A Parashari1, V Singh1, T Mittal1, S Ahmed1, H Grewal2, S Gupta1, A Sehgal1. 1. Division of Clinical Research, Institute of Cytology and Preventive Oncology, Noida, Uttar Pradesh, India. 2. Department of Orthodontics, Guru Teg Bahadur Hospital, New Delhi, India.
Abstract
BACKGROUND: Low cost technologies are needed in resource poor rural settings for detection of pre-cancer and cancer lesions of the oral cavity. AIM: The study was undertaken to investigate the feasibility of a low cost technology (Magnivisualizer) for the early detection any lesions of the oral cavity among tobacco users in a resource poor rural field setting. SUBJECTS AND METHODS: A total of 1329 tobacco users were motivated to come forward for oral examination in the camp organized for this purpose. Their oral cavities were screened with a torch and Magnivisualizer by a Dentist. RESULTS: With torch light, 104/1329 (7.8%) lesions were identified, though only 62/104 (59.6%) positive lesions could be differentiated into various categories. However, through Magnivisualizer 156/1329 (11.7%) lesions were detected and 153/156 (98.1%) positive lesions were differentiated into different categories. CONCLUSION: Magnivisualizer offers an alternative instrument for detecting most of the early cancerous and high-grade precancerous lesions and it can be used in the rural field settings.
BACKGROUND: Low cost technologies are needed in resource poor rural settings for detection of pre-cancer and cancer lesions of the oral cavity. AIM: The study was undertaken to investigate the feasibility of a low cost technology (Magnivisualizer) for the early detection any lesions of the oral cavity among tobacco users in a resource poor rural field setting. SUBJECTS AND METHODS: A total of 1329 tobacco users were motivated to come forward for oral examination in the camp organized for this purpose. Their oral cavities were screened with a torch and Magnivisualizer by a Dentist. RESULTS: With torch light, 104/1329 (7.8%) lesions were identified, though only 62/104 (59.6%) positive lesions could be differentiated into various categories. However, through Magnivisualizer 156/1329 (11.7%) lesions were detected and 153/156 (98.1%) positive lesions were differentiated into different categories. CONCLUSION: Magnivisualizer offers an alternative instrument for detecting most of the early cancerous and high-grade precancerous lesions and it can be used in the rural field settings.
Authors: Miriam P Rosin; Catherine F Poh; J Mark Elwood; P Michele Williams; Richard Gallagher; Calum MacAulay; Wan W Lam; Ajit Auluck; Lewei Zhang; T Gregory Hislop Journal: J Can Dent Assoc Date: 2008-04 Impact factor: 1.316
Authors: Sudha Sivaram; Michael A Sanchez; Barbara K Rimer; Jonathan M Samet; Russell E Glasgow Journal: Cancer Epidemiol Biomarkers Prev Date: 2014-09-01 Impact factor: 4.254