Advancement and evaluation of novel a quantitative ultrasound method for tissue characterization in dental diagnostics.

Gingival thickness (biotype) and quality of soft tissues have a significant impact on the outcome of dental restorative and regenerative therapy for many patients. Assessment of periodontal biotype is critical when selecting appropriate protocols in the field of dental surgery. Chosen methodology will have significant ramifications on the restoration of the soft and hard oral tissues, healing time, success rate and overall oral health. Currently used gingival biotype determination methods are limited to visual and invasive assessment; user-dependent, inaccurate and result in misinterpretation. Other invasive methods such as mechanical trans-gingival penetration (bone-sounding), transparency or radiography techniques are presently available, but all have proven to be inadequate in dental practice. A device has been developed that consists of a miniaturized probe with a specifically designed ultrasonic transducer that can address the needs in this field. This project will evaluate and optimize the performance of this device to meet clinical usability requirements.

Faculty Supervisor:

Roman Maev

Student:

Partner:

Dr George Grayson Dentistry Professional Corporation

Discipline:

Engineering

Sector:

Health and Related Sciences & Technology

University:

University of Windsor

Program: