Op. Dr. İskender Samet Daltaban

Dr. İskender Samet Daltaban, an experienced specialist in neurosurgery, is noted for his expertise and experience in the diagnosis, treatment, and surgical management of neurological diseases.

Dr. Daltaban began his medical career in 2006, graduating from Karadeniz Technical University (KTÜ) Faculty of Medicine.

He then started his neurosurgery specialty training in 2008 at the Department of Neurosurgery, KTÜ Faculty of Medicine, and completed it in 2014, earning the title of neurosurgery specialist.

Dr. Daltaban has achieved high success rates in the diagnosis and treatment of brain aneurysms and brain cysts using both open (microsurgical clipping) and closed (endovascular - angiographic) surgical methods.

In endovascular treatments, interventional procedures are managed by Dr. İskender Samet Daltaban at our hospital, which is equipped with state-of-the-art technology and hosts one of the four DSA angiography devices worldwide.

He has conducted important work in early intervention and treatment management of stroke patients, as well as in identifying risk factors and implementing preventive measures in the pre-stroke period.

He has successfully performed operations for the microsurgical removal and management of various tumors of the brain and spinal cord.

Dr. Daltaban successfully performs minimally invasive pituitary tumor surgeries through the nasal route.

He specializes in cervical (neck) and thoracolumbar (back-lower back) disc herniation (rupture) microsurgery, spinal stenosis surgery, and non-surgical treatments.

With my expertise in Neurosurgery, I would like to emphasize that endovascular treatment methods hold an important place in the treatment of nervous system diseases in modern medicine. These methods offer our patients comfortable and effective treatment options.

Endovascular treatment is a revolution performed with minimally invasive techniques (with small or no incisions) compared to traditional open surgeries. Thin tubes called catheters are inserted into the blood vessels to reach the target. This reduces risks such as bleeding, tissue damage, and infection, while accelerating the recovery process.