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2%, 87.3%, 60.4%, 78.7%, 84.8% and 52.4%, respectively. The bulk-fill resin this website composite groups including VB, SR, SO and TB showed a bottom/top hardness ratio of almost 80% or more in the 4 mm thick specimens. Figure 1 Comparison of microhardness among different thicknesses. Color difference (��E) Table 4 lists the CIE L*a*b* color coordinates of the resin composites with different thickness. Table 5 lists the mean ��E (��E23 and ��E24) values. Among the bulk-fill resin composites, the flowable composites had higher ��E than the non-flowable composites. VB showed the highest ��E value. For the regular resin composites (CF and TN), ��E23 and ��E24 were significantly different (p binedaline flowable composites (p 0.05). Table 4 CIE L*a*b* color coordinate values of resin composites with different thickness Table 5 Color difference (��E) values for the different thickness TP values Figure 2 shows the TP and ��TP of each group. TP decreased significantly with increasing thickness in all groups (p www.selleckchem.com/products/bmn-673.html resins. SR showed the highest microhardness among the flowable resin composites, and SO exhibited the highest microhardness among the non-flowable resin composites. These results can also be explained by SR and SO containing more inorganic filler than the other composites in the same category (flowable or non-flowable). The microhardness of resin composites are affected by the resin composite thickness.6,7 In the present study, the same tendency of the microhardness decreasing as the resin thickness increased was observed.