Publications by authors named "Arwa Alsayed"
Article Synopsis
- This study evaluated the quality of dental information produced by ChatGPT, focusing on areas like oral surgery, preventive dentistry, and oral cancer, using a standardized scoring system based on accuracy, clarity, and comprehensibility.
- ChatGPT performed best in preventive dentistry with a score of 4.3/5 but showed lower accuracy in oral surgery (3.9/5) and oral cancer (3.6/5), highlighting gaps in post-operative guidance and risk assessments.
- The results emphasize the importance of professional oversight when using AI for dental information, advising caution to ensure it's used responsibly and effectively in patient care.
Aim: Identify the existing evidence base with regards to interventions that address high levels of dental caries. A discussion of the applicability of the evidence to possible replication in Saudi Arabia is presented, alongside recommendations to help reduce dental caries rates in children in Saudi Arabia.
Methods: A comprehensive systematic review following PRISMA methods was conducted using three databases: MEDLINE via OVID; EMBASE via OVID and Cochrane Library.
(1) Background. Dental implant placement in the anterior region requires extreme precision due to relatively high aesthetic demand. This narrative review aimed to analyse some of the available clinical studies of the socket-shield technique and determine its viability for dental implant survival/success and complication rates.
View Article and Find Full Text PDFObjectives: To study the healing of defects around titanium implants filled with biphasic calcium phosphates (BCP).
Material And Methods: Forty custom-made, titanium implants (Ti) with a diameter of 5 mm, and length of 8 mm, with two-sided gaps, were fabricated and installed in the femoral condyle of 20 rabbits. Following a randomization protocol, implants were alternately installed in one condyle without BCP bone substitute material (Ti) in the gaps and in the contralateral condyle gaps were filled with BCP bone substitute material (Ti+BCP).