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Blunck/Zaslansky<br />
0<br />
20<br />
40<br />
60<br />
80<br />
100 %<br />
Syntac<br />
Optibond FL<br />
Clearfil SE Bond<br />
a.<br />
MQ1<br />
results after<br />
1 st TC<br />
dentin<br />
+<br />
Prompt L-Pop (1999)<br />
Prompt L-Pop (2000)<br />
Adper Prompt L-Pop / Tetric Ceram<br />
Adper Prompt L-Pop / Filtek Z250<br />
Xeno III / Dyract eXtra<br />
Xeno III / Quixfil<br />
Xeno III / Tetric Ceram<br />
Futurabond NR<br />
One Up Bond F Plus<br />
AQ Bond<br />
iBond<br />
Hybrid Bond<br />
G-Bond<br />
tri-S bond<br />
Syntac<br />
OptiBond FL<br />
Clearfil SE Bond<br />
b.<br />
MQ1<br />
results after<br />
2 nd TC<br />
dentin<br />
*<br />
*<br />
*<br />
Prompt L-Pop 1999<br />
Prompt L-Pop 2000<br />
Adper Prompt L-Pop / Tetric Ceram<br />
Adper Prompt L-Pop / Filtek Z250<br />
Xeno III / Dyract eXtra<br />
Xeno III / Quixfil<br />
Xeno III / Tetric Ceram<br />
Futurabond NR<br />
One-up Bond F-Plus<br />
AQ Bond<br />
iBond<br />
Hybrid Bond<br />
G-Bond<br />
tri-S bond<br />
Fig 2 Marginal quality 1 results<br />
in % of the dentin margin length in<br />
Class V cavities for all-in-one adhesive<br />
systems after (a) 21 days of<br />
water storage and a 1st TC, after<br />
(b) 1 year of water storage and a<br />
2nd TC, and (c) after after 3 years<br />
of water storage and a 3rd TC (o<br />
and + = outliers, * = statistically<br />
significantly different compared to<br />
Syntax, OptiBond FL, and Clearfil<br />
SE Bond p < 0.05).<br />
c.<br />
MQ1<br />
results after<br />
3 rd TC<br />
dentin<br />
0<br />
20<br />
40<br />
+<br />
6<br />
0<br />
+<br />
80<br />
*<br />
*<br />
100 %<br />
Syntac<br />
OptiBond FL<br />
Clearfil SE Bond<br />
Prompt L-Pop 1999<br />
Prompt L-Pop 2000<br />
Adper Prompt L-Pop / Tetric Ceram<br />
Adper Prompt L-Pop / Filtek Z250<br />
Xeno III / Dyract eXtra<br />
Xeno III / Tetric Ceram<br />
AQ Bond<br />
iBond<br />
of the cavity, the c-factor, 9 the insertion technique, and the<br />
polymerization protocol. 1<br />
In this study, a high resolution quantitative marginal<br />
analysis method was used to evaluate the marginal adaptation<br />
of composite resin restorations over a long period of water<br />
storage followed by TC. This quantification method relies<br />
on imaging of precision replicas of restored teeth with a<br />
scanning electron microscope, followed by quantitative quality<br />
analysis of the entire margin length. The replica technique<br />
is non-destructive to the natural-tooth samples; hence, the<br />
margins can be assessed and marginal defects detected<br />
and compared at different times, as well as after applying<br />
different stresses to the tooth specimens. The high sensitivity<br />
of this method, due to the SEM's excellent detail reproduction,<br />
is a great advantage for the evaluation of such<br />
bonding of adhesive systems. 4,26<br />
The results (Figs 1 and 2) show a distribution of the MQ1<br />
results of the restoration margins at different stages of the<br />
Vol 9, Supplement 2, 2007 235