Editorial Type:
Article Category: Correction
 | 
Online Publication Date: 01 Jan 2008

ERRATUM

Page Range: 361 – 361
DOI: 10.2341/1559-2863(2008)33[361b:E]2.0.CO;2
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In Operative Dentistry 33(2) 196–202, Class I Gap-formation in Highly-viscous Glass-ionomer Restorations: Delayed vs Immediate Polishing, the name of co-author Goro Nishigawa, DDS, PhD was mis-spelled. Nishigawa is the correct spelling.

Also in Operative Dentistry 33(2), on page 219 of the Buonocore Memorial Lecture, Figures 10 and 11 were inadvertently printed as the same. The corrected Figure 10 is shown below. Operative Dentistry apologizes for this error.

Figure 10. Image from a realtime cutting movie using the setup in Figure 9. The fast clockwise rotating tungsten carbide bur (B) appears as an interference pattern because of the TSM scanning disc. Enamel prisms (E) show cutting with their long axis parallel to the bur. The tooth sample advances (Ad) onto the bur. TSM × 20/0.80 NA oil Fieldwidth 400 μm.Figure 10. Image from a realtime cutting movie using the setup in Figure 9. The fast clockwise rotating tungsten carbide bur (B) appears as an interference pattern because of the TSM scanning disc. Enamel prisms (E) show cutting with their long axis parallel to the bur. The tooth sample advances (Ad) onto the bur. TSM × 20/0.80 NA oil Fieldwidth 400 μm.Figure 10. Image from a realtime cutting movie using the setup in Figure 9. The fast clockwise rotating tungsten carbide bur (B) appears as an interference pattern because of the TSM scanning disc. Enamel prisms (E) show cutting with their long axis parallel to the bur. The tooth sample advances (Ad) onto the bur. TSM × 20/0.80 NA oil Fieldwidth 400 μm.
Figure 10. Image from a realtime cutting movie using the setup in Figure 9. The fast clockwise rotating tungsten carbide bur (B) appears as an interference pattern because of the TSM scanning disc. Enamel prisms (E) show cutting with their long axis parallel to the bur. The tooth sample advances (Ad) onto the bur. TSM × 20/0.80 NA oil Fieldwidth 400 μm.

Citation: Operative Dentistry 33, 3; 10.2341/1559-2863(2008)33[361b:E]2.0.CO;2

Copyright: Copyright: © 2008 This is an Open Access article: verbatim copying and redistribution of this article are permitted in all media for any purpose, provided this notice is preserved along with the article's original URL. 2008
Figure 10.
Figure 10.

Image from a realtime cutting movie using the setup in Figure 9. The fast clockwise rotating tungsten carbide bur (B) appears as an interference pattern because of the TSM scanning disc. Enamel prisms (E) show cutting with their long axis parallel to the bur. The tooth sample advances (Ad) onto the bur. TSM × 20/0.80 NA oil Fieldwidth 400 μm.

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