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A coding system for a computer aided dental identification based on the "Canobrain Programme".

M Hashimoto, Y Nakano, K Suzuki

Annals of the Academy of Medicine, Singapore

|January 1, 1984

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This study introduces the Canobrain Programme, a novel dental coding system for identifying individuals in disaster victim identification, unknown body identification, and missing person cases. The system uses specific codes to document tooth surface status and dental materials, aiding forensic identification.

Area of Science:

Forensic Odontology
Biometric Identification
Dental Informatics

Background:

Accurate identification of individuals is critical in various forensic scenarios.
Existing methods for dental identification can be complex and time-consuming.
A standardized coding system is needed to streamline dental record analysis.

Purpose of the Study:

To describe a new coding system, the Canobrain Programme, for dental identification.
To apply this system across three distinct identification situations: air disaster victims, unknown bodies, and missing persons.
To demonstrate the system's utility through practical examples.

Main Methods:

Development of the Canobrain Programme, a dental coding system.
Utilizing a 3-digit, 2-letter code for air disaster victim identification.

Related Experiment Videos

Employing a 4-digit code for unknown body and missing person identification.

Coding system focuses on tooth surface status and dental restoration materials.

Main Results:

The Canobrain Programme provides a structured method for recording dental information.
The system was successfully trialed in simulated air disaster victim and unknown body identification scenarios.
The coding system effectively designates tooth surface status and dental material types.

Conclusions:

The Canobrain Programme offers a standardized and efficient approach to dental identification.
This system has significant potential to improve accuracy and speed in forensic odontology.
The described coding system is applicable to diverse identification challenges, enhancing forensic investigations.