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The treatment of spinal and spinal cord tumors is a complex process that requires a multidisciplinary approach. The treatment plan is determined individually, considering many factors such as the patient's general health status, the type of tumor, its location, size, and extent of spread. Generally, treatment modalities such as surgery, radiotherapy, and chemotherapy are applied alone or in combination.
The treatment team consists of medical oncologists, radiation oncologists, neurosurgeons, interventional radiologists, and neuro-anesthesia specialists. This comprehensive expertise ensures the development of the most appropriate treatment strategy for each patient.
Before starting treatment, the integrity of the spine is a critical evaluation point. Fractures or spinal cord compression that may result from the tumor can necessitate special interventions. Stabilization surgeries, such as titanium screw fixation (also known as 'platin' surgery), may be performed to ensure spinal stability and improve the patient's quality of life.
In metastatic spinal tumors, the control of the primary cancer and the patient's expected life span play an important role in shaping the treatment. While more radical treatments may be considered for patients with a long life expectancy, complete removal of the tumor may often not be possible. In these situations, palliative methods such as radiotherapy and chemotherapy may be preferred to improve the patient's comfort and quality of life.
For tumors originating from the spinal cord itself, the tumor's location can be more decisive than its aggressiveness. Surgery for tumors in critical regions such as the neck, for example, carries serious risks such as respiratory paralysis, requiring special attention and advanced surgical techniques.
Surgery for spinal and spinal cord tumors requires great precision because this region houses the body's fundamental nerve network. Advanced technological systems, such as neuromonitoring, are used during the operation to minimize the risk of nerve damage. The goal of surgery is to remove the highest possible amount of tumor tissue without harming the patient. Complete removal of the tumor may not always be possible or advisable; in such cases, supplementary treatments like radiotherapy and chemotherapy are considered for the remaining tumor tissue. Furthermore, especially for benign tumors, radiotherapy can yield positive results in slowing, stopping, or regressing tumor growth.
How are spinal and spinal cord tumors treated?
The treatment team consists of medical oncologists, radiation oncologists, neurosurgeons, interventional radiologists, and neuro-anesthesia specialists. This comprehensive expertise ensures the development of the most appropriate treatment strategy for each patient.
Before starting treatment, the integrity of the spine is a critical evaluation point. Fractures or spinal cord compression that may result from the tumor can necessitate special interventions. Stabilization surgeries, such as titanium screw fixation (also known as 'platin' surgery), may be performed to ensure spinal stability and improve the patient's quality of life.
In metastatic spinal tumors, the control of the primary cancer and the patient's expected life span play an important role in shaping the treatment. While more radical treatments may be considered for patients with a long life expectancy, complete removal of the tumor may often not be possible. In these situations, palliative methods such as radiotherapy and chemotherapy may be preferred to improve the patient's comfort and quality of life.
For tumors originating from the spinal cord itself, the tumor's location can be more decisive than its aggressiveness. Surgery for tumors in critical regions such as the neck, for example, carries serious risks such as respiratory paralysis, requiring special attention and advanced surgical techniques.
Surgery for spinal and spinal cord tumors requires great precision because this region houses the body's fundamental nerve network. Advanced technological systems, such as neuromonitoring, are used during the operation to minimize the risk of nerve damage. The goal of surgery is to remove the highest possible amount of tumor tissue without harming the patient. Complete removal of the tumor may not always be possible or advisable; in such cases, supplementary treatments like radiotherapy and chemotherapy are considered for the remaining tumor tissue. Furthermore, especially for benign tumors, radiotherapy can yield positive results in slowing, stopping, or regressing tumor growth.