20.500.12556/DKUM-48330 AKTIVACIJE KLINIČNIH ALARMOV V PROSTORIH OPERACIJSKEGA BLOKA ACTIVATION OF CLINICAL ALARMS IN THE OPERATING ROOM Dobro izveden sistem kliničnih alarmov lahko reši pacientovo življenje, kajti ti so na prvem mestu glede vzrokov smrti, povezanih z medicinsko tehnologijo. V magistrskem delu smo opisali pomembnost kliničnih alarmov in predstavili, kako so ti alarmi kategorizirani (prioritete). Raziskali smo čase proženja alarmov na kliničnem monitorju Dräger Infinity Gamma. Za simuliranje hemodinamičnih spremenljivk smo uporabili simulatorja elektrokardiografskih (EKG) ritmov Simulaids in HeartSim 200. V kvantitativni raziskavi smo primerjali aktivacije alarmov v dveh različnih skupinah, poimenovanih kritični alarmi in nekritični alarmi. Omejili smo se na hemodinamične parametre, izmerjene z monitorjem Dräger Infinity Gamma. Ugotovili smo, da se alarmi kritične skupine prožijo v povprečju v 4,37 ± 0,16 sekunde, alarmi nekritične skupine pa v 8,51 ± 0,92 sekunde. Primerjali smo tudi časovno prožitev alarmov med hitro in počasno ventrikularno tahikardijo (VT fast in VT slow). Alarm pri VT fast se sproži v povprečju v 3,32 ± 0,28 sekunde, kar je hitreje kot pa pri VT slow, kjer čas proženja alarma znaša 5,88 ± 0,18 sekunde. Simulatorji so sposobni prožiti alarme obeh skupin in jih klinični monitor tudi prepozna ter signalizira z alarmom. Well-implemented system of clinical alarms can save the patient's life because clinical alarms are in fact one the causes of death associated with medical technology. In the master's thesis, we described the importance of clinical alarms and how are their categorization (alarm priority). We studied the exact time of their triggering on the clinical monitor Dräger Infinity Gamma. To simulate the hemodynamic variables we used ECG simulators Simulaids and HeartSim 200. In the quantitative research, we compared the activation of the alarms in two different groups, critical alarms, and non-critical alarms. We have limited ourselves to the haemodynamic parameters measured with the Dräger Infinity Gamma Monitor. What we have found is that the alarms of critical group were activated on average in 4,37 ± 0,16 seconds, and non-critical alarms group in 8,51 ± 0,92 seconds. We have also compared the triggering of the alarms activated between fast and slow ventricular tachycardia (VT fast and slow VT). Alarm of VT fast was activated on average in 3,32 ± 0,28 seconds, what is faster than the VT slow alarm activation, which was activated on average in 5,88 ± 0,18 seconds. Simulators are able to trigger the alarms of both clinical groups and clinical monitor also recognizes and signals with the alarm. alarmi klinični monitor simulacije hemodinamski monitoring. alarms clinical monitor simulations hemodynamic monitoring true false false [K. Ciglar] Slovenski jezik Angleški jezik Magistrsko delo/naloga 2015-06-10 12:02:26 2015-07-13 14:20:24 2022-05-25 03:06:41 2021-04-13 03:36:33 2015 0 Maribor 0 0000-00-00 NiDoloceno NiDoloceno NiDoloceno 0000-00-00 0000-00-00 0000-00-00 615.47(043.2) 2125732 URN:SI:UM:DK:MOF6WNU7 MAG_Ciglar_Ksenija_2015.pdf MAG_Ciglar_Ksenija_2015.pdf 1 C5BB10EEFD939BA9546DA2EDD4816B39 d384b31f8ac82d3730b0996144e069fa413cdc0a3395090e5a6980771536030c 92492744-7c07-11eb-bb7a-00155d0001ca https://dk.um.si/Dokument.php?lang=slv&id=72453 Fakulteta za zdravstvene vede 0 0 0