https://www.selleckchem.com/products/phtpp.html The primary aim of this study is to prove that reconstructing the anterior glenoid defect with iliac crest graft arthroscopically using double-barrelled cannula through the rotator interval is safe and prevents both recurrence of instability and the neurovascular injury because subscapularis muscle is not split and procedure is far away from important structures. Thirteen patients with anterior shoulder instability and engaging Hill-Sachs lesion were reviewed after arthroscopic reconstruction of the anterior glenoid with iliac crest autogenous graft. Patient satisfaction and Western Ontario İnstability Score (WOSI) were evaluated on clinical examination. Computed tomography was used to analyse graft position on sagittal and axial planes. The mean follow-up was 28.7months (SD 7.1), and age at surgery was 31years (21 to 64years). Post-operatively there was only one dislocation due to trauma. There was statistically significant improvement of WOSI scores (p 0.001). There was not any neurological injury. Graft position on the axial plane was described as flush in 5 cases (41%), lateral in 2 (16%), too lateral in one (8%) and medial in 4 of the cases (33%). Graft position could be accepted as high in only three patients (23%). Arthroscopic reconstruction of glenoid defect using autogenous iliac bone graft, through rotator interval, without splitting subscapularis is safe and effective without any neurological injury, producing substantial graft position and good functional outcomes in patients. Arthroscopic reconstruction of glenoid defect using autogenous iliac bone graft, through rotator interval, without splitting subscapularis is safe and effective without any neurological injury, producing substantial graft position and good functional outcomes in patients.Biomediated ecofriendly method for the synthesis of nickel oxide nanoparticles using plants extracts (Toona ciliata, Ficus carica and Pinus roxburghii) has been repo