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Dr. Wadhwani is pleased to share supplemental material from recent lectures. Please check back for new updates. If you are searching for a specific document that is not listed, please email us at and we will be happy to assist.

Typically used elastomeric impression materials have been reformulated for a faster set. This article aims at confirming the accuracy of such materials. 

Given sufficient radiography, it may be possible to identify excess cement that may harm periodontal tissues in the gingival sulcus. 

This article compares the effect of implant abutment modification on the amount of cement axtruded at the crow-abutment region. 

Read about a tool developed to deliver a measured torque to implants and to their associated components. 

A novel technique to reduce the potential effect of excess cement-induced peri-implant disease and provides a controlled environment for the bonding process. 

This article describes a straight-forward, in-office technique to verify a beam-type MTLD.

This study investigates the site and extent of contamination occurring on implant components following clinical impressions and laboratory procedures. 

A novel technique of bonding a pressed porcelain plug into the screw access channel of an implant restoration that allows for control of occlusion as well as improved esthetics is discussed in this publication.

this study aimed at determining the optimal tightening protocol for implant abutment screws 

This article dives into creating a technique to control the heat generated during light polymerization when dealing with custom impression trays. 

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