Person: DİKER, NURETTİN
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Publication Metadata only Albümin-gluteraldehit doku yapıştırıcısının insan dişeti fibroblast hücreleri üzerindeki etkilerinin incelenmesi(2020-09-01T00:00:00Z) DOGANAY, ÖZGE; ALKAN, ALPER; DİKER, NURETTİN; ATASOY, SEZEN; DOĞANAY, ÖZGE; ATASOY, SEZEN; DİKER, NURETTİN; ALKAN, ALPERPublication Metadata only Tek Taraflı Kondiler Hiperplazide Kombine Kondilektomi ve Ortodontik Tedavi Yaklaşımı/Combined Condylectomy and Orthodontic Treatment Approach For Unilateral Condylar Hyperplasia(2021-03-14) AKTÜRK O. Ö.; SUNAL AKTÜRK E.; DİKER N.; ALKAN A.; SUNAL AKTÜRK, EZGİ; DİKER, NURETTİNPublication Metadata only Maksillofasiyal Bölgenin Sinir Yaralanmaları(2021-05-09) DİKER N.; DİKER, NURETTİNPublication Metadata only Virtual Surgical Planning: A Reality in the Treatment of Dentofacial Deformities(2022-05-15) Diker N.; DİKER, NURETTİNPublication Metadata only Comparison of Success Rate of Dental Implants Placed in Autogenous Bone Graft Regenerated Areas and Pristine Bone(2020-09-01T00:00:00Z) Altiparmak, Nur; Akdeniz, Sidika Sinem; DİKER, NURETTİN; Bayram, Burak; Uckan, Sina; DİKER, NURETTİNAutogenous bone grafting still has been considered as the -gold standard- and wildly used in the case of alveolar bone reconstruction. The aim of the present study is to evaluate the success rate of implants placed in autogenous block augmented ridges and implants placed in pristine bone (PB). This study included 113 patients. Fifty-three patients were treated with autogenous block grafts and particulate bone, after 6 months of healing implant placements were performed in autogenous bone augmented (ABA) areas. In 60 patients implant placement was performed, with no need for grafting and implants were placed into the PB. Follow-up data (pain, mobility, exudation from peri-implant space, success rate, marginal bone resorption) were collected after 5 years of prosthetic loading. The cumulative implant success rate at the 5-year examination was 92.45% for the ABA group and 85% for PB group. There were 3 failed implants in the ABA group and 3 in PB group. Average marginal bone loss was 1.47 mm on ABA group and 1.58 mm on PB group. No statistically significant differences for pain, exudation from peri-implant space, implant mobility, implant success, peri-implant bone loss parameters, and patient satisfaction level were found between groups. The obtained data demonstrated that the success rate of implants placed in regenerated areas are very similar to the success rate of implants those placed in PB.Publication Metadata only Villonodular synovitis of the temporomandibular joint: Case report(2022-05-15) Kuşlu T.; Diker N.; Aksakallı F. N.; Dolanmaz D.; KUŞLU, TUĞBA; DİKER, NURETTİN; DOLANMAZ, DOĞANPublication Metadata only Comparison of survival rates of dental implants simultaneous placed with graftless and conventional sinus augmentation(2021-07-14T00:00:00Z) DİKER, NURETTİN; ATMACA, SENANUR; DİKER, NURETTİNPublication Metadata only Evaluation of the Effects of Low-Level Laser Therapy on Diabetic Bone Healing(2019-10-01T00:00:00Z) DİKER, Nurettin; Aytac, Duygu; Helvacioglu, Fatma; Dagdelen, Cansu; Oguz, Yener; DİKER, NURETTİNThe aim of the present study was to evaluate the effects of low-level laser therapy (LLLT) and biphasic alloplastic bone graft material on diabetic bone healing. Induction of diabetes was performed in 14 male Sprague-Dawley rats by intraperitoneal injection of a 50 mg/kg dose of streptozotocin. Two bilaterally symmetrical non-critical-sized bone defects were created in the parietal bones in each rat. Right defects were filled with biphasic alloplastic bone graft. Rats were randomly divided into 2 groups, with 1 group receiving 10 sessions of LLLT (GaAlAs, 78.5 J/cm(2), 100mW, 0.028 cm(2) beam). The LLLT was started immediately after surgery and once every 3 days during postoperative period. At the end of treatment period, new bone formation and osteoblast density were determined using histomorphometry. Empty (control), graftfilled, LLLT-treated and both graft-filled and LLLT-treated bone defects were compared. New bone formation was higher in the graft treatment samples compared with the control (P = 0.009) and laser samples (P = 0.029). In addition, graft-laser combination treatment samples revealed higher bone formation than control (P = 0.008) and laser (P = 0.026) samples. Osteoblast density was significantly higher in the laser treatment (P < 0.001), graft treatment (P = 0.001) and graft-laser combination treatment (P < 0.001) samples than control samples. In addition, significantly higher osteoblast density was observed in the graft-laser combination treatment samples compared to the graft treatment samples (P = 0.005). The LLLT was effective to stimulate osteoblastogenesis but failed to increase bone formation. Graft augmentation for treatment of bone defects seems essential for proper bone healing in diabetes, regeneration may be supported by the LLLT to enhance osteoblastogenesis.Publication Metadata only The evaluation of the effect of hypercalcemia in oral pathologies.(2020-10-02T00:00:00Z) Yucesoy, Turker; Diker, Nurettin; Seker, Elif Dilara; Unver, Tugba; Vardar, Fatma; YÜCESOY, TÜRKER; ŞEKER, ELIF DILARA; DİKER, NURETTİNPublication Metadata only Morphometric analysis of mandibles with different skeletal classifications and a report of the surgical approach for the repair of transected inferior alveolar nerve following sagittal split ramus osteotomy(2019-05-25) DİKER N.; ALTIPARMAK N.; BAYRAM B.; DİKER, NURETTİN