Simulacija uporabe sistema za inhalacijsko sedacijo »AnaConDa« v enoti intenzivne terapije

Kolarič, Rok

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Title:	Simulacija uporabe sistema za inhalacijsko sedacijo »AnaConDa« v enoti intenzivne terapije
Authors:	ID Kolarič, Rok (Author) ID Križmarić, Miljenko (Mentor) More about this mentor...
Files:	MAG_Kolaric_Rok_2019.pdf (4,26 MB) MD5: 9AE021EE02F7602C68F2509863B3FEA3 PID: 20.500.12556/dkum/fc53cfe1-bce5-4fc1-b07a-6ebe10a991e3
Language:	Slovenian
Work type:	Master's thesis/paper
Typology:	2.09 - Master's Thesis
Organization:	FZV - Faculty of Health Sciences
Abstract:	Uvod: In-situ simulacije so posebne vrste simulacij, ki potekajo v dejanskem kliničnem okolju z namenom, da dosežemo čim bolj realno in natančno okolje. »AnaConDa« (naprava za ohranjanje anestezije) je medicinski pripomoček, ki je varen, zanesljiv in stroškovno učinkovit ter omogoča sedacijo z vdihovanjem hlapnih anestetikov v EIT. Glavni cilj magistrskega dela je bil pripraviti izhodišča za izdelavo navodila za delo. Metode: V empiričnem delu smo uporabili eksperimentalno metodo dela s pomočjo simulacijskega modela. Bolnika je predstavljal simulator Laerdal Airway Mangement Trainer. Pri uporabi medicinskih pripomočkov, ki omogočajo inhalacijsko sedacijo, smo se omejili na izdelke švedskega podjetja Sedana Medical, »AnaConDa«. Rezultati: Simulirali smo pripravo, delovanje in monitoring sistema za inhalacijsko sedacijo »AnaConDa«. Sproti smo si tudi zapisovali komentarje s strani udeležencev simulacije. S pomočjo Likertove lestvice smo pridobili ocene posameznih stopenj simulacije. Priprava sistema: 4,85; delovanje sistema: 4,75; monitoring sistema: 4,9. Diskusija: Medicinske sestre so odgovorne za delovanje in uporabo sistema za inhalacijsko sedacijo. S pomočjo simulacije smo udeležence simulacije poučili o uporabi in razumevanju tega sistema. Udeleženci so visoko ocenili tak način edukacije in si jih v prihodnje želijo več. Simulator je omogočal izvedbo vseh treh stopenj simulacije. Sklep: V Sloveniji bi lahko večji poudarek namenili izobraževanju s pomočjo simulacij. Udeleženci simulacij bi pridobili dodatna znanja, ki bi jih prenesli v prakso in bi na delovnem mestu bolj suvereno in samozavestno izvajali najrazličnejše postopke in posege.
Keywords:	hlapni anestetik, naprava za ohranjanje anestezije, simulacijski model, priprava, delovanje, monitoring
Place of publishing:	Maribor
Publisher:	[R. Kolarič]
Year of publishing:	2019
PID:	20.500.12556/DKUM-73133
UDC:	004.383.4:616-089.5(043.2)
COBISS.SI-ID:	2484388
NUK URN:	URN:SI:UM:DK:FGVZQ8JG
Publication date in DKUM:	07.05.2019
Views:	2154
Downloads:	213
Metadata:
Categories:	FZV
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Licences

License:	CC BY-NC-ND 4.0, Creative Commons Attribution-NonCommercial-NoDerivatives 4.0 International

Link:	http://creativecommons.org/licenses/by-nc-nd/4.0/
Description:	The most restrictive Creative Commons license. This only allows people to download and share the work for no commercial gain and for no other purposes.
Licensing start date:	16.02.2019

Secondary language

Language:	English
Title:	Simulation of the use of the system for inhalation sedation »AnaConDa« in the intensive care unit
Abstract:	Introduction: In-situ simulations are specific types of simulations that take place in a real clinical environment in order to achieve the most realistic and precise environment. »AnaConDa« (anaesthetic conserving device) is a medical device that is safe, reliable and cost-effective, and allows inhalation sedation in the intensive care unit. The main goal of the master's thesis was to prepare the starting points for the preparation of work instruction. Methods: In the empirical part we used the experimental method of work using a simulation model. The patient represented the Laerdal Airway Mangement Trainer simulator. In the use of medical devices that allow inhalation sedation, we limited ourselves to the products of the Swedish company Sedana Medical, »AnaConDa«. Results: We simulated the preparation, operation and monitoring of the inhalation sedation system »AnaConDa«. We also wrote comments from the participant of the simulation. Using the Likert scale, we obtained estimates of individual simulation levels. System preparation: 4.85; system operation: 4.75; system monitoring: 4.9. Discussion: Nurses are responsible for the operation and use of the inhalation sedation system. Using the simulation, we educate participants about the use and understanding of this system. The participants highly rated this kind of education and want more education in the future through simulations. The simulator enabled the implementation of all three levels of simulation. Conclusion: In Slovenia, more emphasis could be placed on education through simulations. Participants of the simulations would gain additional knowledge that would be transferred to practice and would perform more varied procedures and interventions in the workplace more confidently.
Keywords:	volatile anesthetic, anaesthetic conserving device, simulation model, preparation, operation, monitoring

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