Erdinç Civelek Neurosurgery Stem Cell & Immunology

Neurosurgery Stem Cell & Cellular Therapies

Advanced Surgery.
Regenerative Recovery.
A Stronger Life.

Over 25 years of academic and clinical experience — a scientific approach that brings the power of advanced brain and spine surgery together with the healing potential of stem cell- and exosome-based regenerative medicine.

Affiliations ISSCA SBÜ Gaziosmanpaşa EAH Kök Hücre ve Hücresel Tedaviler Derneği Barrow Neurological Institute AANS CNS Society for Neuroscience Türk Nöroşirürji Derneği Türk Omurga Derneği
Prof. Dr. Erdinç Civelek
Profile

Where surgical mastery
meets regenerative science.

Prof. Dr. Erdinç Civelek is a neurosurgeon and physician-scientist with over 25 years of experience in complex brain and spine surgery, peripheral nerve surgery and advanced regenerative medicine. He integrates evidence-based stem cell and cellular therapies with conventional neurosurgical strategies.

His clinical approach focuses on enhancing tissue regeneration, functional recovery and neurological restoration through innovative regenerative therapies. He conducts pioneering experimental and clinical studies on stem cells, exosomes, immunoregulation, neuroregeneration, repair of brain and spinal cord cells and tissue engineering.

Regenerative Neuroscience

From cell to function:
the scientific journey of repair.

I have pioneered numerous experimental and clinical studies aimed at translating stem cell- and exosome-based therapies into routine clinical practice. My research bridges cutting-edge discoveries in stem cells, exosomes, immunoregulation and neuroregeneration with patient-centred clinical care.

Stem CellsTissue repair and functional recovery with mesenchymal and neural stem cells.
ExosomesNeuroregeneration support through intercellular healing signals.
ImmunoregulationSupporting a reparative microenvironment through modulation of inflammation.
Clinical Philosophy

Scientific realism, safety and
patient-centred care.

Alongside advanced surgical and medical care, my guiding principle in integrating regenerative medicine into clinical practice is scientific honesty. Correct candidate selection, evidence-based protocols and transparent communication sit at the centre of treatment for every patient.

Stem cell applications in neurological and neurosurgical disorders Experimental and clinical stem cell studies Cell-based approaches for intervertebral disc regeneration Brain tumours
01

Academic Depth

An evidence-based clinical approach backed by 200+ international publications and 1400+ citations.

02

Surgical Precision

Tissue-preserving, minimally invasive brain and spine surgery with microscopic precision.

03

Regenerative Vision

Uniting stem cell and exosome science with realistic, safe clinical application.