@article{
author = "Nešković, Jelena and Ninković, Neda and Opačić-Galić, Vanja and Jovanović-Medojević, Milica and Popović-Bajić, Marijana and Maksimović, Miloš and Živković, Slavoljub",
year = "2020",
abstract = "Introduction/Objective Irrigation has an important role in root canal cleaning and its efficiency depends on the type of irrigants, the amount, the technique and the irrigation protocol. The aim of this work was to estimate the efficiency of cleaning of the canal walls by using scanning electron microscope analysis after the instrumentation by rotary NiTi instruments with the use of three different irrigation solutions and two final irrigation protocols. Methods Sixty extracted human incisors were divided into two groups after the rotary instrumentation with the iRace instruments. In both groups, the same amount (1.5 ml) of three solutions (2% sodium hypochlorite solution, 2% chlorhexidine solution, and 10% citric acid solution) and total final irrigation time (90 seconds) was the same. The final irrigation in the first group was accomplished using the technique of continuous irrigation and in the second group it was done using the intermittent protocol. The roots were cut longitudinally and analyzed by thirds (coronal, middle, and apical) on a scanning electron microscope (JSM 6460LV, JEOL Ltd., Tokyo, Japan) with 1,000× magnification. Results the most efficient cleaning of the root canal walls in both groups was seen after the use of citric acid with the intermittent protocol of the final irrigation (90.7% clean walls), while the least efficient was the final irrigation by chlorhexidine with continuous irrigation (80.3%). The most efficient cleaning of the canal walls in both groups was observed in the coronal third and the largest amount of the smear layer in the apical third. Conclusion the most efficient cleaning of the canal was achieved by the use of citric acid and the intermittent protocol of the final irrigation. In all tested solutions, the intermittent protocol of irrigation was more efficient than continuous irrigation., Uvod/Cilj Irigacija ima važnu ulogu u čišćenju kanala korena, a njena efikasnost zavisi od vrste irigansa, količine, odnosno tehnike i protokola irigacije. Cilj ovog rada bio je da se analizom SEM proceni efikasnost čišćenja zidova kanala posle instrumentacije rotirajućim NiTi instrumentima uz primenu tri različita rastvora za irigaciju i dva protokola finalne irigacije. Metode Šezdeset ekstrahovanih humanih sekutića je posle mašinske instrumentacije iRaCe instrumentima podeljeno u dve grupe. U obe grupe su korišćena po tri rastvora - 2% rastvor natrijum-hipohlorita, 2% rastvor hlorheksidina i 10% rastvor limunske kiseline, u istoj količini (1,5 ml) i ukupnom vremenu finalne irigacije (90 sekundi). Finalna irigacija u prvoj grupi je realizovana tehnikom kontinuirane, a u drugoj tehnikom intermitentne irigacije. Korenovi su presečeni uzdužno i analizirani po trećinama (krunična, srednja i apikalna) na skenirajućem elektronskom mikroskopu (JSM 6460LV JEOL, Tokio, Japan) na uveličanju od 1000×. Rezultati Najefikasnije čišćenje zidova kanala korena u obe grupe uočeno je posle primene limunske kiseline uz intermitentni protokol finalne irigacije (90,7% čistih zidova), dok je najmanje efikasna bila finalna irigacija hlorheksidinom uz kontinuiranu irigaciju (80,3%). Najefikasnije čišćenje zidova kanala i u prvoj i u drugoj grupi uočeno je u kruničnoj trećini, a najviše razmaznog sloja u apikalnoj trećini. Zaključak Najefikasnije čišćenje kanala ostvareno je primenom limunske kiseline i intermitentnog protokola finalne irigacije. Kod svih testiranih rastvora intermitentni protokol irigacije je bio nešto efikasniji od protokola kontinuirane irigacije.",
publisher = "Srpsko lekarsko društvo, Beograd",
journal = "Srpski arhiv za celokupno lekarstvo",
title = "The influence of the final irrigation protocol on the efficiency of root canal cleaning, Uticaj protokola finalne irigacije na efikasnost čišćenja kanala korena",
volume = "148",
number = "1-2",
pages = "10-16",
doi = "10.2298/SARH190513132N"
}
