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  1. 8 sty 2015 · • Provides moisture control that is essential for placement of restorative materials • Improves access during treatment by retracting the lips, tongue, and gingiva • Provides better visibility because of the contrast of color of the dam and the tooth

  2. However, it is usually more practical and convenient to isolate specific teeth and, by minimizing the number of rubber dam holes, moisture and infection control are optimized. The following clinical case examples are designed to provide practical guidance for the versatile and predictable isolation of single and multiple posterior and anterior ...

  3. 17 maj 2021 · Successful restorations depend on a number of factors, but perhaps the most important ones are moisture and microbe control. Excluding moisture and saliva from the tooth or root being restored facilitates the bonding of the restorative material to the tooth and decreases the risk of infection or re‐infection.

  4. 30 lip 2020 · Rubber dam isolation is generally considered to be the optimal method of moisture control in dentistry and is taught at the majority of dental schools worldwide.

  5. Moisture contamination can have an effect on the quality of adhesive restorations (Summitt 2001). A lack of appropriate isolation can not only lead to potential contamination of the root canal system in endodontic therapy but can also heighten the medico-legal exposure of the operator.

  6. Direct restorative dentistry procedures, also referred to as “fillings,” restore teeth by employing amalgam or resin composite materials. Indirect methods use the lab prepared restorations. Controlling moisture and microbes are likely the two most crucial variables for successful repairs.

  7. 2 wrz 2020 · Rubber dam isolation is generally considered to be the optimal method of moisture control in dentistry and is taught at the vast majority of dental schools worldwide.