Title of article :
The Compaction Index of Root Canal Obturation With Different Gutta-Percha Tapers and Finger Spreaders
Author/Authors :
mousavi elnaz Dapartment of Endodontics - School of Dentistry - Guilan University of Medical Sciences - Rasht, Iran , nosrati alireza School of Dentistry - Guilan University of Medical Sciences - Rasht, Iran , fallah niloofar School of Dentistry - Guilan University of Medical Sciences - Rasht, Iran , nazifi maryam School of Dentistry - Guilan University of Medical Sciences - Rasht, Iran
Abstract :
The most prevalent approach for the obturation of roots, which are treated
endodontically, is lateral condensation. Finger spreaders insignificantly affect packing
the gutta-percha cones. This survey aimed to compare the compaction index of root canal
obturation obtained with Stainless Steel (SS) and Nickel-Titanium (Ni-Ti) spreaders and
different gutta-percha tapers.
Materials and Methods: Forty extracted maxillary central incisors were randomly divided
into 4 groups of 10 teeth. In group 1, the canals were filled with 0.02 tapered gutta-percha
and SS spreader; group 2 with 0.02 tapered gutta-percha and Ni-Ti spreader; group 3, with
0.04 tapered gutta-percha and SS spreader, and group 4 with 0.04 tapered gutta-percha and
Ni-Ti spreader. The compaction index was compared among the different groups using the
Independent Samples t-test.
Results: The mean compaction index for the groups that were filled with 0.02 tapered guttapercha
cones was 1.44 with the use of SS spreaders and 1.18 with the use of Ni-Ti spreader;
however, the difference was not statistically significant. Furthermore, the mean compaction
index for the groups that were obturated with 0.04 tapered gutta-percha cones was 1.561 with
the use of SS spreaders and 1.269 with the use of Ni-Ti spreaders. Similarly, this difference was
not statistically significant.
Conclusion: The obturation compaction index was higher when using SS spreaders and 0.04
tapered gutta-percha cones; however, the differences were not statistically significant
Keywords :
Root canal obturation , Nickel Titanium , Titanium nickelide , Stainless Steel , Gutta-Percha
Journal title :
Astroparticle Physics