Minimally invasive CAD / CAM lithium disilicate partial‐coverage restorations show superior in‐vitro fatigue performance than single crowns

Minimally invasive CAD / CAM lithium disilicate partial‐coverage restorations show superior in‐vitro fatigue performance than single crowns - FZJ-2024-01324

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Spitznagel_Prott_23_Minimally invasive CAD_CAM lithium disilicate partial‐coverage restorations show superior in‐vitro fatigue performance than single crowns

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Spitznagel_Prott_23_Minimally invasive CAD_CAM lithium disilicate partial‐coverage restorations show superior in‐vitro fatigue performance than single crowns.gif (icon)	[8.27 KB] 31 Jan 2024, 15:39	OpenAccess
Spitznagel_Prott_23_Minimally invasive CAD_CAM lithium disilicate partial‐coverage restorations show superior in‐vitro fatigue performance than single crowns.jpg (icon-1440)	[98.05 KB] 31 Jan 2024, 15:39	OpenAccess
Spitznagel_Prott_23_Minimally invasive CAD_CAM lithium disilicate partial‐coverage restorations show superior in‐vitro fatigue performance than single crowns.jpg (icon-180)	[29.79 KB] 31 Jan 2024, 15:39	OpenAccess
Spitznagel_Prott_23_Minimally invasive CAD_CAM lithium disilicate partial‐coverage restorations show superior in‐vitro fatigue performance than single crowns.jpg (icon-640)	[98.05 KB] 31 Jan 2024, 15:39	OpenAccess
Spitznagel_Prott_23_Minimally invasive CAD_CAM lithium disilicate partial‐coverage restorations show superior in‐vitro fatigue performance than single crowns.pdf	[2.44 MB] 31 Jan 2024, 15:39	OpenAccess

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