Gupta et al (12); 2011
|
2 cases
|
Initial negotiation: K-file #10 -
Crown down technic \RL/
protaper rotary system (up to F2)
|
2.5% sodium hypochlorite + EDTA
|
gutta-percha + zinc oxide eugenol (ZOE) sealer (Obturation technic was
not mentioned)
|
Davini et al (15); 2012
|
One case
|
protaper rotary system
|
2.5%
sodium hypochlorite + 17% EDTA
|
gutta-percha + AH plus sealer (continuous wave compaction
technique)
|
Parashar et al (17); 2015
|
2 cases
|
Initial negotiation: K-file #10 \RL/
protaper rotary system
|
1%
sodium hypochlorite
|
Protaper gutta percha + AH plus sealer (Obturation technique was not
mentioned)
|
Alkhawas et al (13); 2017
|
one case
|
Initial negotiation: C-file #6,8 & 10 \RL/ Revo-S
(Micro-Mega, France) rotary system
(not mentioned the instrumentation technic )
|
5.25% sodium hypochlorite + 17% EDTA
|
gutta-percha + resin sealer \RL/ continuous wave compaction
technique
|
van der Vyver et al (20); 2017
|
One case
|
Initial negotiation: C-file # 8 \RL/ ProTaper Next X1 and X2
|
N/A
|
continuous wave of
condensation technique
|
Alok Raina (18); 2017
|
2 cases
|
protaper rotary system (up to F2)
|
5.25% sodium hypochlorite
+ EDTA
|
Protaper gutta percha + AH plus sealer / Obturation technique was not
mentioned
|
Munaga et al (16); 2020
|
2 cases
|
Initial negotiation: K-file #10 \RL/ How to shape the canals was not
described in detail
|
2.5%
sodium hypochlorite + EDTA
|
The obturation method of the channels is not explained in detail
|
Costa Michelotto et al (14); 2021
|
3 cases
|
Initial negotiation: C-file # 10 & 15 / NiTi CM Rotary system
|
2.5%
sodium hypochlorite + 17% EDTA
|
Protaper gutta percha + AH plus sealer / cold lateral
compaction technique
|
Singh et al (19); 2023
|
One case
|
protaper rotary system (up to F2) / crown-down technique
|
3%
sodium hypochlorite + 17% EDTA
|
Protaper gutta percha + AH plus sealer / cold lateral
compaction technique
|