Kharinna Widowati, - (2010) Modifikasi Film Holder Sebagai Alat Bantu Pembuatan Radiografik Teknik Bor Untuk Melihat Posisi Apikal Ml Atas Terhadap Dasar Sinus Maksilaris. Skripsi thesis, UNIVERSITAS AIRLANGGA.

Text KKA KK KG 122 10 Wid m.pdf Download (6MB)

Abstract

Background. One of the use of the radiographic examine in UPF Oral and Maxillofacial Surgery is to see the apical position of first maxillary molar to the basis of maxillary sinus. After knew the position, it can be decided the best extraction technique to prevent the perforation of maxillary sinus which is one of the complication occuring while the extraction of the tooth. Purpose. The purpose of this research is to find the radiographic difference between the using of film holder modification at angulation 0° and 20° superior as an assistive appliance in BaR (Buccal Object Ru1e) technique to see the first maxillary molar apical position to the basis of maxillary sinus which is applicated to the patients at the UPF Dental Radiology RSGMP (Dental Clinic) Facu1ty of Dentistry Airlangga University Surabaya. Method. This research's done to the patients have a complete tooth stucture. The X-ray exposes twice to each patients, first exposion done at the angulation 0° (parallel position) and the second at 20° superior. Radiographics are examined and evaluated, then it's analysed. Results. Radiographics of the first maxillary molar apical position are looked superimposed to the basis of maxillary sinus through the using of angulation 0°. But radiographics of the first maxillary molar apical position aren't looked superimposed to the basis of maxillary sinus through the using of angulation 20° superior. Conclusion. Based to the resu1ts, decide that there is a radiographic difference between the using of film holder modification at angulation 0° and 20° superior as an assistive appliance in BOR (Buccal Object Ru1e) technique to see the first maxillary molar apical position to the basis of maxillary sinus. The better radiographic's shown through the using of angulation 20° supenor.

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