Cyber knife robotic radiation treatment IN INDIA

The CyberKnife permits patients to lie comfortably on the procedure table without anesthesia during the robotic arm moves, without touching them, to treat all areas of the tumor. The time of recovery is generally immediate. It gives low risk of complications and damage to healthy tissue.

Cyberknife is a robotic radiation surgery technique that can treat non-cancerous or cancerous tumours all over the body. It is a non-invasive procedure and an alternative to traditional surgery for body parts such as the brain, lungs, liver, kidney, etc. Cyberknife treatment in India delivers heavy doses of beam radiation accurately on the tumour giving more success rates. Cyberknife is probably the first robotic system in radiosurgery that has the capability to treat tumours invasively without any cutting required. Cyberknife cancer treatment in India has more benefits as the radiations of cyberknife can reach difficult places with more precision than traditional therapy procedures.

The cyberknife term may sound different, but it provides a non-invasive, painless, and complete non-surgical alternative for complex cases or inoperable patients. Cyberknife in India is a procedure which uses a robotic arm to pass radiation beams to any body part. This robotic arm is attached to a linear lightweight accelerator for a clear view from different positions. The cyberknife cancer treatment in India is popular, as the system has the capacity to treat tumours that are movable.

These moving tumours that can change their positions even during breathing can be an accurate target for the beam radiations. Due to this technology, the cyberknife system in India can act as a guiding force to provide treatment while continuously adjusting to the movement of the tumour or patient. Unlike other radiation therapies, cyberknife in India requires only up to five sessions, each comprising an hour for the treatment. The system is flexible and provides ample freedom for the doctor for the treatments. Also, the integrated system provides a high safety factor working in a closed loop for the patient. It is a great option for radiation-sensitive people as it has minimal side effects.

Eligibility Criteria for Cyberknife Treatment

Cyberknife can treat non-cancerous or cancerous tumours visible through imaging techniques and not spread in the bloodstream. These cancers can be spine, brain, lung, kidney, etc. The prime factor of cyberknife surgery in India is this treatment is a good selection for almost all candidates, including those with weak or critical cancers. Some of the situations wherein the cyberknife treatment is best suitable can be

If the disease is in the early stage.
If the disorder is localized and the size is small or under 80 to 100cm.
The tumour or lesion is unaffected by other radiation procedures.

Candidates not eligible for cyberknife are people with a high risk of cancer spreading to lymph nodes.

Indications for Cyberknife Treatment

People requiring an alternative to traditional surgery
Inoperable conditions due to diseases or frail health
Patients requiring more radiation doses than the maximum allowed
For boosting conventional radiation
Age factor to receive radiosurgery(frame-based)
To remove residual or recurrent tumours additionally.
To eradicate non-cancerous tumours in the brain
For brain diseases such as hemangiopericytomas, pituitary adenomas, hemangioblastomas, meningiomas and neuromas
For boosting radiation close to vital areas such as eyes etc
For residual nodes in the neck or post-primary therapies

Type of Radiations

The radiation treatments which can help in treating cancer are-

Cyberknife radiation treatment

In cyberknife therapy, a robotic arm delivers heavy doses of radiation beams to the tumour. The high radiation doses during cyberknife sessions have less side effects comparatively to traditional therapy. The computer system operates the robotic arm and detects the real-time location of the tumours with the help of images. The treatment can take up to five sessions, with each sitting comprising 30 to 90 minutes. Though, the doctor recommends the sessions on the basis of the location and tumour size.

Internal radiation treatment

This therapy introduces radioactive sources such as capsules, seeds, or ribbons into the body near the tumour. It is commonly known as brachytherapy and treats diseases locally, focusing on a specific body part. The radiation from this source can last for nearly 30 minutes, and the doctor removes the source (radiation) right after the session.

External radiation treatment

This therapy delivers the radiation from a linear accelerator, which is external or outside the body. The beam radiation propels high doses aiming at the tumour to diminish and damage the cancer cells. In this procedure, the machine letting out radiations will not touch the body but move around, emitting the radiations. This treatment can take up to 2 to 10 weeks, while most people undergoing the treatment for 05 days at a stretch receive the dose once daily.

Proton treatment

In this procedure, a proton beam delivers radiation precisely onto the tumours to destroy the cancer cells. The advanced therapy of proton radiation can effectively treat the areas close to critical tissues or organs as they reduce the damaging risk to the surrounding tissues. It uses highly positive charged protons or atoms to destroy the DNA in cancer cells. As per experts, proton therapy has a relatively high dose of radiation which precisely destroys the tumour and keeps the surrounding area safe.

Stereotactic body radiations therapy

It is a radiation therapy which is very similar to cyberknife treatment. In this radiosurgery, several radiation beams target focusing on the tumour to stop tumour cells growth. These radiations are reliable to any part of the human body, such as the neck, lymph nodes, spine, liver, etc. It is in use for treating early-stage and small tumours comparatively to traditional radiation therapy and has better outcomes.

Risk factors

Radiations are an excellent source of treatment for destroying tumours but have a few side effects. Most of the side effects are temporary and mild but can cause nausea, skin irritation, breathing problems, difficulty swallowing, affected surrounding tissues and fatigue. Some people experience effects such as

Stool problems- haemorrhoid, faecal incontinence, faecal urgency, constipation, diarrhoea
Urinary problems-urinary urgency, urinary retention, urinary bleeding, urinary incontinence, frequent urination

Pre-procedure

The doctor advises the best cyberknife treatment in India after diagnosis. The cyberknife in India begins after the tests, imaging and suitable treatment plan. Imaging tests like CT Scan, PET Scan, or MRI Scan help to ascertain the tumour’s location, size and shape. These images are sent to the workstation of the cyberknife treatment planning team, where the doctors plan the procedure. The plan helps in designing the required dose of radiation on the tumour while protecting the surrounding tissues by limiting the exposure in healthy areas.

Once the location and type of tumour are clear, the doctor places fiducials (tiny golden markers) to exactly mark the tumour location.

During the procedure

At the time of treatment, the patient will have to lie down on the assigned table comfortably. The robotic arm then moves all over the patient’s body delivering radiation to the affected area. The VSI system, meanwhile, captures X-rays of the treatment area to generate images and locations in real time. This system helps in the accuracy and precision of the radiation treatment. The computer system attached will monitor the patient’s signs, like movement or breathing, and adjust the robotic arm’s position accordingly. The robotic arm assures the radiations to land at the exact location. Cyberknife treatment cost in India is reasonable, and the quality of treatment is standard. The radiation treatment can continue for nearly 30 to 90 minutes, keeping the areas surrounding the tumour as safe as possible.

Oncology and radiotherapy are necessary for the treatment of cancers. Though oncology determines the overall treatment beginning from diagnosis to prevention, radiotherapy is equally involved in all the procedures. However, radiation treatment is usable in diminishing the cancer symptoms such as bleeding, and pain and prevents the abnormal growth of cancer cells. Radiotherapy is useful in treating various cancer types, that includes brain, neck, lung, breast, kidney and prostate cancer. Moreover, radiation therapy works as a primary treatment for cancers but is also applicable as a combination treatment with surgery and chemotherapy procedures.

After-procedure

Cyberknife treatment in India is effective, and there is a possibility for patients to experience nil or minimum side effects. The side effects can vary from each person and can also differ due to the location and grade of the tumour. As per the patient’s condition, the doctor may recommend medical appointments based on the disease, area, stage, or previous treatment history.

CyberKnife Treatment Survival Rate

Cyberknife as a primary treatment that can provide a major cure for patients achieving almost 90% local control. Treatments can cover average follow-ups for nearly 17-18 months. Due to the best cyberknife treatment in India, patients about 26-85%, were able to find radicular pain relief with low-degree neurological deficits. Many patients with metastatic tumours in the brain were treatable with 46.1%. The overall survival rate for the 1st year was 67.1%, while the survival rate in the 2nd year was 56.3%. Moreover, a survival rate of 96.8%, was also recorded for brain tumour patients who underwent cyberknife cancer treatment in India.

CyberKnife Radiation Treatment Doctors & Syrgeons in India

Cyberknife treatment is the best treatment option for people with early-stage of cancers. Specialist doctors in India can provide cyberknife treatment that is suitable for the patient based on the stage and location of the tumour in the brain. Neurosurgeons in India are highly trained and proficient in their field and skillfully perform cyberknife radiosurgery, stereotactic radiosurgery, pediatric surgeries, spinal cord surgery, and many more. The best cyberknife treatment in India is easily assessable with Al-Afiya Medi Tour, as the team can help people to connect with the best doctors in India. The doctors plan the treatment which is more suitable for the patient and according to the conditions of the disease.

Below are a few best doctors in India who can cater to cyberknife treatment in India

Dr Sandeep Vaishya, Fortis Memorial Research Institute, Gurgaon.
Dr Arun Saroha, Max Super Speciality Hospital, Delhi.
Dr Vikash Kumar, BLK Super Speciality Hospital, Delhi.
Dr Rana Patir, Fortis Memorial Research Institute, Gurgaon.
Dr Sanjay Gogoi, Manipal Hospitals, Delhi.
Dr Abhay Kumar, Kokilaben Dhirubhai Ambani Hospital, Mumbai.
Dr Aditya Gupta, Artemis Hospital, Delhi.
Dr Sudhir Tyagi, Apollo Hospitals, Delhi.
Dr Ravi Bhatia, Indraprastha Apollo Hospitals, Delhi.
Dr. PK Sachdeva, Venkateshwar Hospital, Delhi.
Dr Rohit Bansil, BLK Super Speciality Hospital, Delhi.
Dr Sogani Shani Kumar, Apollo Hospitals, Delhi.
Dr. Anurag Saxena, Manipal Hospital, Delhi.
Dr Anil Kumar Kansal, BLK Super Speciality Hospital, Delhi.

Cyberknife Treatment Hospitals in India

The best hospital for cyberknife treatment in India for brain diseases has state-of-art facilities. Apart from the amenities, the hospitals ensure a separate team of dedicated doctors and specialists to take necessary care of patients with neuro problems. Al-Afiya Medi Tour is associated with several top hospitals and can help patients connect to the hospital of their choice. This team of neurosurgeons, radiologists, neurologists etc. mainly focus on the individual patient and provides the best services. The best hospital for cyberknife treatment in India has advanced medical equipment, radiology labs, multiple laboratories and services that can help to manage all the services under one roof.

Below are some of the best hospitals for cyberknife treatment in India that cater cyberknife treatment and other radiology services are

Medanta The Medicity, Delhi.
Artemis Hospital, Delhi.
Fortis Healthcare, Delhi.
Indraprastha Apollo Hospitals, Delhi.
BLK Super Speciality Hospital, Delhi.
Max Super Specialty Hospital Saket, Delhi.
Manipal Hospitals Dwarka, Delhi.
Apollo Hospital, Hyderabad.
Fortis Memorial Research Institute, Gurgaon.
Kokilaben Dhirubhai Ambani Hospital, Mumbai.
Madhukar Rainbow Children Hospital, Delhi.
Nanavati Super Speciality Hospital, Mumbai.
Apollo Hospital, Chennai.
Seven Hills Hospital, Mumbai.
Moolchand Medcity, Lajpat Nagar, Delhi.
Apollo Hospitals, Greams Road, Chennai.
Manipal Hospital, Bangalore

Cost of CyberKnife Radiation Treatment in India

Cyberknife cancer treatment in India is easily accessible in India and at a low price compared to other countries. The average cyberknife treatment cost in India can be around $1000. The cyberknife radiotherapy cost in India is at a reasonable price, and the treatment is accurate, making it more beneficial for the patient to get a cure without harming the healthy tissues surrounding the cancer. The best hospital for cyberknife treatment in India can also help the patient with the cyberknife radiotherapy cost in India as they have the possibility to accept medical insurance policies too. The patient can choose any hospital across India as the best hospital for cyberknife treatment in India is in many cities such as Delhi, Bangalore, Hyderabad, Chennai, Mumbai, etc. The cyberknife cancer treatment in India can differ from one state to another.