Purpose To analyze the maxillary sinus anatomy over edentulous ridges in the bilateral
posterior maxillary area in Taiwanese patients using cone-beam computed tomography …

Materials and Methods: Records were assessed retrospectively for patients who had sinus
lifts using the low window approach, followed by implant placement and prosthetic …

Purpose: To verify whether lateral sinus floor elevation (LSFE) with the vertical height of the
osteotomy decreased to 3 to 5 mm can achieve improvement compared with a conventional …

Sinus augmentation is a well‐known approach to treating alveolar bone ridge atrophy in the
posterior maxilla. The preparation of the lateral window is crucial. Its size, design, and …

Purpose: the aim of the computational 3D-finite element study is to evaluate the influence of
an augmented sinus lift with additional inserted bone grafting. The bone graft block …

改良侧壁开窗式上颌窦底提升术治疗上颌后牙区缺牙伴重度骨萎缩患者临床观察- PMC Back to Top
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The objective of this study was to compare differences between Bio-Oss and CORAGRAF in
the rate of bone formation during graft replacement by assessing the density of new bone …

Aim: The aim of this bench study was to provide quantitative data addressing the difference
between the manual low window design and the corresponding computer-aided design and …

The maxillary sinus floor augmentation technique requires lifting of the sinus membrane with
a series of curved elevators. Lifting of the sinus membrane can be difficult due to the …

The key of maxillary sinus floor elevation through lateral window approach is to expose and
lift the sinus membrane, and the design of bone window is the primary factor to expose the …