Cyberknife treatment ranks among the latest cancer treatment procedures. It has opened up a new dimension and revolutionary approach in the field of stereotactic radio surgery for the cure of various types of cancers. Cyberknife is an all total outpatient and non-invasive treatment procedures in which the tumors are destroyed are radiation. One of the main benefits of the treatment is that there are no side effects and risks of post surgery like other conventional surgical procedures. Radiation can be put to any part of the body every effectively.
The history began in 1987 when John R. Adler, M.D., professor of neurosurgery and radiation oncology at Stanford University Medical Center, developed the Cyberknife System after completing a fellowship in Sweden with Lars Leksell, MD, the founder of radio surgery. With the Cyberknife System, Adler’s vision was to develop a non-invasive robotic radio surgery system with superior accuracy for treatment of tumors anywhere in the body. The revolutionary concept reached far beyond the practice of radio surgery at the time, which restricted radio surgery to the treatment of intracranial tumors.
Since the launch of the Cyberknife System, Accuracy has undertaken an aggressive strategy to develop system enhancements that facilitate clinicians’ ability to treat tumors anywhere in the body with the highest levels of accuracy. Currently, Accuracy has installed more than 150 Cyberknife Systems worldwide and a large body of peer-reviewed papers supports its clinical practice. Accuracy is committed not only to continuing its tradition of advancing the field of robotic radio surgery, but also to providing its customers with the highest level of support in their ongoing efforts to fight cancer.
How is Cyberknife different from other Stereotactic Radiosurgery Systems?
The Cyberknife, like other stereotactic radio surgery systems, uses a linear accelerator (beam source) and image guidance.
Unlike some other systems, Cyberknife image guidance is repeated throughout treatment delivery in order to compensate in real time for small changes in patient or tumor position, which is especially helpful for tumors that move with breathing.
In addition, the Cyberknife utilizes a robotic arm that gives the system flexibility to reach areas of the body that are unreachable by other radio surgery systems.
The Cyberknife system is able to locate tumors within the body without the use of an invasive stereotactic frame used with other systems. This is much more convenient and less traumatic for patients.
Conditions Treated with Cyberknife:
The following conditions can be successfully treated with the Cyberknife:
Metastatic cancers — or cancers that have spread — to the brain, lung and spine
Prostate cancer for adults
Other lesions, tumors and conditions in the body where radiation treatment is indicated
Cyberknife Treatment Preparations:
Preparations work is often done prior to the scheduled Cyberknife treatment procedure.
Making a Mask or Body Mold
A mask (for treating brain tumors) or a body mold will be made and used to minimize patient movement during the treatment. The process is simple and painless.
A CT Scan will be taken prior to the Cyberknife treatment procedure. The surgeon and radiation oncologist will use the scan to identify the exact size, shape and location of the tumor to be targeted along with the surrounding vital structures that need to be avoided.
Once the CT Scan is performed and the results are studied, physicians will use the Cyberknife system's advanced software to determine the amount, intensity and direction of the radiation beams the root will deliver to the target. The system is very careful to ensure that a sufficient dose is administered to destroy the tumor without damaging the adjacent normal tissue.
Physicians have the option to choose forward or Inverse Treatment Planning, depending on each patient's unique situation, including tumor location and proximity to critical structures.
Cyberknife Treatment Procedure:
During Cyberknife treatment procedure, the patient is fitted with the custom plastic mask (for cranial tumors) or body cradle (for spinal tumors/lesions or other extra cranial tumors such as lung or pancreas) and lies on the treatment table.
Prior to beginning of the actual radiation treatment, the imaging system acquires x-ray image of the patient position. This information, compared with the information gathered with the CT scan, is used to move the linear accelerator to the appropriate position by the robot.
This process is repeated at 50 to 200 different positions around the patient to complete the treatment. At various intervals, the robot stops and additional x-ray images are obtained, thereby allowing the Cyberknife to track and compensate for small amounts of patient movement.
The entire process is painless, and it typically takes between 30 to 60 minutes to deliver all radiation beams for cranial treatments. Most typically a patient can go home immediately upon completion and return to normal activities. If the treatment prescription is for staged (fractionated) radio surgery, the patient will return on a separate visit and repeat the above process for treatment delivery.
Cyberknife Treatment Advantages:
Cyberknife treatment is preferred over other invasive surgical methods since it consists of minimal complications. Apart from this, there are other advantages which are -
Extremely accurate radiation targeting means higher doses of radiation can be used, offering the patient a better chance for cure
Treats hard-to-reach tumors, many that may have been diagnosed as inoperable
Tumors receive radiation from many angles, minimizing damage to healthy tissue
Continually checks and compensates for any movement you make during treatments, ensuring accuracy
Requires no metal head frame or skull pins
Eliminates risks related to surgery, including potential infection, complication from anesthesia and post-operative bleeding
Requires no recovery time. Most treatments are done on an outpatient basis
Patients undergo their treatment and immediately resume normal daily activities
Requires no or minimal sedation
Cyberknife Treatment Follow up:
After the radio surgery treatment, follow-up with MRI are usually done in 3 to 6 months. The physicians will explain to the patients such procedure at the end of the treatment.
Cyberknife Treatment Risks:
Because the Cyberknife system is non-invasive, there are lower risks of complications when compared to other treatment options, including a lower risk of infections, lower risk of hemorrhage/severe blood loss, decreased risk of hearing loss, and decreased risk of alteration in feeling to the extremities.
Cyberknife Treatment India: India has been offering Cyberknife treatment for almost four years now. So, that makes India the most experienced Cyberknife center in Asia, which also means that as there will be a good number of patients who have received Cyberknife treatment, you can talk to them about their experiences.
The other benefits of Cyberknife treatment in India are that there are no waiting lines and as there are little or no side-effects, you can also treat yourself to a lovely vacation in multi-cultural India.
Medical tourists from the U.S., U.K., Middle East, and other parts of Europe can benefit from quality Cyberknife radio surgery in India. This is because India offers:
Modern, hygienic hospital with 5-star facilities and US Joint Commission International Accreditation.
Internationally qualified, English-speaking surgeons and specialists.
The latest advanced medical equipment and techniques.
Medical staff, among whom, many have trained and gained experience from the U.S.
Excellent patient care and a special department for international patients.
Not too far or too expensive to travel.
Cyberknife treatment in India is available in following cities;
Cost of Cyberknife Treatment in India:
Cyberknife treatment costs will vary from patient to patient and between centers, but hospital, accommodation and associated expenses are generally much lower than with conventional surgery.
Cost of Cyberknife treatment will depend on geographical location as well as the type and location of the tumor being treated.
Costs will also depend on the number of sessions necessary to treat the tumor. Patients in the United States can expect to pay between $50,000 to $100,000 for Cyberknife treatment, which may or may not include follow-up visits and hospitalization costs.
Patients traveling to India save 60% to 80% of the cost than that offered in US and UK.
Cyberknife Treatment in India with Tour2india4health Group:
Tour2india4health Group provides comprehensive medical services to international patients for Cyberknife treatment in India at low cost. Patient just has to send a detailed query about the Cyberknife treatment and his/her conditions and soon he/she will be contacted by and Tour2india4health Group assistant. That assistant will answer you query in detail and guide you with the rest of the procedures to get the treatment done in India.
Some of the common countries from which patients travel to India for surgery are:
Located in South Asia, bordered by Pakistan, Nepal, China and Bangladesh, India is South Asia's largest, sovereign, democratic republic. India has an edge over other countries when it comes to offering comprehensive, cost-effective and timely medical care: it also offers an exotic, adventure-filled or cultural -if you wish array of destinations to discover and revel in for the travelers. Indian cities like Mumbai, Hyderabad, Goa, Bangalore, Nagpur, Kerala, Delhi, Pune, Jaipur, Chennai, Gurgaon, and Chandigarh offers best medical tourism service.
Mumbai - Formerly known as Bombay, is the commercial & financial capital city of India. Mumbai is famous for many things, including its thriving Bollywood film industry, teeming bazaars, colonial-style buildings, Art Deco structures and a superb choice of restaurants, often being rated as the dining capital of India. The tourist district of Colaba in Mumbai is a great place to start exploring this great city.
Hyderabad – Hyderabad city is a great place to visit in the state of Andhra Pradesh. The place has witnessed a continuous growth for last many years. Hyderabad has become a tourist hotspot following ever increasing number of tourists during past few years. Hyderabad has a well-founded reputation as one of the safest cities in the world.
Goa - The country's smallest state and famed for its colonial Portuguese and Catholic past, most tourists visit Goa for its endless selection of sandy beaches and coastal attractions. Standing proudly next to the Arabian Sea, Goa is a particularly compact state and often feels like a large town, being easy to travel. Around Goa, tourists will soon realize that the state has much more to offer than simply stunning beaches, fishing, water scooters, windsurfing and scuba diving.
Bangalore - Beauty lies in the eyes of beholder and if you want to see one of the most beautiful places in India then Bangalore is the word for it. Bangalore has earned sobriquets like 'Silicon Valley of India', 'Pub Capital of India', and 'City of Gardens'. Pleasant climate with colorful gardens with lakes and glittering nightlife, Bangalore has made its own attraction for travelers as one of the most charming cities in India,
Nagpur - Nagpur is the largest city in central India, but with its friendly atmosphere and dependable transportation, you’ll instantly feel at home. The city of Nagpur has a well-built infrastructure, is a clean and affluent city which makes a good jumping-off point for a series of trips into the far eastern corner of Maharashtra..
Kerala - Welcome to Kerala, state in India's southern tip and a state known as God's Own Country. Kerala is one of the ten 'Paradises Found' by the National Geographic Traveler, for its diverse geography and overwhelming greenery. It is a land much acclaimed for the contemporary nature of its cultural ethos, and much appreciated for the soothing, rejuvenating paradise that it is.
Delhi - Delhi, the capital of India is situated in the northern part of the country. Apart from being the capital of India, Delhi is also the travel hub of northern India. It serves as an excellent base for visiting the colorful state of Rajasthan, and Agra, the city of the Taj Mahal, is less than three hours away. Discover the many tales behind Delhi’s ancient, bewitching existence. Feel the excitement of stepping foot on a piece of the world’s oldest land!
Pune - Pune is the eighth largest city in the India state of Maharashtra. The city derives its name from Punya Nagari, which means 'the city of virtuous deeds.'Pune or the 'Queen of Deccan' is known for its educational, research and development institutions. This beautiful city has many exotic locales attracting innumerable tourists.
Jaipur – Jaipur is located in India and attracts a flurry of tourists from all over the world. Sited within eastern Rajasthan, North India, the city of Jaipur is famed for its hilltop fortresses, magnificent royal palaces and historic pink-painted sandstone architecture, earning it the affectionate nickname of the 'Pink City'.
Chennai - Chennai formerly known as Madras is the capital city of the Indian state of Tamil Nadu. It is famous for its culture and tradition. Chennai hosts a large cultural event, which includes performances by hundreds of artists. The city has a vibrant theatre scene and is an important centre for the Bharatanatyam, a classical dance form.
Gurgaon – It is one of the four important satellite cities of the National Capital Region and is often referred to as the 'Millennium City.' Gurgaon has recently emerged as the latest hub for Medical Tourism. Apart from being IT hub and a favorite haunt for MNC offices, the city has a number of world class hospitals that not only treat Indian citizens but also people from outside.
Chandigarh - Chandigarh is a rare epitome of modernization co-existing with nature's preservation. It is here that the trees and plants are as much a part of the construction plans as the buildings and the roads. India’s first planned city, Chandigarh is a rich, prosperous, spic and span, green city rightly called “THE CITY BEAUTIFUL”.