doc. Ing. Jaroslav Majerník, jaroslav.majernik(at)upjs.sk

Terms of use

Author: Jaroslav Majerník

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The didactical materials published at the educational portal of Pavol Jozef Šafárik University in Košice, Faculty of Medicine are protected by copyright. No content of this portal may be used, distributed or reproduced in any way without the permission of the author.

Copyright (c) 2008 - 2021, Pavol Jozef Šafárik University in Košice, Faculty of Medicine, All rights reserved.

Hospital information system

Author: Jaroslav Majerník

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Hospital information systems are designed with the aim to manage various clinical and patient health care related activities in more efficient way. In contrast to the paper based forms the administration tasks are realized in fully electronic way. This provides easy and fast access to the patient data, patient’s history of illness and treatment, allows monitoring of drug distribution, improves communication between physicians, reduces duplication of information entries, better financial management etc. Hospital Information systems also help in decision making procedures oriented on selection of proper treatment as well as on creation of health care policy.

Databases in MS Access

Author: Jaroslav Majerník

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The database tools allow collecting, storage, handling and evaluation of different types of information. Using a database one can store data about persons, goods, services etc. In contrast to spreadsheet programs the databases usually uses several separate and interconnected tables to minimize duplicate records. The data can be easily accessed, managed and updated; regardless the database content is bibliographic, text, numeric or even graphical.

Medical Informatics

Author: Jaroslav Majerník

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Medical informatics represents a science where the data, information and knowledge from the area of medicine and health care are systematically processed. Therefore, informatics itself is an essential part of medicine affecting health care system as well as education of its employees. Presentations here are intended to be used as introduction to the study of this area.

CLEVER Vascular Surgery Virtual Patients Cases

Author: Jaroslav Majerník, Adrian Ciureanu, Daniel Schwarz

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Virtual scenarios for vascular surgery are developed and improved within projects’ activities of the authors and their primary aim is to foster development of critical thinking in students of medical and healthcare disciplines. Individual patient simulations contribute to the case-based learning approach that is learning style close to the needs of practice. Furthermore, we expect their better preparation for bedside teaching.

Are the virtual patient cases useful for you? Would you also require virtual patients from other clinical disciplines? Do you have any comments or suggestions for improvement? Please provide your feedback by filling out a short questionnaire.

CLEVER Cardiac Surgery Virtual Patients Cases

Author: Jaroslav Majerník, Adrian Ciureanu, Daniel Schwarz

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Virtual scenarios for cardiac surgery are developed and improved within projects’ activities of the authors and their primary aim is to foster development of critical thinking in students of medical and healthcare disciplines. Individual patient simulations contribute to the case-based learning approach that is learning style close to the needs of practice. Furthermore, we expect their better preparation for bedside teaching.

Are the virtual patient cases useful for you? Would you also require virtual patients from other clinical disciplines? Do you have any comments or suggestions for improvement? Please provide your feedback by filling out a short questionnaire.

CLEVER Emergency Medicine Virtual Patients Cases

Author: Jaroslav Majerník, Adrian Ciureanu, Daniel Schwarz

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Virtual scenarios for emergency medicine are developed and improved within projects’ activities of the authors and their primary aim is to foster development of critical thinking in students of medical and healthcare disciplines. Individual patient simulations contribute to the case-based learning approach that is learning style close to the needs of practice. Furthermore, we expect their better preparation for bedside teaching.

Are the virtual patient cases useful for you? Would you also require virtual patients from other clinical disciplines? Do you have any comments or suggestions for improvement? Please provide your feedback by filling out a short questionnaire.

CLEVER Orthopaedic Virtual Patients Cases

Author: Jaroslav Majerník, Adrian Ciureanu, Daniel Schwarz

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Virtual scenarios for orthopaedics are developed and improved within projects’ activities of the authors and their primary aim is to foster development of critical thinking in students of medical and healthcare disciplines. Individual patient simulations contribute to the case-based learning approach that is learning style close to the needs of practice. Furthermore, we expect their better preparation for bedside teaching.

Are the virtual patient cases useful for you? Would you also require virtual patients from other clinical disciplines? Do you have any comments or suggestions for improvement? Please provide your feedback by filling out a short questionnaire.

CLEVER Cardiology Virtual Patients Cases

Author: Jaroslav Majerník, Adrian Ciureanu, Daniel Schwarz

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Virtual scenarios for cardiology are developed and improved within projects’ activities of the authors and their primary aim is to foster development of critical thinking in students of medical and healthcare disciplines. Individual patient simulations contribute to the case-based learning approach that is learning style close to the needs of practice. Furthermore, we expect their better preparation for bedside teaching.

Are the virtual patient cases useful for you? Would you also require virtual patients from other clinical disciplines? Do you have any comments or suggestions for improvement? Please provide your feedback by filling out a short questionnaire.

Computer Biometrics

Author: Jaroslav Majerník

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Biometrics represents the science dealing with measurement and statistical analysis of people's physical and behavioural characteristics. It offers various methods and algorithms that are integrated into the biometric technologies and systems in order to identify or verify individuals that are under surveillance and/or to manage access control.