iOralForens

SmartPhone iOralForens App for reading data for Forensic Luminosity/Colour Identification of Tooth Surfaces Using WiFi Wireless Intra-Oral Cameras

Tele-Optic Services, Queensland, Australia
Company Website: https://tele-optic-service.wixsite.com/tele-optic-services
https://www.linkedin.com/pulse/organization-tele-optic-services
Contacting Email Address: tele-optic-service@outlook.com

iOralForens Manual Instructions: https://www.linkedin.com/pulse/sources-forensic-dental-information-ioralforens-app/
https://www.linkedin.com/pulse/sources-forensic-dental-information-ioralforens-app-1c/
https://www.youtube.com/watch?v=p5mpoyq16sA

Unlock the power of forensic science with the iOralForens app, a cutting-edge tool designed to assist dentists and forensic scientists in the luminosity and colour identification of tooth surfaces, both pre-mortem and post-mortem. By leveraging WiFi Intra-Oral Cameras, iOralForens enables wireless data transmission to your smartphone, revolutionizing forensic dental analysis.

Key Features:
Seamless Wireless Integration: iOralForens App is compatible with a wide range of wireless intra-oral cameras, allowing for effortless communication with your smartphone. It's also capable of manually transferring images from your camera to your SmartPhone device.
Model-Specific Luminosity & Colour Data: The app captures and processes unique forensic luminosity and colour data for each WiFi Intra-Oral Camera model. This means your forensic records are collected exclusively from one camera, ensuring data accuracy.
Recommended Camera Models: For optimal results, we recommend WiFi intra-oral cameras with violet or blue LEDs (405-450 nm wavelengths) and orange filters in front of the camera sensor to enhance signal-to-noise ratio for red fluorescence. Suggested models include SoproLife (SoproLife® camera, Acteon, La Ciotat, France), G-Cam (G-Cam™, GC Corporation, Tokyo, Japan), Morita Penviewer (Morita Penviewer™, J. Morita Manufacturing Corporation, Kyoto, Japan) and VistaCam (VistaCam™ , DÜrr Dental GmbH, Bietigheim-Bissingen, Germany) in their clinical practices.

Forensic Dental Record Disclaimer:
iOralForens is an AI-driven app and does not offer forensic dental advice or make definitive recommendations regarding luminosity and colour matching of dental records. The colour identifications presented by this app serve informational purposes only and should not substitute professional forensic analysis. It is essential to consult qualified dentists or forensic specialists for in-depth investigations.
This app primarily caters to dentists and forensic scientists, serving as a valuable adjunct in the realm of forensic dental investigation. Always seek the advice of a professional before making dental decisions, and consider consulting with a dentist or referring to a forensic specialist when necessary. Forensic science is a crucial field, and thorough research is paramount for accurate results.

Key Citations:
1. Shakibaie F and Walsh LJ (2019). Fluorescence imaging of dental restorations using the VistaCam intra-oral camera. Aust J Forensic Sci 51(1): 3-11.
2. Shakibaie F and Walsh LJ (2015). Effect of oral fluids on dental caries detection by the VistaCam. Clin Exp Dent Res 1(2): 74-79.
3. Shakibaie F and Walsh LJ (2016). Violet and blue light-induced green fluorescence emissions from dental caries. Aust Dent J 61(4) :464-468.
4. Shakibaie F and Walsh LJ (2016). Violet and blue light-induced green fluorescence emissions from dental calculus: a new approach to dental diagnosis. Intern Dent – Australa Edit 11(4) :6-13.
5. Shakibaie F and Walsh LJ (2017). Application of VistaCam intra-oral camera in forensic odontology. Session 7-5: Forensic Odontology, BIT’s 4th International Congress of Forensics & Police Tech Expo-2017 (WCF-2017). 27th–29th Oct, 2017; Dalian, China.