Professor Novil BerkmanPulmonologist
At the Top Ihilov Medical Center, the latest methods of radiation therapy are actively used today, representing a modern development of CyberKnife technology - radiotherapy using the advanced linear accelerator Synergy S and RapidArc technology. Specialists at the medical center note the promising and high effectiveness of this method.
Radiotherapy using a linear accelerator equipped with a 3D imaging CT device is one of the most modern techniques in radiation therapy. Currently, this treatment method is the safest and most effective for treating tumour pathologies.
Until recently, when treating malignant diseases with radiation therapy, the entire body was subjected to exposure, and all tissues and organs received a dose of radiation. This type of treatment negatively affected the overall condition of the patient: nausea occurred, hair loss was observed, and the liver, kidneys, hematopoietic system, etc. suffered. Moreover, the volume of the lesion did not play a significant role; a small tumour was subjected to the same radiation as extensive tumours complicated by metastases.
Thanks to the persistent work of oncologists and their desire to find more gentle methods of cancer treatment, the method of targeted radiation of the neoplasm - CyberKnife - was developed, which has now been replaced in Israel by the latest generation linear accelerators.
The use of a linear accelerator has allowed for even greater precision in targeting only the cancer-affected organ, without affecting regional organs and tissues. This targeted approach enables the application of much larger doses of radiation than usual. At the same time, the overall condition of the patient's body is not affected, and the patient does not experience side effects from the therapy.

IMAT Procedure Stages
Since 2008, the radiologists at Top Ihilov have been implementing the most advanced radiation therapy technology based on the use of linear accelerators - IMAT (Intensity Modulated Arc Therapy). The procedure's action is limited to the tumour itself. This precision is ensured by the robotic radiosurgery navigation system MLC with a high resolution of 4 mm. High doses of ionizing radiation are directed by the system only at the atypical cells of the neoplasm. During the procedure, the system accounts for possible human movements (breathing, involuntary, voluntary) and adjusts the direction of the beam. The reaction speed is so fast that deviations from the target are not observed.
To determine the localization of the tumour, the patient undergoes a series of examinations (MRI, PET, CT, etc.). The examination data is uploaded to the computer system. The system processes the obtained data, designs access to the area of impact, programs the doses, and determines the location of the irradiator, thus fully programming the treatment.
The irradiator is a special manipulator of the robot that directs beams at the malignant neoplasm from different angles. The shifting of the beams is possible only at the initiative of the program and in accordance with the patient's unconscious movements, while automated control over the patient's position reacts to movement in fractions of a second, completely excluding even brief exposure of healthy tissues.
Thanks to the use of a linear accelerator, which has replaced the CyberKnife in Israel, and the ability to apply high doses, the course of cancer treatment is reduced several times. For small tumours, often a single procedure is sufficient. Immediately after the procedure, the patient can leave the medical facility.
Specialists at the Top Ihilov medical center note another advantage of the system: it allows for effective treatment of metastases, regardless of their location.
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