Webinar Course Description:

Static guided implant surgery has expanded from single-tooth replacement to complex full-arch rehabilitation, but predictable outcomes depend on more than simply fabricating a surgical guide. This lecture will review key clinical principles that determine success when transferring a prosthetically driven digital plan to the surgical field. Through representative cases ranging from a single posterior implant to full-arch stackable guide workflows, participants will learn how guide support, guide seating, prosthetic planning, safety margins, anatomical limitations, and intraoperative verification affect surgical accuracy and clinical decision-making.

The lecture will emphasize that guided surgery is an adjunct to diagnosis and treatment planning, not a substitute for clinical judgment. Current consensus recommendations support prosthetically driven planning, CBCT-based assessment of vital structures, and an additional 2 mm safety margin when planning implant positions near critical anatomy or adjacent implants. The presentation will also highlight practical failure points such as guide misfit and inadequate support. By the end of the session, clinicians should be able to identify when static guided surgery is predictable, when additional verification or fixation is needed, and when to modify or abandon the surgical plan.

Upon completion of this course, participants should be able to:

• Describe the essential components of a prosthetically driven static guided surgery workflow, from digital planning and CBCT interpretation to guide design, seating verification, and surgical execution.
• Identify key clinical factors that influence guide accuracy, including guide support, edentulous span length, inspection windows, fixation, sleeve access, mouth opening, irrigation, and proximity to vital structures.
• Differentiate the major workflow considerations for single implants, multiple implants, distal-extension cases, and full-arch guided surgery, including when to trust, verify, modify, or abandon a static surgical guide.
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Speaker Bio: Chia-Yu (Jennifer) Chen, DDS, DMSc

Dr. Chia-Yu (Jennifer) Chen received her dental degree from Kaohsiung Medical University in Taiwan and completed her periodontology training and Doctor of Medical Science in oral biology at the Harvard School of Dental Medicine (HSDM). 

At HSDM, Chen was a presidential scholar and received both the James H. Shaw Award for excellence in biomedical research and the Joseph L. Henry Award for excellence in research and clinical training. 

Chen is a diplomate of the American Board of Periodontology. She practices periodontology and implantology at the Faculty Group Practice at the Harvard Dental Center (HDC). 

Chen's clinical and research interests include using innovative concepts, technologies, and biomaterials to enhance treatment outcomes and patient experiences. She conducts preclinical and clinical research in soft- and hard-tissue regeneration, implant dentistry, and digital dentistry.