Efficacy of respiratory antimicrobial protection devices
Efikasnost sredstava respiratorne antimikrobne zaštite
No Thumbnail
Authors
Ivanković, NegovanRajić, Dušan
Ivanković, Nataša D.
Senić, Željko
Đurović, Branka
Vuković, Nikola S.
Karkalić, Radovan
Article (Published version)
Metadata
Show full item recordAbstract
Individual protection of the respiratory tract is a key factor in preventing/stopping a potential epidemic/pandemic caused naturally or during biological agents application in war or terrorist activities. Improving the existing or introducing new appropriate personal protective equipment to the military environment would be invaluable. In order to acquire a confirmation of reliability and physiological suitability for use in the protection of military personnel in case of a declared epidemic/pandemic, the protection effectiveness and physiological suitability of three models of epidemiological masks were tested in accordance with BS EN 149: 2007 under the conditions of simulated biological air contamination. The test results and their statistical processing have shown that an epidemiological mask possesses high efficiency and physiological suitability as a protective device in the case of air contamination with aerosols of biological agents. It is recommended for use in peacetime toget...her with the existing standard military masks.
Individualna zaštita respiratornog trakta predstavlja ključni faktor u sprečavanju/prekidanju potencijalne epidemije/pandemije nastale prirodnim putem ili upotrebom bioloških agenasa u ratnim ili terorističkim dejstvima. Poboljšanje postojećih ili uvođenje novih pogodnijih ličnih zaštitnih sredstava u vojnu sredinu bilo bi od neprocenjivog značaja. U cilju sticanja potvrde pouzdanosti i fiziološke pogodnosti za upotrebu u zaštiti vojnog personala u slučaju objavljene epidemije/pandemije, izvršeno je ispitivanje efikasnosti zaštite i fiziološke podobnosti tri modela epidemiološke maske u uslovima simulirane biološke kontaminacije vazduha, u skladu sa standardom SRPS EN 149:2007. Na osnovu rezultata ispitivanja i njihove statističke obrade utvrđeno je da epidemiološka maska kao zaštitno sredstvo poseduje visoku efikasnost i fiziološku podobnost u slučaju kontaminacije vazduha aerosolima bioloških agenasa. Predlaže se za upotrebu u mirnodopskim uslovima ujedno sa postojećim formacijskim m...askama.
Keywords:
protective mask / personal protection / epidemiological protection / respiratory protection / antimicrobial protection / epidemic / bioaerosol / silver nanoparticles / test results / zaštitna maska / lična zaštita / epidemiološka zaštita / respiratorna zaštita / antimikrobna zaštita / epidemija / bioaerosol / nanočestice srebra / rezultati ispitivanjaSource:
Scientific Technical Review, 2014, 64, 3, 47-53Publisher:
- Military Technical Institute, Belgrade
Funding / projects:
- Application of nanomaterials in the improvement of respiratory and percutaneous protective equipment in ecological disbalance conditions caused by radioactive chemical and biological contamination (RS-MESTD-Technological Development (TD or TR)-34034)
Institution/Community
Inovacioni centarTY - JOUR AU - Ivanković, Negovan AU - Rajić, Dušan AU - Ivanković, Nataša D. AU - Senić, Željko AU - Đurović, Branka AU - Vuković, Nikola S. AU - Karkalić, Radovan PY - 2014 UR - http://TechnoRep.tmf.bg.ac.rs/handle/123456789/2621 AB - Individual protection of the respiratory tract is a key factor in preventing/stopping a potential epidemic/pandemic caused naturally or during biological agents application in war or terrorist activities. Improving the existing or introducing new appropriate personal protective equipment to the military environment would be invaluable. In order to acquire a confirmation of reliability and physiological suitability for use in the protection of military personnel in case of a declared epidemic/pandemic, the protection effectiveness and physiological suitability of three models of epidemiological masks were tested in accordance with BS EN 149: 2007 under the conditions of simulated biological air contamination. The test results and their statistical processing have shown that an epidemiological mask possesses high efficiency and physiological suitability as a protective device in the case of air contamination with aerosols of biological agents. It is recommended for use in peacetime together with the existing standard military masks. AB - Individualna zaštita respiratornog trakta predstavlja ključni faktor u sprečavanju/prekidanju potencijalne epidemije/pandemije nastale prirodnim putem ili upotrebom bioloških agenasa u ratnim ili terorističkim dejstvima. Poboljšanje postojećih ili uvođenje novih pogodnijih ličnih zaštitnih sredstava u vojnu sredinu bilo bi od neprocenjivog značaja. U cilju sticanja potvrde pouzdanosti i fiziološke pogodnosti za upotrebu u zaštiti vojnog personala u slučaju objavljene epidemije/pandemije, izvršeno je ispitivanje efikasnosti zaštite i fiziološke podobnosti tri modela epidemiološke maske u uslovima simulirane biološke kontaminacije vazduha, u skladu sa standardom SRPS EN 149:2007. Na osnovu rezultata ispitivanja i njihove statističke obrade utvrđeno je da epidemiološka maska kao zaštitno sredstvo poseduje visoku efikasnost i fiziološku podobnost u slučaju kontaminacije vazduha aerosolima bioloških agenasa. Predlaže se za upotrebu u mirnodopskim uslovima ujedno sa postojećim formacijskim maskama. PB - Military Technical Institute, Belgrade T2 - Scientific Technical Review T1 - Efficacy of respiratory antimicrobial protection devices T1 - Efikasnost sredstava respiratorne antimikrobne zaštite EP - 53 IS - 3 SP - 47 VL - 64 UR - https://hdl.handle.net/21.15107/rcub_technorep_2621 ER -
@article{ author = "Ivanković, Negovan and Rajić, Dušan and Ivanković, Nataša D. and Senić, Željko and Đurović, Branka and Vuković, Nikola S. and Karkalić, Radovan", year = "2014", abstract = "Individual protection of the respiratory tract is a key factor in preventing/stopping a potential epidemic/pandemic caused naturally or during biological agents application in war or terrorist activities. Improving the existing or introducing new appropriate personal protective equipment to the military environment would be invaluable. In order to acquire a confirmation of reliability and physiological suitability for use in the protection of military personnel in case of a declared epidemic/pandemic, the protection effectiveness and physiological suitability of three models of epidemiological masks were tested in accordance with BS EN 149: 2007 under the conditions of simulated biological air contamination. The test results and their statistical processing have shown that an epidemiological mask possesses high efficiency and physiological suitability as a protective device in the case of air contamination with aerosols of biological agents. It is recommended for use in peacetime together with the existing standard military masks., Individualna zaštita respiratornog trakta predstavlja ključni faktor u sprečavanju/prekidanju potencijalne epidemije/pandemije nastale prirodnim putem ili upotrebom bioloških agenasa u ratnim ili terorističkim dejstvima. Poboljšanje postojećih ili uvođenje novih pogodnijih ličnih zaštitnih sredstava u vojnu sredinu bilo bi od neprocenjivog značaja. U cilju sticanja potvrde pouzdanosti i fiziološke pogodnosti za upotrebu u zaštiti vojnog personala u slučaju objavljene epidemije/pandemije, izvršeno je ispitivanje efikasnosti zaštite i fiziološke podobnosti tri modela epidemiološke maske u uslovima simulirane biološke kontaminacije vazduha, u skladu sa standardom SRPS EN 149:2007. Na osnovu rezultata ispitivanja i njihove statističke obrade utvrđeno je da epidemiološka maska kao zaštitno sredstvo poseduje visoku efikasnost i fiziološku podobnost u slučaju kontaminacije vazduha aerosolima bioloških agenasa. Predlaže se za upotrebu u mirnodopskim uslovima ujedno sa postojećim formacijskim maskama.", publisher = "Military Technical Institute, Belgrade", journal = "Scientific Technical Review", title = "Efficacy of respiratory antimicrobial protection devices, Efikasnost sredstava respiratorne antimikrobne zaštite", pages = "53-47", number = "3", volume = "64", url = "https://hdl.handle.net/21.15107/rcub_technorep_2621" }
Ivanković, N., Rajić, D., Ivanković, N. D., Senić, Ž., Đurović, B., Vuković, N. S.,& Karkalić, R.. (2014). Efficacy of respiratory antimicrobial protection devices. in Scientific Technical Review Military Technical Institute, Belgrade., 64(3), 47-53. https://hdl.handle.net/21.15107/rcub_technorep_2621
Ivanković N, Rajić D, Ivanković ND, Senić Ž, Đurović B, Vuković NS, Karkalić R. Efficacy of respiratory antimicrobial protection devices. in Scientific Technical Review. 2014;64(3):47-53. https://hdl.handle.net/21.15107/rcub_technorep_2621 .
Ivanković, Negovan, Rajić, Dušan, Ivanković, Nataša D., Senić, Željko, Đurović, Branka, Vuković, Nikola S., Karkalić, Radovan, "Efficacy of respiratory antimicrobial protection devices" in Scientific Technical Review, 64, no. 3 (2014):47-53, https://hdl.handle.net/21.15107/rcub_technorep_2621 .
Related items
Showing items related by title, author, creator and subject.
-
Processing and characterisation of hybrid nanocomposite materials with increased impact resistance / Procesiranje i karakterizacija hibridnih nanokompozitnih materijala povećane otpornosti na udar
Obradović, Vera (Univerzitet u Beogradu, Tehnološko-metalurški fakultet, 2016) -
Image analysis of protective layer of zinc on steel obtained using the hot process / Analiza slike za karakterisanje zaštitnog sloja cinka na čeliku dobijenog toplim cinkovanjem
Jančić, Radmila; Trifunović, Dejan; Kotanjac, Željko; Mitraković, Dragan (Savez inženjera metalurgije Srbije, Beograd, 2003) -
A comparative study of the field of view and the optical properties of oculars of military protective masks / Sravnitel'noe issledovanie polja zrenija i optičeskih svojstv glaznogo voennyh zaščitnyh masok / (francuski) Etude comparative du champ visuel et de l'oculaire optique chez le masque protecteur
Rajić, Dušan; Marković, Tatjana; Ivanković, Negovan; Ilić, Marina; Senić, Željko; Vitorović-Todorović, Maja (Military Technical Institute, Belgrade, 2012)