Purpose: To determine the potential complications and clinical outcomes using the lateral
sinus elevation technique with window repositioning. Materials and Methods: One hundred …

Purpose Sinus floor elevation without using autogenous bone graft or bone substitute will
eliminate donor site morbidity and reduce the cost and the risk of infection. We evaluated the …

Context: The maxillary sinus elevation procedure has become an important pre-prosthetic
surgical procedure for the creation of bone volume in the edentulous posterior maxilla for the …

Purpose: Implants can be inserted simultaneously during sinus floor elevation (SFE), or 6
months later, for posterior maxillary rehabilitation. The residual bone height (RBH) is a major …

Successful intrasinus graft consolidation is essential for the treatment outcome of
transalveolar sinus floor elevation (SFE). This study was performed to examine the dynamics …

Objective Slit‐window technique is a lateral approach sinus floor elevation (SFE) procedure
that utilizes a rigid resorbable membrane in conjunction with stabilizing bony slits to tent the …

Aim To comparatively evaluate the morbidity following maxillary sinus floor elevation
according to either transcrestal (tSFE) or lateral (lSFE) approach with concomitant implant …

Bone tissue atrophy may constitute a relative contraindication for implantation. The methods
used in reconstruction of the alveolar ridge within the lateral section of the maxilla have …

Aims: To assess the learning curve of a minimally invasive procedure for maxillary sinus
floor elevation with a transcrestal approach (tSFE) and evaluate the influence of clinician's …

OBJECTIVE: To assess the predictors of implant failure after grafted maxillary sinus (GMS).
MATERIAL AND METHODS: A total of 1045 implants were inserted in 224 patients/347 GMS …