20.500.12556/DKUM-71803 Tehnologija monitoringa dinamike zeničnega refleksa s pupilometrijo Technology of monitoring of the pupillary dynamic reflex with pupilometer Uvod: Zenice so del telesa katere so pomemben indikator za dokazovanje dogajanj v telesu. Prav tako je merjenje širine zenic zelo pomemben dejavnik pri diagnozi bolezni. Namen raziskave je bil analizirati spremenljivke pupilometra in v simulacijskem okolju simulirati patološki in normalni zenični refleks. Raziskovalne metode: Eksperimentalno deskriptivno študijo smo izvedli v simulacijekm okolju na simulatorju METI HPS. Za meritve zeničnega refleksa smo uporabljali pupilometer NPi-200, proizvajalca neuroptics. Normalni zenični refleks smo simulirali tako da smo na simulatorju nastavili zdravega bolnika in modelsko zasnovan odziv. Patološka scenarija sta vsebovala neodzivne zenice premera 3mm in 8 mm. Rezultati: Ugotavljamo, da je s pupilometrijo mogoče izmeriti spremenljivke kot so širina zenic, latenca širjenja oziroma oženja, zenic in poseben NPI (neurological pupil) indeks. Pri patološkem scenariju neodzivnih zenic veličine 3 mm ugotavljamo ,da aparat izmeri povprečno vrednost 3,02 ±0,09 mm. Pri neodzivnih zenicah premera 8 mm pa smo dobili povprečno vrednost 8,69 ±0,09 mm. Ostale spremenljivke pri patoloških scenarijih pričakovano niso bile prikazane. Razprava in zaključek: Ugotavljamo da je simulator ustrezno orodje za prikaz delovanja aparata kot za možnost učenja različnih scenarijev. Pri normalnih meritvah na HPS METI simulatorju, bi lahko meritve bile še bolj natančne če bi imeli zmogljivejše simulacijsko oko. Introduction: Pupils are parts of body which ones indicates, to an urgent situation in the body. Also pupils are important at diagnostic of injury. With the research we wanted to show, how to use pupilometer and what measurment are been measured at normal and patological environment. Method: We used an experimental descriptive work method. We used the device pupilometer NPi-200 from neuroptics and the simulator HPS METI. Normal pupil reflex we simulated so that we prepare the simulation doll too have the same diameter of pupils. The patological measurement where done so that we change the pupil size to 8 milimeters right pupil and 3 milimeters left one. Results: We find out that with use of pupilometer we measure wide of pupil, speed of constriction, latency and extension. This measurement are converted to NPI ( neurological pupil index). Patological measurement where measured at the wide at 3 and 8 milimeters. Average diameter of right pupil was 3,02 ±0,09 mm and average of left 8,68 ±0,09 milimeters. As expected other variables at patological measurement couldnt be done. Discussion and conclusion: At the and we came to an conclusion, that simulator can be used as an learning tool how to use products and how the product is working. At normal condition the measurement could be done more precisely if we had more efficiently simulation eye. simulacije nevrološka stanja HPS METI simulator NPi-200 meritve urgentna stanja simulacijski center simulations neurological condition HPS METI simulator NPi-200 measurements urgent situations simulation center true false false [M. Trupi] Slovenski jezik Angleški jezik Diplomsko delo/naloga 2018-08-30 13:24:17 2018-10-05 15:26:27 2022-08-01 21:27:55 2019-07-11 18:55:04 2018 0 Maribor 0 0000-00-00 NiDoloceno NiDoloceno NiDoloceno 0000-00-00 0000-00-00 0000-00-00 617:004.358(043.2) 2438308 URN:SI:UM:DK:DVDR54X0 VS_Trupi_Miha_2018.pdf VS_Trupi_Miha_2018.pdf 1 5F488F0F112F75031CA5A60B46863798 6c7b3aa0f9e1214ebf1c8f36024252e7a3b0c35f63490b772246f877698315c2 64722732-7c10-11eb-bb7a-00155d0001ca 20.500.12556/dkum/70c07c00-423f-4b51-85d9-2f795da979f2 https://dk.um.si/Dokument.php?lang=slv&id=130220 Fakulteta za zdravstvene vede 0 0 0