: The aim of this study was to examine the impact of a Web-based Telemedicine System for monitoring glucose control in pregnant women with diabetes on healthcare visits, metabolic control, and pregnancy outcomes. Subjects and Methods: A prospective, single-center, interventional study with two parallel groups was performed in Puerto Real University Hospital (Cadiz, Spain). Women were assigned to two different glucose monitoring groups: the control group (CG), which was managed only by follow-ups with the Gestational Diabetes Unit (GDU), and the Telemedicine group (TMG), which was monitored by both more spaced GDU visits and a Web-based Telemedicine System. The number of healthcare visits, degree of metabolic control, and maternal and neonatal outcomes were evaluated. Results: One hundred four pregnant women with diabetes (77 with gestational diabetes, 16 with type 1 diabetes, and 11 with type 2 diabetes) were included in the TMG (n=40) or in the CG (n=64). There were no significant diffe...
Richard S Baker - One of the best experts on this subject based on the ideXlab platform.
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a web based Telemedicine System for diabetic retinopathy screening using digital fundus photography
Telemedicine Journal and E-health, 2006Co-Authors: Jack C Wei, Daniel J Valentino, Douglas S Bell, Richard S BakerAbstract:The purpose was to design and implement a Web-based Telemedicine System for diabetic retinopathy screening using digital fundus cameras and to make the software publicly available through Open Sour...
David Gagliano - One of the best experts on this subject based on the ideXlab platform.
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design and evaluation of a real time mobile Telemedicine System for ambulance transport
Journal of High Speed Networks, 2000Co-Authors: Yan Xiao, David Gagliano, Marian P Lamonte, Wade R Gaasch, Ruwani Gunawadane, Colin F MackenzieAbstract:A mobile Telemedicine System was designed, implemented, and tested for real-time diagnosis during ambulance transport. The System uses multiple public wireless cellular phones to transmit video and patient biosignals from a moving ambulance to a hospital and delivers to the desktop computer of the receiving physician. The mobile unit on the ambulance is turn-key operated and has an image selection controller for paramedics to send images at specific times and to capture images at high frame rates. The mobile Telemedicine System was installed on two ambulances and was successfully used in diagnosing acute ischemic stroke during the transport of six patients. Using the System, stroke specialists were able to remotely conduct neurological examinations which required evaluation of facial expressions and movement of arms and legs. Questionnaires completed by four users (two paramedics and two stroke specialists) of the mobile Telemedicine System indicated that (1) the System did not intrude into the privacy of the patient or the paramedics, (2) it was easy to use, (3) it was adequate for conducting clinical examinations, and (4) it conveyed critical clinical information.
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design and evaluation of a real time mobile Telemedicine System for ambulance transport
American Medical Informatics Association Annual Symposium, 1998Co-Authors: Yan Xiao, David Gagliano, Marian P Lamonte, Wade R Gaasch, Ruwani Gunawadane, Colin F MackenzieAbstract:A mobile Telemedicine System was designed, implemented, and tested for en route neurological examinations which required evaluation of facial expressions and movement of arms and legs. The System uses multiple public wireless cellular phones to transmit video and patient biosignals from a moving ambulance and delivers to the desktop computer of the receiving physician. Tests and questionnaires completed by users indicated that it conveyed critical clinical information and it was adequate for conducting clinical examinations.
