12th Edition of International Conference on
Dentistry
and Oral Health
September 28-30 | London, UK
Forensic Odontology
Forensic odontology is an essential field in the intersection of dentistry and law enforcement, offering valuable insights for criminal investigations. This discipline is particularly useful in identifying individuals whose remains are badly decomposed, burned, or otherwise unrecognizable. By studying dental records, including the structure and uniqueness of teeth and restorations, forensic odontologists can establish the identity of victims. Additionally, bite mark analysis, another key aspect of forensic odontology, has been used in solving cases involving assault, abuse, and even homicides. This specialized branch of dentistry has grown in importance as technology advances, allowing for more accurate and efficient identification methods, ultimately supporting justice and providing families with answers in the most challenging situations.
David Geoffrey Gillam
Queen Mary University of London, United Kingdom
Steven J Traub
American Institute of Oral Biology, United States
Zvi G Loewy
New York Medical College, United States
Kristie Kapp
EBITDent.co, United States
Jeffrey L Gurian
NYU School of Dentistry, United States
Khoa Le
Eyes of AI, Australia
Enass Shamsy
University of Lincoln, United KingdomSubmit your abstract Today
Title : Principles of facial trauma surgery 2026
Steven J Traub, American Institute of Oral Biology, United States
Title : Artificial intelligence in dentistry: Overcoming diagnostic challenges in modern practice
Khoa Le, Eyes of AI, Australia
Title :
Zvi G Loewy, New York Medical College, United States
Title : Improving the quality of orthodontic clinical photography: A four cycle quality improvement project at the Royal Surrey County Hospital
Suhavi Singh, Royal Surrey County Hospital, United Kingdom
Title : Transition to digital workflows in a UK dental hospital: Strategy, implementation and early impact
Sinead Sutcliffe, Bristol Dental Hospital, United Kingdom
Title : Comparison of 980 nm diode laser and QMix solution alone and in combination for smear layer removal from root canal surface: A scanning electron microscope study
Quratul Ain Zafar, Royal College of Surgeons of Edinburgh, Pakistan