Publication: Depth determination of artificial periodontal pockets using cone-beam tomography and radio-opaque material: an in vitro feasibility study
Depth determination of artificial periodontal pockets using cone-beam tomography and radio-opaque material: an in vitro feasibility study
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Weidmann, B., Sahrmann, P., Bindl, A., Roos, M., & Schmidlin, P. R. (2014). Depth determination of artificial periodontal pockets using cone-beam tomography and radio-opaque material: an in vitro feasibility study. Swiss Dental Journal, 124(4), 406–415.
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In general, periodontal tissues are clinically assessed using calibrated periodontal probes and radiographs. Due to technical developments and the availability of cone-beam computed tomography (CBCT), 3-D imaging has become feasible and offers some advantages and potential for the evaluation of complex anatomical structures. The present pilot study illustrates and validates the possibility of radiographically visualizing and metrically assessing hard and soft tissue. Artificial periodontal pockets were created in porcine mandibles and
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Weidmann, B., Sahrmann, P., Bindl, A., Roos, M., & Schmidlin, P. R. (2014). Depth determination of artificial periodontal pockets using cone-beam tomography and radio-opaque material: an in vitro feasibility study. Swiss Dental Journal, 124(4), 406–415.