CyberKnife Treatment Cost in Malaysia

A. The recovery of the patient may vary, depending on several factors. However, on average, a patient is supposed to stay for about 14 days in the country after discharge. This duration of stay is recommended to complete all the necessary follow-ups and control tests to ensure that the surgery was successful.

A. Apart from the CyberKnife Treatment cost, there are a few other daily charges that the patient may have to pay. These are the charges for daily meals and accommodation outside the hospital. The per day extra expenses in Malaysia per person are about USD 50 per person.

A. Cyberknife treatment in Malaysia is offered in almost all metropolitan cities, including the following:

• Kuala Lumpur
• Subang Jaya
• Shah Alam
• Port Klang

A. The patient is supposed to stay at the hospital for about 1 day after CyberKnife Treatment for monitoring and care. This phase is important to ensure that the patient is recovering well and is clinically stable. During this time, several tests are performed before the patient is deemed suitable for discharge.

A. There are more than 4 hospitals that offer CyberKnife Treatment in Malaysia. These hospitals have proper infrastructure for the treatment of patients who require CyberKnife Treatment. Apart from good services, the hospitals are known to follow all standard and legal guidelines as dictated by the local medical affairs body or organization.

A. CyberKnife is therefore an excellent non-invasive very accurate external beam radiation therapy system for treating various kinds of Tumor and pathological conditions that affect human beings and are situated in obscure body regions. It employs robotic technology whereby a linear accelerator is employed in targeting the tumor with radiation. Unlike other conformal radiotherapy, CyberKnife does not involve making an incision or a reference to any surgical operation; thus, it is not an invasive surgery for certain tumors.

A. Yes, cyberknife radiosurgery involves the use of a robot armed with a linear accelerator that pinpoints a tumor and then rotates around it delivering intense radiation doses. This system has the capability of correcting movements of the tumor or any of the tissues around it so that the radiation gets to the exact position required irrespective of the breathing or movement of the patient. X-ray and CT scans are employed to locate the position of the tumor precisely during live surgery to ensure the system is tracking movements in real-time. The precision that is achieved in the targeting minimizes the destruction of healthy tissue adjacent to the tumors.

A. CyberKnife can treat a variety of tumors and conditions, including:

• Brain tumors: Such as gliomas, meningiomas and metastases.
• Spinal tumors: Common primary tumors of the spine as well as secondary tumors from other primary malignancies.
• Lung cancer: Cancerous growths in the lungs or other adjacent structures.
• Prostate cancer: Only in case of localized prostate cancer.
• Liver tumors: They also comprise primary liver cancer like hepatocellular carcinoma and Secondary liver cancers including metastases.
• Pancreatic cancer: It is however important to note that some pancreatic tumors are localizable.
• Head and neck cancers: The only cancer that is capable of forming tumors in these areas such as sinuses as well as the throat.
• Pediatric tumors: Used for treatment of some forms of cancer in children.
• Benign tumors: Some of these categories include; Acoustic neuromas, meningiomas, and arteriovenous malformations.

A. The period of recuperation after receiving CyberKnife treatment is usually short because the treatment is painless. After the treatment, most of the patients would be free to go about their normal activities in the next one or two days. It does not require admission and sometimes patients may go back to school or work within the same day. However, some may have little fatigue or other temporary symptoms such as rashes, headaches, or mild edema depending on the area treated. Most of the side effects listed above disappear on their own within a matter of weeks in patients who use the drugs correctly.

A. CyberKnife is very safe and an excellent tool for treating brain tumors. It ensures accurate delivery of radiation to the tumor with minimal or no harm to the normal tissue. This precision is especially important in the brain: the damage to adjacent structures may have too serious consequences. CyberKnife is used in cases where a tumor is located in difficult-to-access places or sensitive areas of the brain. This is useful in the case of both benign and malignant brain tumors and can work on both deep-seated lesions close to important functional neuroanatomy. The system also enables the delivery of very large doses per fraction within a short period, thus improving tumor control probability with fewer treatments.

A. CyberKnife treatment is not painful, and most of the time symptoms ease immediately after the treatment. This procedure does not require surgery, or invasive contact with the site of the tumor, as it uses radiation to defeat the tumor. Pain management is normally not felt by the patient during such treatment, but they have to stay still for the treatment session which may take half an hour to two and half hours. There can be some side effects for some of the patients depending on the response of the skin to the treatment, and other general signs like fatigue, which are not associated with the treatment pain.

A. While CyberKnife is a relatively safe treatment option, there are some risks and side effects to consider:

• Skin irritation: If the radiation is applied on the skin surface it may lead to the formation of skin lesions which manifests as erythema, dryness, or skin rash.
• Fatigue: The patient may feel tired after the treatment or worse than they normally do in the day.
• Nausea or vomiting: At times, especially if the tumor is located in the brain or close to the gastrointestinal tract.
• Swelling: It is known there can be swelling in the area treated particularly in the case of cerebral tumors.
• Potential damage to surrounding healthy tissue: While not very common, there is the possibility of radiation affecting other normal tissue surrounding the tumor.
• Delayed side effects: Some side may appear several weeks or months after the therapy while others are very rare for example radiation necrosis of the brain.

A. CyberKnife treatment can take a relatively short period and ranges depending on the size and location of the tumor as well as the type of it from half an hour up to 90 minutes. The treatment may vary from one fraction to the other complicated in one to five sessions depending on the type of attacks the patient is suffering from. As already mentioned, in some instances, the tumor can be treated in a single session, and in others, it may take several sessions extending over a few days or weeks. It depends on the status of the patient and the tumor that requires treatment and the treatment regime prescribed.

A. CyberKnife offers several advantages over traditional surgery:

• Non-invasive: Unlike other surgery, CyberKnife does not involve any cuts, general surgery, or hospitalization, and therefore patients can recover faster for free from infections.
• Precision: The CyberKnife system produces radiation in very targeted doses, so surrounding non-cancerous cells and tissue are at low risk for damage. In conventional surgery, certain adjacent tissues are often excised for fear of leaving cancerous tissue, a process that often leads to one’s recovery period being longer and experiencing other related issues.
• Suitability for inoperable tumors: CyberKnife is specifically useful for targets that are located deep within the body or not operable, because of their size, location or general health of the patient.
• Reduced risk and recovery time: CyberKnife is generally a painless procedure with low sick days; traditional surgery on the other hand usually takes weeks to heal besides the complications that may accompany the surgery.