J I Foley1. 1. Department of Paediatric Dentistry, University of Aberdeen Dental School and Hospital, Foresterhill, Aberdeen, AB25 2ZR, Scotland, UK, j.foley@abdn.ac.uk.
Abstract
AIM: To assess the current usage and opinions of mineral trioxide aggregate (MTA) amongst European postgraduates (PG) in paediatric dentistry. STUDY DESIGN: An on-line structured questionnaire. METHODS: The programme directors of all EAPD-accredited programmes in paediatric dentistry were contacted by e-mail and invited to disseminate the web-link for a structured on-line questionnaire to all PG students on their programmes. The survey sought details of usage of MTA in both the primary and permanent dentitions and also, previous and future educational requirements for cement use. RESULTS: Responses were received from 29/44 (F: 27; M: 2) PG students. MTA was used in the primary dentition by 6/29 and 17/29 PG for pulp capping and pulpotomy procedures, respectively. In non-vital permanent teeth, MTA was used for apical barrier formation by 26/29 PG students, 15/29 for pulpotomy procedures and 10/29 to repair root perforations. Barriers to the use of MTA related to material cost and other materials being deemed more appropriate. Overall, 27/29 demonstrated an interest in further educational opportunities in material use. CONCLUSION: Mineral trioxide aggregate appears to be in regular use amongst PG dentists in paediatric dentistry throughout Europe.
AIM: To assess the current usage and opinions of mineral trioxide aggregate (MTA) amongst European postgraduates (PG) in paediatric dentistry. STUDY DESIGN: An on-line structured questionnaire. METHODS: The programme directors of all EAPD-accredited programmes in paediatric dentistry were contacted by e-mail and invited to disseminate the web-link for a structured on-line questionnaire to all PG students on their programmes. The survey sought details of usage of MTA in both the primary and permanent dentitions and also, previous and future educational requirements for cement use. RESULTS: Responses were received from 29/44 (F: 27; M: 2) PG students. MTA was used in the primary dentition by 6/29 and 17/29 PG for pulp capping and pulpotomy procedures, respectively. In non-vital permanent teeth, MTA was used for apical barrier formation by 26/29 PG students, 15/29 for pulpotomy procedures and 10/29 to repair root perforations. Barriers to the use of MTA related to material cost and other materials being deemed more appropriate. Overall, 27/29 demonstrated an interest in further educational opportunities in material use. CONCLUSION:Mineral trioxide aggregate appears to be in regular use amongst PG dentists in paediatric dentistry throughout Europe.
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