Title of article :
A Clinical Evaluation of Anatomic Features of Gingiva in Dental Students in Tabriz, Iran
Author/Authors :
Shirmohammadi, Adileh Department of Periodontics - Faculty of Dentistry - Tabriz University of Medical Sciences, Tabriz , Faramarzie, Masoumeh Department of Periodontics - Faculty of Dentistry - Tabriz University of Medical Sciences, Tabriz , Lafzi, Ardeshir Department of Periodontics - Faculty of Dentistry - Tabriz University of Medical Sciences, Tabriz
Abstract :
Background and aims. The anatomical features of gingiva are important in appropriate periodontal treat-ment planning. This study was designed to determine the anatomic features of gingival in a group of dental students in Tabriz, Iran.
Materials and methods. One-hundred healthy subjects (aged 20-24 years old) with no history of periodontal or orthodontic treatment and a gingival index of zero or one were included. The following measurements were made using a periodontal probe: the distance between the gingival margin and base of gingival sulcus (depth of sulcus); the distance between the gingival margin and mucogingival junction (keratinized gingiva); and the dis-tance between base of gingival sulcus and mucogingival junction (attached gingiva). Existence of free gingival groove was also recorded by observation. Mean values of collected data were calculated.
Results. The widest attached gingiva and keratinized gingiva on the buccal aspect was seen in upper lateral incisor and their minimum in lower premolars. The maximum depth of sulcus on the buccal surface was re-corded in upper right molar and its minimum on the buccal surface was found in lower left canine. All of the studied students had free gingival groove on the buccal or oral aspect of at least one tooth.
Conclusion. The anatomic features found in this study were similar to those of the previous studies. However, mild variations with regard to race differences were observed.
Keywords :
keratinized gingival , gingival sulcus , free gingival groove , Attached gingiva
Journal title :
Astroparticle Physics