Quanto pagano davvero i pazienti Bookimed per CyberKnife per tumore cerebrale in Turchia

Gamma più richiesta

$4.5K

$4.8K

$5.1K

$5.4K

$5.7K

$6K+

$6.3K+

$6.6K+

$5,000 – $5,700

La maggior parte dei pazienti paga in questa fascia

Il costo esatto dipende dal medico scelto, dalla tecnica, dalle aree trattate e dalle tue esigenze individuali.

Ottieni un preventivo preciso per il tuo caso.

Mehmet Besir Surme

12 anni di esperienza
Località: Turchia, Eskişehir
Clinica:
5.0
Neurosurgeon Dr. Mehmet Beşir SÜRME
Professional Experience Compulsory Service 2014 - 15 District Health Director - Güroymak Community Health Center/BİTLİS Specialization 2015 - 20 Fırat University Faculty of Medicine, Department of Neurosurgery. Work Location 2024 - present Eskişehir City Hospital Neurosurgery Department Education Siirt Ataturk Anatolian High School 2003 - 07 Fırat University Faculty of Medicine 2007 - 13 SCIENTIFIC ARTICLES • 1. Ozturk S, Erol FS, Akgun B, Surme MB, Artas G, Ozercan IH. Intradural Extramedullary Spinal Cavernous Hemangioma Mimicking Neurofibroma in a Patient Diagnosed with Neurofibromatosis Type I. Turkish Journal of Neurosurgery 2016; 26:141-144. • 2. Akgun B, Ozturk S, Taskent I, Surme MB, Erol FS, Yildirim H. Evaluation of Apparent Diffusion Coefficients in the Cerebellar Tonsils and Bulbus in Chiari Type I Malformations: Comparison Before and After Surgery. Turk Neurosurg. 2017 May 7. • 3. Surme MB, Hergünsel OB, Ertugrul B, Kaplan M. Ossifying Chronic Subdural Hematoma. Turkiye Clinicals Journal of Neurology. 2017;12:44-48 • 4. Akgun B, Surme MB, Ozturk S, Erol FS. Spontaneous Spinal Epidural Hematomas: Evaluation of 12 Cases. F.U. Journal of Health Science and Medicine. 2016; 30:107-111. • 5. Surme MB, Hergunsel OB, Akgun B, Kaplan M. Cranioplasty with preoperatively customized Polymethyl-methacrylate by using 3-Dimensional Printed Polyethylene Terephthalate Glycol Mold. J Neurosci Neurol Disord. 2018; 2:052-064. • 6. Bakal U, Poyraz AK, Tartar T, Akdeniz I, Surme MB, Çelik S. A Rare Complication of Ventriculoperitoneal Shunt: Asymptomatic Small Bowel Perforation Istanbul Med J 2019; 20(6): 571-3. • 7. De Lima L, Surme MB, Gessi M, Mastronuzzi A, Miele E, Tamburrini G, Massimi L. Central nervous system high-grade neuroepithelial tumor with BCOR alteration (CNS HGNET-BCOR)—case-based reviews Child's Nervous System ( 2020) 36:1589–1599 • 8. Surme MB, Demir F, Erol D., Kaplan M. Is There A Genetic Relationship Between Acute Lymphoblastic Leukemia And Meningioma ? A Case Report Of 3 Genes Analyzes. Arq Bras Neurocir 2021;00:1–3. • 9. Gurbuz O, Surme MB. The effect of intradiscal percutaneous radiopaque gel ethanol injection on pain in patients with lumbar disc herniation: Our clinical experience. Eskisehir Med. J. 2022; 3(2):130-137. • 10. Arikan E, Surme MB. Evaluation of Clinical and Radiological Findings of Patients Diagnosed with Spontaneous Intracerebral Hematoma. Mevlana Medical Sciences Journal 2 (2), 70-74. ORAL PRESENTATIONS • Hergünsel OB, Ertugrul B, Surme MB, Kaplan M. A Case of Cervicogenic Headache Treated with C1 Posterior Arch Resection. Turkish Journal of Neurosurgery 30th Scientific Congress, 8-12 April 2016, Antalya. • Ozturk S, Erol FS, Akgun B, Surme MB, Artas G, Ozercan İH. Intradural Extramedullary Spinal Cavernous Hemangioma Mimicking Neurofibroma in a Patient Diagnosed with Neurofibromatosis Type I. Turkish Neurosurgery Society 30th Scientific Congress. 8-12 April 2016, Antalya. • Ertugrul B, Surme MB, Ozturk S, Kaplan M. A Case of Sacrococcygeal Teratoma Presenting with Intergluteal Tail. Turkish Neurosurgery Society 30th Scientific Congress. 8-12 April 2016, Antalya. • Akgun B, Surme MB, Ozturk S, Demir F, Okcesiz I, Erol FS. Evaluation of Acute Lumbar Disc Hernias with Thin Section Lumbar MRI. 12th International Turkish Spine Congress, 19-22 April 2017, Antalya. • Akgun B, Ozturk S, Taskent I, Surme MB, Erol FS, Yildirim H. Evaluation of Apparent Diffusion Coefficients in the Cerebellar Tonsils and Bulbus in Chiari Type I Malformations: Comparison Before and After Surgery. XVI. World Congress of Neurosurgery, August 20-25, 2017, Istanbul. • Akgun B, Surme MB, Ozturk S, Erol FS. Spontaneous Spinal Epidural Hematomas: Evaluation of 12 Cases. 12th International Turkish Spine Congress. 19-22 April 2017, Antalya. • Surme MB, Hergunsel OB, Celik S., Kaplan M, Erol FS. Evaluation of Cases with Cervical Spondylomyelopathy who underwent corpectomy - Our Clinical Experience. Turkish Neurosurgery Society 32nd Scientific Congress. 20-24 April 2018, Antalya. • Surme MB, Hergunsel OB, Akgun B, Kaplan M. Repair of Orbitofrontal Defects Using Polymethylmethacrylate Grafts Created by 3D Printer. Turkish Neurosurgery Society 32nd Scientific Congress. 20-24 April 2018, Antalya. C I T A T I O N S • My publications have a total of 40 citations. CERTIFICATES (OTHER) • 1. I received an Academic Incentive Bonus for 1 year in 2017 for my academic publications. • 2. Community Health Center Physicians Education. 14-18 July 2014, Kars. (Turkish public health institution). • 3. V. Turkey Zoonotic Diseases Symposium. 24 October 2015, Erzurum. (EKMUD- Turkish Infectious Diseases Specialization Association and TVHB - Turkish Veterinary Medical Association). • 4. Meaningful Occupation Solutions Together. 15-17 April 2015, Gothenburg/Sweden. (Lifelong Learning Programme). • 5. Certificate of Achievement (Position: District Health Manager) 2015, Güroymak/ Bitlis • (Güroymak District Governorship) • 6. Between 16.03.2019 - 04.04.2019, I performed my military service in Mamak/Ankara and was given a 'Certificate of Appreciation'. CERTIFICATES (NEUROSURGERY) • 1. Intracranial Aneurysms and Vascular Neuroanatomy. 14-15 January 2017, Mersin (TNDer Neuroanatomy and Neurovascular Education Training Group). • 2. XII. International Turkish Spine Congress. 19-22 April 2017, Antalya (Turkish Spine Association). • 3. Certificate of Use of Experimental Animals. 10.12.2018 – 20.12.2018, Elazig (FÜSEM- Fırat University Continuing Education Center). • 4. Turkish Neurosurgery Academy 4th Scientific Conference. 1-4 November 2018, Adana. • 5. Turkish Neurosurgery Society Training Program 6.Semester 1.Module. 28.06.2018- 01.07.2018, Mudanya/Bursa. (Spinal and Peripheral Nerve Surgery Group). • 6. Turkish Neurosurgery Association Training Program 7.Semester 2.Module 27.06.2019 – 30.06.2019, Van. (Spinal and Peripheral Nerve Surgery Group). • 7. Turkish Neurosurgery Association Training Program 8th Term 1st Course 2-5 May 2019, Kayseri. (Pediatric Neurosurgery Teaching and Training Group). • 8. Current Developments in Gamma Knife Radiosurgery. 30.11.2019, Elazig. (Koç University Faculty of Medicine Prof. Dr. Selçuk Peker) • 9. Turkish Neurosurgery Society 25. Spinal Symposium 28-31 October 2021, Çeşme. (Spinal and Peripheral Nerve Surgery Group) • 10. Turkish Neurosurgery Society, 34. Scientific Congress. September 30 - October 3, 2021, Online • 11. Turkish Neurosurgery Association, NOVA 19-22 May, 2022, Kütahya. (Speaker) • 12. Spinal Deformity Correction Maneuvers Course 21 May 2022, Eskişehir. (Speaker) • 13. Turkish Neurosurgery Society, 35. Scientific Congress. 24 – 27 November 2022, Antalya. (Speaker) • 14. Complex Spinal Surgery, February 4, 2023, Eskişehir (Speaker). • 15. I worked as a fellow in the Pediatric Neurosurgery department of Catholica University (Rome/Italy) Agostino Gemelli Hospital between 15.01.2020 and 14.02.2020 for 1 month. ORAL PRESENTATIONS(2) • Surme MB, Ertugrul B, Sen D, Kaplan M. Is There a Genetic Link Between Meningioma and Acute Lymphoblastic Leukemia? A Case Presentation Involving the Analysis of 3 Genes. 33rd Scientific Congress of the Turkish Neurosurgery Congress. April 11-14, 2019, Antalya. • Ozturk S, Surme MB, Gönen M, Yıldırım H, Korkmaz S, Kocabıçak E. Analysis of Perfusion Changes in White and Grey Matter in Parkinson's Patients Treated with Subthalamic Nucleus Deep Brain Stimulation. 34th Scientific Congress of the Turkish Neurosurgery Congress. September 30 - October 3, 2021, Online." • "Surme MB, Ustun ME. Case of Vertebrobasilar Insufficiency Due to Vertebral Artery Dolichoarteriopathy. NOVA 2022, Kütahya." • "Ustun ME, Surme MB. Can vertebrobasilar insufficiency lead to parkinson like symptoms? EANS 2022, Belgrade." • "Ustun ME, Surme MB. Do vertebral artery stenoses have an atherosclerotic origin? EANS 2022, Belgrade." • "Surme MB, Yilmaz AH, Ustun ME. Could Resistant Urinary Incontinence Be Related to Vertebrobasilar Insufficiency? Our Initial Case Experiences. 31st National Urology Congress. October 27-30, 2022, Cyprus." • "Surme MB, Akgün B, Isci M, Baloglu M, Millet H. Evaluation of the Effectiveness of Surgical Approaches to Cervical Spondylotic Myelopathy on Cervical Spinal Canal Diameter and T2 Signal Intensity. 35th Scientific Congress of the Turkish Neurosurgery Congress. November 24 – 27, 2022, Antalya. • Surme MB, Cosar A, Daltaban IS, Ustun ME. Efficacy of a New Surgical Technique for Carotid Artery * "Surme MB, Arikan E, Baloglu M, Millet H, Ercan S. Analysis of Clinical and Radiological Findings in Cases November 24 – 27, 2022, Antalya. • "Surme MB, Cosar A, Ustun ME. Can Vertebrobasilar Insufficiency Cause Parkinson-like Symptoms? 35th Scientific Congress of the Turkish Neurosurgery Congress. November 24 – 27, 2022, Antalya. Diagnosed with Spontaneous Intracerebral Hematoma. 35th Scientific Congress of the Turkish Neurosurgery Congress. Dolichoarteriopathies in Patients with Moderate Hemiparesis due to Cerebrovascular Ischemic Attacks. 35th Scientific Congress of the Turkish Neurosurgery Congress. November 24 – 27, 2022, Antalya." • "Baloglu M, Millet H, Ercan S, Surme MB, Yayla E. The Effect of MCI-186 on Lipid Peroxidation in Rats with Experimental Traumatic Brain Injury. 35th Scientific Congress of the Turkish Neurosurgery Congress. November 24 – 27, 2022, Antalya." * "Surme MB, Ustun ME. Can Quantitative ElectroCorticoGraphy (ECoG) Be More Valuable Than Non -Quantitative ECoG? A Preliminary Report. Bridging Neurosciences and Neurosurgery: New Frontiers in Intraoperative Neurophysiology. February 2 – 4, 2023, Verona, Italy
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Bookimed Insights: Principali specialisti in CyberKnife per tumore cerebrale in Turchia (2026)

Bookimed ha coordinato 5 richieste per CyberKnife per tumore cerebrale in Turchia, collaborando con 1 specialisti di alto livello. I medici in questa tabella sono selezionati in base alle loro credenziali internazionali, esperienza clinica e risultati dei pazienti. La classifica del 2026 è composta da dati verificati su casi reali e dai programmi attuali delle nostre cliniche partner.

Classifica	Medico	esperienza	Buona scelta per	Cosa li distingue	Clinica e posizione	Consulto

FAQ

Queste domande frequenti provengono da pazienti reali che cercano assistenza medica tramite Bookimed. Le risposte sono fornite da coordinatori medici esperti e rappresentanti affidabili delle cliniche.

Which types of medical doctors collaborate on CyberKnife brain tumor treatments in Turkey?

CyberKnife brain tumor treatments in Turkey involve a collaborative team of radiation oncologists and neurosurgeons. These specialists work together to deliver precise radiation doses while protecting healthy brain tissue. This multidisciplinary approach ensures each patient receives a customized plan for complex tumors.

Radiation oncologists: Lead physicians like Dr. Banu Atalar define target areas and prescribe radiation doses.
Neurosurgeons: Experts like Dr. Ilhan Elmaci evaluate tumor locations for surgical or non-invasive options.
Medical oncologists: Doctors including Dr. Mustafa Solak coordinate systemic therapies for malignant or metastatic cases.
Stereotactic specialists: Practitioners with specific training in precision radiosurgery manage the robotic system settings.

Bookimed Expert Insight: A unique trend in Turkey is the high concentration of Stanford-trained specialists. Dr. Banu Atalar and Dr. Mehmet Dogu Canoglu both completed fellowships at Stanford University. This specific international training is concentrated at Anadolu Medical Center, an affiliate of Johns Hopkins Medicine. Patients benefit from this standardized expertise in MR-guided adaptive radiosurgery and robotic CyberKnife technology.

Patient Consensus: Patients note the medical teams are very experienced and professional. They often mention feeling reassured by the smooth coordination between different hospital departments. Many travelers were pleased with the friendly staff and the clear communication from their doctors.

What professional credentials and experience do leading Turkish CyberKnife doctors possess?

Leading Turkish CyberKnife doctors hold specialist certifications in radiation oncology or neurosurgery from top universities. They often possess international fellowships from institutes like MD Anderson Cancer Center or Johns Hopkins. These experts specialize in high-precision brain tumor targeting within hospitals accredited by the Joint Commission International.

Academic credentials: Surgeons graduate from top institutions like Hacettepe University or Ankara University.
International training: Many experts completed advanced neurooncology or radiosurgery fellowships in the USA and Switzerland.
Specialized expertise: Leading doctors focus on complex cases like skull base or functional stereotactic neurosurgery.
Scientific contribution: Top specialists have published over 100 research papers on tumor tracking and radiosurgery.

Bookimed Expert Insight: Data shows that top Turkish specialists often bridge multiple disciplines. Dr. Ilhan Elmaci at Istanbul Florence Nightingale Hospital trained in microsurgery in Zurich and neurooncology at Johns Hopkins. Similarly, Dr. Mustafa Solak at Hisar Hospital Intercontinental brings Texas MD Anderson training to CyberKnife planning. This mix of surgical and radiological backgrounds is vital for treating lesions near critical structures like the brainstem.

Patient Consensus: Patients note that doctors take time to explain why CyberKnife is the right fit. They feel more comfortable when surgeons have experience with difficult tumor locations. Many were impressed by how smoothly the medical teams coordinated their radiation plans.

How do Turkish doctors determine if a patient is a suitable candidate for CyberKnife over traditional brain surgery?

Turkish specialists determine CyberKnife suitability by evaluating tumor size, location, and the patients overall health. Doctors prioritize this non-invasive method for tumors under 4 centimeters. It is ideal for lesions in complex areas like the brainstem. These cases are often considered inoperable for traditional surgery.

Tumor volume: Specialists recommend CyberKnife for lesions smaller than 3 to 4 centimeters.
Anatomical location: This technology targets tumors in the skull base or near critical nerves.
Surgical risk: CyberKnife suits patients who cannot safely undergo general anesthesia or craniotomy.
Precise targeting: Sub-millimeter accuracy allows treatment even if the patient reached radiation limits.

Bookimed Expert Insight: Many top Turkish neuro-oncologists have intensive international training specifically in stereotactic techniques. Dr. Banu Atalar at Anadolu Medical Center and Dr. Mehmet Tonge at Medipol both completed radiosurgery fellowships at Stanford University. This specific training allows them to use MR-guided adaptive radiosurgery for complex cases that other centers might deem untreatable.

Patient Consensus: Patients often feel relieved because the procedure requires no head-frame or scalpels. Many note they could return home quickly without the long recovery of open surgery. They appreciate that the treatment is fast and does not cause pain.

Can Turkish radiation oncologists use CyberKnife if a patient has already received previous whole-brain radiation?

Turkish radiation oncologists use CyberKnife as a safe salvage treatment for patients who already received whole-brain radiation. This robotic technology delivers precise doses to recurrent tumors while protecting brain tissue from cumulative toxicity risks. It is a standard option when traditional radiation is no longer suitable.

Procedural timing: Doctors typically require 5+ months to pass between initial radiation and CyberKnife sessions.
Tumor size: Treatment is most effective for localized recurrences and distinct lesions under 4 cm.
Sub-millimeter precision: Robotic tracking follows patient movement to spare the brainstem and optic chiasm.
Dose splitting: Specialists use 1 to 5 fractions to lower risks of radiation necrosis.

Bookimed Expert Insight: Data shows Turkish specialists provide high-level precision by combining international training with multidisciplinary reviews. For instance, Dr. Mustafa Solak at Hisar Hospital Intercontinental trained at MD Anderson Cancer Center, while Prof. Dr. Berrin Pehlivan conducted advanced research at the Paul Scherrer Institute in Switzerland. This academic background allows them to manage complex re-irradiation cases that require strict cumulative dose mapping.

Patient Consensus: Patients note they feel relief that this outpatient procedure usually takes only a few days. They appreciate that they do not have to stop their active chemotherapy while undergoing treatment. Many mention feeling much better quickly because the robotic system spares healthy brain matter and prevents memory loss.

What is the specific role of the doctor during the actual robotic procedure?

CyberKnife doctors in Turkey serve as the lead architects for robotic radiation delivery by defining precise tumor margins and radiation dosages. While the robot executes the delivery, the physician maintains total oversight and approves the final digital treatment plan before any beams are triggered.

Treatment planning: Doctors define exact target areas and healthy tissue margins for the robot.
Dose calculation: Specialists determine the precise amount of radiation required for effective tumor destruction.
Motion monitoring: Physicians review real-time imaging to adjust the plan if patient positioning shifts.
Team supervision: Doctors lead radiation therapists and physicists to handle clinical safety and setup.

Bookimed Expert Insight: Turkish neurosurgery teams often feature doctors with specialized international training in stereotactic radiosurgery. For instance, Dr. Banu Atalar at Anadolu Medical Center completed a fellowship at Stanford University specifically in stereotactic radiosurgery. Similarly, Dr. Salih Murat Imer at Istanbul Florence Nightingale Hospital trained in Marseille, France. This niche training allows Turkish doctors to handle complex cases where brain tumor boundaries are microns away from critical nerves.

Patient Consensus: Patients note that the experience feels highly automated and calm because the doctor completes the most intensive work during the planning phase. They observe that specialists focus heavily on reviewing pre-treatment imaging to ensure the robotic arm tracks the tumor with extreme accuracy. Many were surprised that they spend more time with radiation therapists during the actual session while the doctor supervises from the control room.

How do Turkish specialists manage post-treatment follow-up care for international patients?

Turkish specialists manage follow-up through digital coordination managed by dedicated International Patient Departments. Accredited hospitals utilize digital frameworks to bridge geographical gaps. Teams provide bilingual medical dossiers and multi-language instructions to ensure local doctors can continue care. Bookimed coordinates all communication and scheduling.

Virtual consultations: Specialists like Dr. Banu Atalar offer online video follow-ups starting from $160.
Digital dossiers: Hospitals provide English operative notes and digital radiology records before patients fly home.
Remote monitoring: Coordinator teams act as single contact points to relay imaging to attending physicians.
Shared-care models: Turkish neurosurgeons often coordinate directly with local specialists in the patient's home country.

Bookimed Expert Insight: Data shows that premier facilities like Anadolu Medical Center and Liv Hospital prioritize post-CyberKnife coordination through specialized oncology offices rather than direct surgeon contact. Patients visiting Dr. Mustafa Solak or Dr. Mehmet Osman Akcakaya benefit from structured pipelines that integrate international fellowships from places like MD Anderson and Hannover into their long-term monitoring protocols.

Patient Consensus: Patients emphasize the importance of leaving with a full packet of imaging and specific schedules for future scans. Many noted that coordinators are fast at reviewing new remote imaging and providing clear instructions for tapering post-treatment medications.

I migliori medici di CyberKnife per tumore cerebrale a Eskişehir - TOP-1 medici

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