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Simulated workplace of intensive care unit
Kováčová, Jana ; Hozman, Jiří (advisor) ; Fabián, Vratislav (referee)
This diploma paper arose as a part of project, which considers by realization of simulated workplace of intensive care unit for biomedical technicians on Faculty of biomedical ingeneering. That was solved by several partial points: list of proposed instruments, space solution of laboratory, orientation calculation of recovery of investment. At first I got acquainted with Standard of Ministry of Health About intensive care unit and I analyzed the present state of this area. The first point was solved by analyse offer of instruments and patient simulator. Than individual components of laboratory were taken up in selection procedures. The second partial point was the concept of space solution of laboratory several instruments and a bed in laboratory 9. I used a recommended computer program Room Arranger for creation of solution. The third partial point was orientation calculation of time of recovery of investment, which proved, that time of recovery of investment is 9 years.
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Simulated workplace of intensive care unit
Kováčová, Jana ; Hozman, Jiří (advisor) ; Fabián, Vratislav (referee)
This diploma paper arose as a part of project, which considers by realization of simulated workplace of intensive care unit for biomedical technicians on Faculty of biomedical ingeneering. That was solved by several partial points: list of proposed instruments, space solution of laboratory, orientation calculation of recovery of investment. At first I got acquainted with Standard of Ministry of Health About intensive care unit and I analyzed the present state of this area. The first point was solved by analyse offer of instruments and patient simulator. Than individual components of laboratory were taken up in selection procedures. The second partial point was the concept of space solution of laboratory several instruments and a bed in laboratory 9. I used a recommended computer program Room Arranger for creation of solution. The third partial point was orientation calculation of time of recovery of investment, which proved, that time of recovery of investment is 9 years.
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Comparison of Non-invasive Blood Pressure Measurement Methods
Skořepa, Michal ; Fabián, Vratislav (advisor) ; Špunda, Miloslav (referee)
The aim of this diploma thesis is to compare and evaluate the results of two most widespread blood pressure measurement methods. First method, which is used as reference in this work, is auscultatory method. Nowadays, it is most often used method and it is based on auscultatory sounds. The sounds were described by the Russian physician Nikolaj Korotkov in 1905. The auscultatory method uses a tonometer with inflatable cuff and a stethoscope. The cuff is wrapped around an upper arm or wrist and inflated to about 30 mmHg above the systolic pressure - the pressure at which the radial pulse is obliterated. With the stethoscope placed over the brachial artery distal to the cuff, the cuff is then deflated at a rate 2 to 3 mmHg per second or heart beat, during which Korotkoff sounds can be heard. The cuff pressure at the onset of Korotkoff sounds, or tapping sounds, is generally taken to be systolic pressure. Diastolic pressure is generally taken to be the cuff pressure at the onset of silence. Second method used is oscillometric method. This method is based on evaluation of oscillometric pulsations that are generated in cuff during increasing or decreasing of the cuff pressure. The big problem of this method is the no clear criterion for evaluation of systolic and diastolic pressure. BPs are usually determined by...
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