INFLUENCE OF TOOTH STRUCTURE LESIONS ON EFFECTIVNESS OF DENTAL AGE ESTIMATION METHOD
Ключові слова:
Age determination, radiographic technique, pathological attrition, regression analyses, dentine depositionАнотація
Method of Kvaal et al., which depends on proportions of specific measurements of tooth and pulp lengths and widths was approbated on 88 digital panoramic X-rays photos of patients with pathological attrition made by Planmeca PROMAX orthopantomograph on the base of Uzhhorod National University Dental Clinic. The mistakes that reaches 24±5,6 years were found during calculation of dental age using primary coefficients proposed by authors of technique. Also were found that the intensity of tertiary dentine deposition has linear regression depends on the pathology it is related to (bruxism, physiological issues, low level of mineralization, occlusal pathology caused by abnormal prosthetic treatment), which affect the result of age determination.
Посилання
Chaurasia A., Goel, D. (2015). Radiographic Methods of Age Estimation in Forensic Dentistry. Indian Journal of Forensic Odontology, 8(1/2), 19.
Dar M. A., Ravikiran A., Nayyar A. S., Babu A. B. (2016). A Comparative Analysis between Width and Length Variables in Kvaal's and Cameriere's Methods of Age Estimation in a Specific Populace of Andhra Pradesh. AdvancesinHumanBiology, 6(3), 119.
Kostenko Y., Goncharuk-KhomynM. (2013) Clinical and experimrntal study for improving methods of determining the age of adults by dental status. Morphologia, 7 (1), 85-88
Kostenko Y., &Goncharuk-Khomyn M. (2013). Possibility of improving method of age determination during pathological attrition. TheJournalofforensicodonto-stomatology, 31, 67-68.
Marroquin T. Y., Karkhanis S., Kvaal S. I., Vasudavan S., Kruger E., Tennant M. (2017). Age estimation in adults by dental imaging assessment systematic review. ForensicScienceInternational, 275, 203-211.
Mittal S., Nagendrareddy S. G., Sharma M. L., Agnihotri P., Chaudhary S., Dhillon M. (2016). Age estimation based on Kvaal's technique using digital panoramic radiographs. Journalofforensicdentalsciences, 8(2), 115.
Rajpal P. S., Krishnamurthy V., Pagare S. S., Sachdev G. D. (2016). Age estimation using intraoral periapical radiographs. Journal of forensic dental sciences, 8(1), 56.
Shah P. H., Venkatesh R. (2016). Pulp/tooth ratio of mandibular first and second molars on panoramic radiographs: An aid for forensic age estimation. Journalofforensicdentalsciences, 8(2), 112.
Sinha S., Srivastava A., Chandra S. (2017). Drawing New Formulaes for Dental Age Estimation: An Attempt at Extending Kvaal's Technique. Medico-LegalUpdate, 17(1).
Sykes L., Bhayat A., Bernitz H. (2017). The Effects of the Refugee Crisis on Age Estimation Analysis over the Past 10 Years: A 16-Country Survey. InternationalJournalofEnvironmentalResearchandPublicHealth, 14(6), 630.
Костенко Є. Я., Гончарук-Хомин М. Ю. (2013). Порівняльна характеристика методик визначеннявіку у дорослих за стоматологічним статусом. Збірникнауковихпрацьспівробітників НМАПО ім. ПЛ Шупика, (22 (3)), 384-390.
Костенко Є. Я., Мішалов В. Д., Сливка М. М., Гончарук-Хомин М. Ю. (2013). Клініко-експериментальнеобґрунтуваннясудово-медичноїкласифікаціїстоматологічного статусу. Вісник проблем біології і медицини, (4 (1)), 361-364.
Нагірний, Я. П., Михайличенко, Б. В., Дунаєв, О. В., Гончарук-Хомин, М. Ю. (2014). Актуальніпроблемидентальноїідентифікації в Україні. Вісник проблем біології і медицини, 1(3), 242-247.