Kardiopulmonálne zátažové vyšetrenie s priamym meraním minútovej ventilácie, spotreby kyslíka a výdaja oxidu uhličitého umožňuje posúdiť reakcie viacerých systémov na záťaž. Pre svoj veíký potenciál klinickej aplikácie, neinvazívny charakter a poskytnutie informácií, ktoré sa nedajú získať pokojovými funkčnými testmi pľúc, sa zvyšuje záujem o toto vyšetrenie aj v pneumologickej praxi. Využitie kardiopulmonálneho zátažového vyšetrenia je výhodné v prípadoch zníženej tolerancie námahy, neprimeranej dýchavice, ako i v diagnostike a manažmente kardiálnych a respiračných ochorem. Je kľúčom k opumalnemu stanoveniu intenzity a trvania zátažového tréningu v rámci komplexného rehabilitačného programu. Prispieva k stanoveniu rizika komplikácií pri brušných a hrudníkových operáciách. Výsledok vyšetrenia môže upozorniť na ochorenie srdca, pľúc, nedostatočnú kondíciu alebo nedostatočné úsilie ako hlavnú príčinu zníženej tolerancie záťaže.
Cardiopulmonary exercise testing with direct meassurment of minute ventilation, oxygen uptake and carbon dioxid output makes possible to asses reactions of many systems to exercise. There is growing interest of cardiopulmonary exercise testing in pulmonary clinical practice for its large potential of clinical applicability, the noninvasive nature and provision of information that cannot be obtained through conventional lung function testing. It's advantageous to use cardiopulmonary exercise testing in cases of diminished exercise capacity, inappropriate level of dyspnea and diagnosis and management of cardiac and respiratory diseases. It is a key to optimal establishment of intensity and duration of exercise training in complex rehabilitation programms. Exercise testing contribute to prediction of complications of upper abdominal and thoracic surgery. The result of testing can reveal cardiac or pulmonary disease, decondition or insufficient effort as a main cause of diminished exercise capacity.
- MeSH
- Behavior MeSH
- Hemodynamics MeSH
- Blood Pressure MeSH
- Stress, Psychological MeSH
- Exercise Test MeSH
- Check Tag
- Male MeSH
... CONTENTS -- FOREWORD 7 -- Chapter I -- INTRODUCTION 9 -- Chapter II -- TESTS WITH GRADATED INTENSITY ... ... Conclusions 155 -- Chapter III -- SINGLE-LEVEL LOAD TESTS -- III. 1. LABORATORY -- 1. ... ... CONCLUSIONS 207 -- Chapter IV -- ALTERNATING EFFORT TESTS -- IV. 1. Introduction 211 -- 2. ...
Opuscula medicinae sportivae
1. vyd. 268 s. : tab., grafy ; 24 cm
- MeSH
- Exercise Test MeSH
- Conspectus
- Lékařské vědy. Lékařství
- NML Fields
- tělovýchovné lékařství
- kardiologie
In this article we present an answer to the question how dificult might it be, to define a working CDA report that fulfills the requirements of the Austrian specifications of the nationwide electronic health record called ELGA. We chose the results of standardized cardiopulmonary exercise testing (CPET) results as an example document. We therefore analyzed existing documentation and interviewed sport scientists and medical doctors to find out how this type of medical documentation is best structured and what data must be and can optionally be included. We then worked out the appropriate elements of a CDA report for levels 2 and 3. Only one adaptation had to be made to the oficial Austrian health records stylesheet, which was necessary to be able to integrate scalable vector graphic (SVG) images. After this project we can conclude, that the time and technical efiort to construct documents for the nationwide Austrian electronic health record is quite little. The biggest problem still might be to obtain a consensus of all involved parties when trying to define an oficial report, which was not necessary in our case.
- MeSH
- Information Systems * MeSH
- Medical Informatics MeSH
- Humans MeSH
- Health Services Administration MeSH
- Statistics as Topic MeSH
- Exercise Test * MeSH
- Records * MeSH
- Check Tag
- Humans MeSH
- Geographicals
- Austria MeSH
- MeSH
- Metabolism MeSH
- Physical Exertion MeSH
- Sports Medicine MeSH
- Exercise Test MeSH
- Publication type
- Book Review MeSH
