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Registration Number

0219U003285, 0114U000107 , R & D reports

Title

Creation of models, elements and algorithmic base for the medical information systems

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Head

Boyko Oksana Vasylivna,

Registration Date

06-02-2019

Organization

Danylo Halytsky Lviv National Medical University

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The concept, algorithmic program and apparatus support of an innovation modular info-communication system with the reverse connection with client-server architecture on the basis of Android OS for conducting the long term monitoring, analysis and correction of integral health indices of different population groups with the help of medical sensors, devices and mobile applications for smartphones have been developed. The design of apparatus means of realizing the sensors of physical and biochemical values of medical information measurement systems on the innovative elementary base of micro- and nano-electronics has been made. The concept of building functionally integrated sensors of thermos-values for biomedical research is proposed. The possibility of the use of the same microelectronic structure for a complex research attitude lies in its root. The analytical monitoring of new developments aimed at using the means of WEB-technologies in medical information systems which enable improving the system of information transfer in medical area as well as the methods of standardization of medical information and evaluation of the quality of the delivered medical service is conducted; the necessity in adaptation and implementation of international standards in Ukraine is supported along with evolving new united standards of information circulation on their base. The analytical review of the methods of receiving the diagnostic information at the diseases of pancreatobilliar zone and near ear-chewing area, arrhythmia of a fetus has been realized. It is shown that verification of the arrhythmic type in the prenatal period provides the efficiency of medical treatment, optimizes forecast and tactics of pregnancy. The use of ultrasonography considerably increases the accuracy of diagnostics of inflammation diseases of a near ear-chewing area. The repeating ultrasound examinations enable tracing the evolution of pathogenic process, which is important for adequate planning the treatment line and evaluating the efficiency of the applied treatment means.

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Іванів Юрій Андрійович
Ільканич Катерина Іванівна
Басалкевич Олена Євтіхіївна
Бойко Оксана Василівна
Голяка Роман Любомирович
Дорош Наталія Володимирівна
Клецко Іван Ярославович
Коцаренко Максим Вадимович
Кучер Аскольд Романович
Лозинська Наталія Василівна
Лотоцька Леся Богданівна
Різничок Світлана Василівна
Філіпський Андрій Вікторович
Чабан Олеся Петрівна

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2020-04-02