European Cyberknife Center Munich-Grosshadern
Munich
, Germany
5
reviews
Price level Medium
quality certificate ISO 14001, ISO 9001 and OHSAS 18001
IQ
DKG
>1000
patients annually
2005
year of foundation
>10.000
CyberKnife surgeries
About clinic
The European Center CyberKnife Munich-Grosshadern (ERCM) is a specialized medical center that has been performing radiosurgical treatment of cancer, benign tumors, and some other diseases using the CyberKnife device since 2005. Since 2021, the latest innovative radiosurgical system ZAP-X has been used for non-invasive (non-surgical) treatment of neoplasms of the brain, head, and neck.
The European Center CyberKnife Munich-Grosshadern is considered one of the leading centers with this specialization in Europe and the world. World-renowned specialists work here. Almost 20 years of experience in treating patients, including those from other countries, has been accumulated. More than 1,000 patients undergo radiosurgical treatment annually. ERCM is part of the Grosshadern University Hospital, well-known far beyond Germany, which provides a high level of medical services.
Cancer Radiosurgery in the European Center CyberKnife Munich-Grosshadern
Radiosurgery is a high-precision and high-dose tumor irradiation. Highly concentrated photon radiation “biologically turns off” cancer cells and causes tumor destruction. Stereotactic (high-precision) radiosurgery is used in the following cases:
- the tumor is located in hard-to-reach places for surgical treatment;
- neoplasms are close to vital organs and structures;
- the operation is contraindicated for the patient for any reason.
Robotic linear accelerator CyberKnife is specially designed for radiosurgical treatment of tumors in any part of the human body. It acts like a “radiation scalpel”, which destroys the neoplasm without incisions and does not affect healthy tissues. The latest CyberKnife radiosurgical unit, the Cyberknife M6, is used in ERCM.
The innovative robotic linear accelerator ZAP-X is designed for advanced radiosurgery of brain, head, and neck tumors. This setup is only available in a few clinics around the world. ERCM already has experience in treating patients with this technology.
What types of treatments are performed in the European Center CyberKnife Munich-Grosshader
Indications for CyberKnife or ZAP-X radiosurgery in ERCM are the following diseases:
- uveal melanoma (swelling of the eye);
- tumors of the brain, head, and neck (including acoustic neuromas, meningiomas);
- angiomas, arteriovenous malformations (AVMs);
- cancer metastases in the brain;
- trigeminal neuralgia.
In this case, the tumors should not be too large, up to 5 cm, and should have clear boundaries. In this case, Cyberknife or ZAP-X treatment is often an alternative to surgery or conventional radiotherapy lasting several weeks.
With the help of CyberKnife, the center performs radiosurgical treatment of the following types of cancer:
- benign and malignant tumors of the spinal cord (neurinomas, meningiomas, cancer metastases);
- stage I/II lung cancer and metastases of other types of cancer (small and well-defined formations);
- single metastases in the lymph nodes;
- liver cancer and liver metastases of other types of cancer;
- kidney cancer;
- prostate cancer, including instead of surgery or conventional radiotherapy and relapses.
As radiation technologies improve, the list of indications for CyberKnife radiosurgery is gradually expanding.
Benefits of Cyberknife M6 and ZAP-X radiosurgery in ERCM
Compared to surgery and conventional radiotherapy, radiosurgical cancer treatment at the European Center CyberKnife Munich-Grosshadern has the following advantages:
- non-invasiveness, safety, and painlessness of the procedure;
- treatment is carried out on an outpatient basis, in comfortable conditions;
- rapid therapy planning (1 day);
- short treatment period (1-5 procedures);
- lack of pronounced side effects;
- no rehabilitation period (the patient can return to the usual way of life immediately after the procedure).
The first follow-up examination is carried out 3-6 months after treatment, depending on the diagnosis. It usually includes CT or MRI at the place of residence and reporting the results to the ERCM.
Benefits of Cancer Treatment with CyberKnife M6 at ERCM
Unlike earlier models, the M6 CyberKnife not only has the highest radiation accuracy but is also capable of infecting cancer cells with very high doses of radiation. This significantly increased the effectiveness of therapy and reduced its duration. Instead of the traditional hour, the session only lasts 10-20 minutes, depending on the type of cancer. In addition, technology is integrated into the Cyber-knife M6, which allows for determining the position of the patient and the tumor in real-time. This makes it possible to adjust the beam of rays during the treatment. This is especially important in the treatment of tumors that move with breathing such as lung cancer.
Treatment of foreign patients at the European Center CyberKnife Munich-Grosshadern
In each case, the interdisciplinary team of the center (radio-oncologist, radiosurgeon, neurosurgeon, oncologist) evaluates the feasibility of radiosurgery. Only those patients who are expected to have a positive result are accepted for treatment. Experts Medical specialists will help organize an initial consultation at the European CyberKnife Center Munich-Grosshadern and the trip after having received an application for treatment.
The best specialties of the hospital
All
Neurosurgery
Oncology
Natasha N.
5/5
Diagnosis: Meningioma (arachnoid endothelioma)
My brain is myself! I was looking for the safest and most effective treatment for my miningioma in order to avoid possible brain damage during surgery. Immediately after Cyber knife therapy, I not only felt great, but I was able to visit the main sights in Munich.
16/07/2015
Ronald H.
4/5
Diagnosis: Prostatectomy
Thanks to Cyber knife treatment, I was able to maintain a normal quality of life even with a diagnosis of prostate cancer. Most of all, I was afraid that after treatment I would have severe complications and I would not be able to lead a normal life. Immediately after Cyber knife therapy, I returned to normal. Today, a few years after surgery, my PSA level is below 1 ng/dl and there are no side effects after surgery.
24/01/2012
Ute H.
4/5
Diagnosis: Arteriovenous malformation (AVM)
I underwent outpatient therapy very well and immediately after the Cyber Knife session went home by tube. After treatment, I had no side effects, which really surprised me. Today more than 8 years have passed since the treatment, I have no complications and I am absolutely healthy. Don’t be afraid of Cyber knife therapy.
10/01/2007
Johannes V.
5/5
Diagnosis: Acoustic neurolemmoma
Cyber knife treatment allowed me to take up again my favorite hobby – mountain biking. The therapy was absolutely painless, I was able to return home to Austria immediately after the treatment. I am glad that I managed to avoid long inpatient treatment and subsequent rehabilitation. It’s been 7 years since the surgery and I feel great.
14/01/2006
Iden Ya.
5/5
Diagnosis: Arteriovenous malformation (AVM)
All the doctors to whom I addressed refused to treat me. The specialists at the Cyber Knife Center in Munich gave me hope for recovery. After the therapy, all the symptoms of the disease (a very severe headache, impaired concentration, impaired movement in the leg) completely disappeared within three months. I am glad that I made Cyber’s knife therapy in time.
28/06/2005
Help pay for treatment
Experts Medical cooperates with foreign funds that help our patients pay for treatment
You can receive compensation up to 20,000 euros for the treatment of a patient under the age of 18
Cost of diagnostics and operations
Examination
| Medical consultation | 200 - 400 $ | Enquire price |
| Online second opinion | 370 $ | Enquire price |
| PET CT | 2 100 - 3 500 $ | Enquire price |
| Coronary angiography | 5 000 - 6 500 $ | Enquire price |
| MRI | 800 - 1 500 $ | Enquire price |
| CT with contrast | 600 - 1 000 $ | Enquire price |
| Laboratory analysis | 50 - 1 000 $ | Enquire price |
| Histology review | 300 - 1 000 $ | Enquire price |
Oncology
| Online second opinion | 370 $ | Enquire price |
| Cyber Knife (radiotherapy) | 9 000 - 13 000 $ | Enquire price |
| Proton therapy | 55 570 - 64 000 $ | Enquire price |
| High-dose bone marrow transplant chemotherapy | 77 000 - 130 000 $ | Enquire price |
| Chemotherapy | 6 500 - 9 300 $ | Enquire price |
| Tumor biopsy | 7 500 - 12 000 $ | Enquire price |
| Histology review | 300 - 1 000 $ | Enquire price |
| MIBG | 4 000 - 5 500 $ | Enquire price |
| PET CT with oncologist consultation | 2 100 - 3 500 $ | Enquire price |
| Mastectomy | 12 000 - 14 800 $ | Enquire price |
| Immunotherapy | 60 000 - 256 000 $ | Enquire price |
| Da Vinci Robotic System | 17 800 - 23 500 $ | Enquire price |
| Cervical tumor removal | 12 000 - 18 000 $ | Enquire price |
| TUR (Transurethral resection of the prostate) | 12 000 - 17 500 $ | Enquire price |
Neurosurgery
| Surgical treatment of intervertebral hernia | 15 300 - 17 500 $ | Enquire price |
| Brain MRI | 800 - 1 500 $ | Enquire price |
| Brain tumor removal | 23 300 - 27 500 $ | Enquire price |
| Lumbar discectomy | 10 500 - 14 130 $ | Enquire price |
Best clinic's doctors
Professor Alexander Muacevic
Radiosurgeon, neurosurgeon
Work experience:
over 30 years
Achievements:
Alexander Muacevic is the medical director of the European Cyberknife Center in Munich.
Specialization:
- Radiosurgery;
- surgery.
Education and professional activities:
- 1989-1995 – Study of human medicine, Johannes Gutenberg University Mainz.
- 1990 – Grant from the Boehringer Ingelheim Foundation, Department of Pharmacology, Ridgefield, Connecticut, USA.
- 1991-1995 – Internship in Los Angeles, Charlottesville and London, Institute of Neurology and Neurosurgery.
- 1995 – Doctoral studies under the supervision of Prof. Perneczka, Mainz.
- 1996-2003 – Junior physician and then resident in the Department of Neurosurgery, University Hospital of the Ludwig-Maximilians-University of Munich, Grosshadern Campus.
- 2005 – Completion of specialized training in radiosurgery.
- 2006 – Habilitation, Ludwig-Maximilians-Universität München. Ludwig-Maximilians-University of Munich.
- 2011-2013 – President of the Society of Radiosurgery.
- 2013 – Appointment as professor at the Ludwig-Maximilians-University of Munich.
Scientific activities:
- More than 100 specialized publications;
- numerous lectures at international and national scientific congresses;
- founding of the innovative publication platform cureus.com 2012 with Dr. Ing. John R. Adler, Stanford School of Medicine, USA
Membership in professional organizations:
- ASTRO (American Society for Radiation Oncology),
- ISRS (International Society for Stereotactic Radiosurgery),
- DEGRO (German Society for Radiation Oncology),
- EANS (European Association of Neurosurgery)
Doctor of medicine Alfred Heidenberger
Oncologist, radiation therapist
Work experience:
over 20 years
Achievements:
Lead specialist in radio-oncology at CyberKnife Center, certified proton therapy specialist.
Education and experience:
- Leopold-Franz University. Leopold-Franz University in Austria.
- Assistant in the Department of Radiation Therapy and Radio-oncology at the University Hospital of Innsbruck (Austria).
- Chief Physician of the Clinic of Radiation Therapy and Radio-oncology at the University Center (Innsbruck, Austria).
- 2010 – Director of the 1st Medical Clinic at the Proton Therapy Center in Munich.
- 2012 – Radiation Therapy Clinic of Prof. Wilkowski in Agatharid.
- Since 2015 – European Cyberknife Center Munich Grosshadern.
Scientific activity:
- Developer of innovative methods of intensity modulated radiation therapy and stereotaxis.
- He is actively involved in research activities in the fields of oncology, neuro-oncology, lung cancer.
Membership in professional organizations:
- Member of the board of directors of the Austrian Society of Radiation Oncologists and Radiation Oncologists (ÖGRO).
- Member of the Board of Directors of the Tyrolean Society for Experimental Oncology (TEXO).
- President and member of the Board of Directors of the Scientific Society of Radiation Oncology (ZORO).
Doctor of medicine Marcus Kufeld
Neurosurgeon, Radiosurgeon
Work experience:
over 20 years
Achievements:
Leading neurosurgeon and radiosurgeon at the European CyberKnife Center in Munich.
Co-founder and director of the Charité CyberKnife Center in Berlin.
Education:
- Georg August Medical University in Göttingen.
- Residency at the University Clinic for Neurosurgery in Erlangen.
- Residency at the Charité University Hospital.
- In 2007. -Completed a second degree in medical informatics at the Technical University in Berlin.
Publications:
- Author of 80 scientific papers at various international symposia and conferences
- Author of more than 25 publications on Cyberknife and radiosurgery.
Membership in professional organizations:
- Scientific Society of Neurosurgeons of Germany,
- European Neurosurgical Society,
- German Society for Medical Informatics, Iometrics and Epidemiology,
- Community of Radiosurgeons.
Michael Strobel
orthopedist
Work experience:
over 35 years
Achievements:
Specialization:
- Anterior and posterior cruciate ligament reconstructions
- Diagnosis of the knee joint
- Revision surgery after failed knee ligament surgery
- Stabilization of internal and external ligaments in complex injuries
- Meniscus fixation
- Cartilage surgery and cartilage transplantation
- X-rays for posterior cruciate ligament injuries
- Techniques and fundamentals of arthroscopic surgery
Education and Experience:
- 1978-1984 – Studied in Münster
- 1984-1987 – Physician assistant at the Clinic for Hand Trauma and Surgery (Prof. Dr. E. Brug) of the Wilhelm University of Westphalia in Münster.
- 1986 – Doctoral studies at the Clinic for Trauma and Surgery of the Hand at the University of Münster.
- 1987 – 1992 – Physician Assistant at the Clinic of General Surgery (Prof. Dr. H. Bünte) at the Wilhelm University of Westphalia in Münster.
- 1992 – Specialist certification as a surgeon.
- 1993 – Surgery at the Faculty of Medicine of the Wilhelm University of Westphalia in Münster.
- 1993-2008 – Teaching and lecturing at the University of Münster.
- 2003 – Appointment as associate professor.
- Since 1992 – Work at the Clinic Sporthopaedicum Straubing and Munich.
Membership in professional organizations:
- German Society of Surgeons
- Society for Orthopedics and Traumatology (DGOT)
- Member of the ACL Study Group
- German Society for Arthroscopy (AGA)
- European Sports Trauma Association ESSKA
- International Association of Arthroscopy, Knee Surgery in Sports Medicine (ISAKOS)
Additional services
Transfer from / to the airport
Visa assistance
Personal assistant
Wi-Fi Internet
Reservation of accommodation and airline tickets
Translator
Accommodation for accompanying person
Single room
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Clinic on the map
What attracts foreign patients to the CyberKnife European Center in Munich?
The European Center CyberKnife Munich-Grosshadern is a clinic specializing in the treatment of malignant and benign neoplasms.
The clinic uses the latest CyberKnife M6 technology, which allows the removal of tumors by a non-surgical method. For a decade of work, the technique has made a splash and proved its effectiveness, saved thousands of lives and surpassed other types of cancer therapy.
The European CyberKnife Center Munich-Grosshadern employs qualified specialists of various profiles, including radiosurgeons, neurosurgeons, and radiation therapists. Doctors have many years of experience in the field of radiotherapy and use advanced technologies in their practice.
One of the leading experts in radiosurgery in the world is Professor Stefan Mujacevic, the author of more than 300 scientific papers and publications in international journals.
Professor Mujacevic is a member of several national and international scientific societies and associations, including the American Society of Radiosurgery, the European Society of Radiosurgery, and the International Association of Neurosurgeons.
What are the benefits of CyberKnife oncology treatment at the European CyberKnife Center in Munich?
Compared to traditional methods of treating complex brain tumors and other cancerous locations, the CyberKnife M6 system has a number of advantages, including:
- the procedure is minimally invasive and safe and does not require incisions;
- no discomfort;
- no anesthesia or anesthesia is required (with the exception of small children, sedation is performed for them);
- the procedure is performed as part of an outpatient treatment;
- long-term rehabilitation is not indicated;
- high impact accuracy;
- there are no risks or complications.
What are the indications for treatment with the CyberKnife system?
The innovative CyberKnife system is designed to treat malignant and benign processes in the body without surgical intervention. This method of stereotactic radiosurgery does not require incisions, and the procedure itself is painless.
The principle of treatment is based on the point effect of radioactive radiation on malignant tissues. The irradiation accuracy is 99.8%.
CyberKnife is an effective treatment for cancer in various areas of the body, including:
- spinal cord and brain;
- ENT organs;
- oral cavity;
- lungs;
- liver;
- pancreas;
- retroperitoneal space;
- kidneys;
- male and female reproductive organs;
- metastases of any origin and localization.
This innovative treatment method allows a narrow beam of radiation to be precisely aimed at the tumor, minimizing damage to surrounding healthy tissues and organs. Because of this, CyberKnife can be used to treat various types of cancer without the need for invasive surgery or conventional radiation therapy.
What advanced technologies are used for oncology treatment at the CyberKnife European Center Munich-Grosshadern?
The medical center is a leader in the application of advanced technologies for the treatment of oncological diseases. One of the leading and highly effective devices for the treatment of oncology is the CyberKnife system.
In addition, the center applies other technologies, such as:
TrueBeam Linear Accelerator System. This is a high-tech medical equipment that is used for radiation therapy. It allows for point irradiation of the tumor, minimizing damage to healthy tissues.- Immunotherapy is a modern cancer treatment method based on stimulating the patient’s immune system to fight cancer cells. Various methods of immunotherapy, including monoclonal antibodies, are used in the center.
- Molecular targeted therapy is a treatment method based on the use of drugs that target specific molecular targets in cancer cells. This allows to increase the effectiveness of treatment and reduce the risk of side effects.
Each patient receives an individual approach to treatment, depending on the type and stage of cancer, their general health, and other factors.
How are prostate tumors treated at CyberKnife Munich-Grosshadern?
Before starting the procedure, an examination is performed using CT, MRI, or PET-CT devices, which help to accurately determine the location of the tumor. The tomography results are then used to create a simulation of the operation on a computer. This allows German doctors to determine the amount and intensity of beams needed to effectively remove the tumor. This approach helps to make the procedure more accurate and efficient.
On the day of the operation, the patient does not require special preparation – a standard breakfast and the necessary medication are available.
The procedure is performed on a special table in the supine position. The clinic is equipped with the latest Cyberknife M6, so the patient does not have to worry about their movements and breathing, as the device adjusts to them during the procedure.
Radiosurgical removal of the tumor is performed without anesthesia since the treatment does not cause pain and discomfort. However, for children or patients with sensitive nervous systems, a mild sedative may be used.
The duration of the irradiation procedure is from 45 to 90 minutes, after which the patient can go about his business.
What types of examinations can be done at CyberKnife Clinic?
Modern diagnostics of oncology include the use of advanced methods and technologies that provide high-precision diagnostics of tumor processes.
The most common examination methods include:
Computed tomography is an examination in which x-rays are used to create three-dimensional images of the body. CT is used to detect tumors and assess their size and localization.- Magnetic resonance imaging uses a strong magnetic field to create a detailed map of the internal organs and tissues of the body. MRI provides detailed images of soft tissues, including tumors. With its help, cancer is diagnosed in the early stages of development, including tumors of small sizes.
- Positron emission tomography is a diagnostic method that combines data obtained using PET and CT. PET uses radiopharmaceuticals that are injected into the body to track the activity of cancer cells. CT scans use x-rays to obtain detailed images of internal organs and tissues.
The received data from both devices are processed by a computer and combined into one image, which allows obtaining detailed information about the activity of cells and their location in the body. PET-CT is an effective method for diagnosing cancer, especially in the early stages, when other methods may not give a complete picture of the disease.
- The biopsy is the most reliable method of research in case of suspected oncology. It allows to evaluate the cellular composition of the test material and determine the type of cancer.
- Genetic tests for oncology are DNA tests that detect certain mutations in genes. These mutations may indicate a high risk of developing cancer of the internal organs.
- Tumor markers are substances that are produced by tumor cells or organs in response to the presence of cancer in the body. They can be found in blood, urine, tissues, or other body fluids. Typically, tumor markers are used as an additional tool for diagnosing cancer, as well as for evaluating the effectiveness of treatment and monitoring relapses.
Are patients with stage 3-4 lung cancer accepted at CyberKnife Munich?
The European CyberKnife Center in Munich accepts patients with all stages of lung cancer, including 3-4. However, the specific decision on the possibility of treatment is made on the basis of medical indications and the individual characteristics of the patient.
Is rehabilitation required after CyberKnife treatment at CyberKnife Medical Center?
Rehabilitation may be required after treatment with a robotic radiosurgery system. The decision on the need for restoration is made by the attending physician, based on factors such as the type of tumor, location, and stage of the disease.
In most cases, patients can return to their normal activities within a few days after the procedure.
Rehabilitation measures may be required in cases where the tumor is located in more difficult areas of the body. Or if the procedure was intense and lengthy.
The program may include physical rehabilitation as well as psychological support to help the patient cope with the emotional aspects of illness and treatment.
How much does oncology treatment cost at CyberKnife Medical Center?
The cost of oncology treatment at the CyberKnife Medical Center may vary depending on a number of factors, such as the type and stage of cancer, and the duration of treatment. It also takes into account the need for additional procedures necessary to achieve the best results.
Treatment with the CyberKnife installation will cost between $9,000-13,000.
How to get treatment at the European CyberKnife Center Munich?
Experts Medical specializes in medical tourism and helps with paperwork and organizing a trip for treatment.
To get oncology treatment at the European CyberKnife Center Munich or get advice from the leading specialists of the clinic, leave a request on the Experts Medical website. The medical coordinator will contact you shortly to discuss all the nuances. Managers will contact representatives of the medical center and arrange a trip in a short time.