Browsing by Author "Kapicioglu, MEHMET"
Now showing items 1-5 of 5
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Biomechanical comparison of humeral nails with different distal locking mechanisms: Insafelock nails versus conventional locking nails.
Erden, T; Kapicioglu, MEHMET; Demirtas, A; Bilsel, K; Akpinar, F; Kuduz, H (2019-11-01)Objective: The aim of this study was to compare the biomechanical resistance to rotational and axial forces of a conventional locking nail with a newly designed intramedullary humeral nail developed for humeral shaft ... -
Comparison Between Y- and S-Shaped Incisions for Open Reduction and Hook-Plate Fixation of the Mallet Finger
Uzer, GÖKÇER; Yildiz, FATİH; Kapicioglu, MEHMET; Elmadag, Mehmet; Kara, DENİZ; Bilsel, Kerem (2017-04-01)Objective: This study evaluates the results of open reduction and hook-plate fixation in the treatment of osseous mallet finger and compares S-and Y-shaped incisions used for the approach. -
Comparison of two different superior capsule reconstruction methods in the treatment of chronic irreparable rotator cuff tears: a biomechanical and histologic study in rabbit models.
Yildiz, F; Bilsel, K; Pulatkan, A; Kapicioglu, MEHMET; Uzer, G; Çetindamar, T; Sonmez, C; Bozdag, E; Sünbüloglu, E (2019-03-01)Background: In the treatment of irreparable rotary cuff (RC) tears. the superior capsule of the shoulder is reconstructed using tensor fascia lata (TFL) or several allografts to prevent progressive joint degeneration. This ... -
Efficacy of bone marrow-stimulating technique in rotator cuff repair
Bilsel, Kerem; Yildiz, FATİH; Kapicioglu, MEHMET; Uzer, GÖKÇER; Elmadag, Mehmet; PULATKAN, Anil; Esrefoglu, MUKADDES; Bozdag, Ergun; MILANO, Giuseppe (2017-08-01)Background: This study used a chronic rotator cuff (RC) tear model to investigate the effect of microfracture as a bone marrow-stimulating (BMS) technique for RC healing. -
Platelet-rich plasma for enhancing surgical rotator cuff repair: evaluation and comparison of two application methods in a rat model
Ersen, Ali; Demirhan, M.; Atalar, A. C.; Kapicioglu, MEHMET; Baysal, Gokhan (2014-03-01)Platelet-rich plasma (PRP) is a natural concentrate of autologous growth factors now being widely tested in different fields of medicine for its potential in enhancing the regeneration of tissue with low healing potential. ...
