Yazar "Delibaş, Burcu" için listeleme
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The assessment of neuronal plasticity following sciatic nerve injuries in rats using electron microscopy and stereological methods
Delibaş, Burcu; Vianney, John-Mary; Kaplan, Süleyman (Elsevier, 2024)The transmission of signals to the cell body from injured axons induces significant alterations in primary sensory neurons located in the ganglion tissue, the site of the perikaryon of the affected nerve fibers. Disruption ... -
The effects of Garcinia kola and curcumin on the dorsal root ganglion of the diabetic rat after peripheral nerve transection injury
Aktaş, Abit; Yiğit, Funda; Delibaş, Burcu; Kaplan, Arife Ahsen; Hamour, Hala Mahgoub; Marangoz, Abdullah Hilmi; Kaya, Ayşenur; Altun, Gamze; Kaplan, Süleyman (Elsevier, 2024)Objective: To test the protective effects of Garcinia kola and curcumin on the ganglion tissues of diabetic rats following the use of autologous vein graft in peripheral nerve transection injury. Methods: The sciatic nerve ... -
The histomorphological and stereological assessment of rat dorsal root ganglion tissues after various types of sciatic nerve injury
Delibaş, Burcu; Kaplan, Süleyman (Springer, 2023)Peripheral nerve injuries lead to signifcant changes in the dorsal root ganglia, where the cell bodies of the damaged axons are located. The sensory neurons and the surrounding satellite cells rearrange the composition ... -
The potential positive effects of coenzyme Q10 on the regeneration of peripheral nerve injury
Mead, Ahmed; Delibaş, Burcu; Önger, Mehmet Emin; Kaplan, Süleyman (Open Exploration Publishing Inc, 2024)Peripheral nerve injuries (PNIs) constitute a significant concern as they predominantly affect young and productive age groups of the population, causing social and economic pressure on patients. PNIs are a global problem ... -
Stereology of the dorsal root ganglion in peripheral nerve studies
Delibaş, Burcu; Elamin, Abdalla Ahmed Eldaw; Marangoz, Abdullah Hilmi; Kaplan, Süleyman (Nova Science Publishers, Inc., 2024)Qualitative histopathology has long been the gold standard for evaluating morphological tissue changes in all organ systems, including the peripheral and central nervous systems. However, it is not fully capable of ...
