MCQs used for the evaluation of knowledge regarding fully guided virtual implant planning
HEAT

STLJPEGPNGTIFFTo stabilize the implantTo guide/position the surgical drillTo guide/position the surgical drill and subsequent implantTo dissipate heat produced during implant drillProsthesis driven implant can be achievedImplant driven prosthesis can be achievedImplants can be loaded immediatelyRequires less implant drilling time1 mm1.5-2 mm3-4 mm4-5 mm1 mm1.5-2 mm3-4 mm4-5 mmThe softwares alerts the operatorThe software repositions the virtual implantThe software does not show any alertThe software automatically reduces the dimensions of the implantOblique cross-sectional view that always pass through the long axis of the implantOblique cross-sectional view that always pass through the short axis of the implantOblique cross-sectional view that always pass through the long axis of the edentulous areaOblique cross-sectional view that always pass through the short axis of the edentulous areaTwoThreeFourFivePatent details and operator’s findings onlyPatent details, operator’s findings and implant centric view onlyPatent details, operator’s findings, implant centric Implant centric view and implant dimensionPatent details, operator’s findings, implant centric Implant centric view, implant dimensions and drill length estimationDICOM fileSTL fileJPEG fileTIFF fileSTL file of the crownSTL file of the intraoral scanSTL files of the crown and intraoral scanDICOM file of the CBCT scanSelect appropriate implant based on length and diameterOpen virtual implant libraryConfirm selection by checking the 3 images of the implant and sleeveSelect appropriate sleeve2,1,4,32,1,3,41,2,3,44,2,3,1Mark the reference points on the axial CBCT section for generating the curveDetermine an adequate axial CBCT section to view the arch.Confirm the reformatted panoramic view on the other window2,1,31,2,33,2,12,3,13,1,23,2,11,2,32,1,31,2,3,4,5,6,72,3,4,1,6,7,54,3,6,7,1,2,52,6,7,4,3,5,1