This study aimed the to investigate the beneficial effect of combining PTH with bovine-derived bone graft bone in maxillary sinus augmentation. There is limited information available about the effect of PTH on maxillary sinus augmentation to achieve a clear understanding of PTH's efficacy in bone regeneration and bone remodelling through radiological, clinical, biomarker, histological and histomorphometric assessment . Objectives 1. Evaluation of the bone density at the planned implants sites using cone beam computed tomography (CBCT). 2. Histomorphometry examination of maxillary sinus bone to measure (bone trabeculae, connective tissue, osteoblast, osteocyte) after healing 4 months after augmentation. 3. Osteopontin as biomarker analysis for bone regeneration and osteoblast activity. 4. Evaluate the primary stability of implant in upper posterior area filled with PTH (1 34) and bovine-derived bone graft compared to bovine-derived bone graft alone.
Study Type
INTERVENTIONAL
Allocation
RANDOMIZED
Purpose
TREATMENT
Masking
SINGLE
Enrollment
30
Intervention 1 - Control Group Name of Intervention: Bone graft only Type: Procedure / Biological Description: Maxillary sinus augmentation using bone graft alone Intervention 2 - Experimental Group Name of Intervention: Bone graft + PTH Type: Procedure / Drug (PTH) Description: Maxillary sinus augmentation using bone graft combined with parathyroid hormone (PTH
Baghdad University
Baghdad, Iraq
RECRUITINGBone density
Time frame: follow up after 20 weeks after maxillary sinus augmentation
Histomorphometrical analysis of bone biopsy
taken bone core biopsy from the planned implant placement
Time frame: 20 weeks after augmentation
Osteopontin Analysis from bone core biopsy
Time frame: 20 weeks after augmentation
primary stability of implant
Time frame: 20 weeks after augmentation
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