Affordable Tomotherapy For Cancer Treatment Cost In India

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Affordable Tomotherapy For Cancer Treatment Cost in India : Tomotherapy for cancer

Cancer treatment has come a long way in recent years, with advances in technology paving the way for more effective and targeted treatments. One such breakthrough technology is tomotherapy, a cutting-edge treatment option that is revolutionizing radiation therapy for cancer patients.

Tomotherapy combines two basic components: computed tomography (CT) imaging and intensity-modulated radiation therapy (IMRT). This unique combination enables highly precise and personalized treatment, minimizing damage to healthy tissue while effectively targeting cancer cells.

Cancers of the prostate, brain, lung, breast, head, and neck are often treated with this therapy. When combined with CT scanning, it is a cutting-edge technology that can provide precise and accurate treatment, using intense beams of radiation to treat inoperable tumors.

Tomosurgery is cheaper in India as compared to other states in India. This achievement may be due in part to the expertise of the surgeons and the highly advanced medical equipment used in the Indian facility.In addition to these advantages, there is another important factor Tomotherapy Cost in India It is popular in India as well as abroad due to its low cost without compromising clinical standards.

What is tomotherapy

Tomotherapy uses imaging techniques to create pictures of moving tumors (tumors that may have migrated slightly from their original location). Professionals can use these images to pinpoint malignant tumors without causing any damage to adjacent tissues or organs.

The method is non-invasive and uses radiation to continuously monitor the target area. With IMRT, radiation waves are broken down into tiny beams that pierce the body from different angles to attack the tumor. Through this process, high-dose radiation beams are efficiently delivered to the target area.

What is the difference between tomotherapy and radiation therapy

In the field of cancer treatment, two common modalities are often used: tomotherapy and radiotherapy. While both techniques aim to provide effective radiation therapy to cancer patients, there are distinct differences between the two. Understanding these differences is critical for medical professionals and patients to make informed decisions about treatment options.

Tomotherapy is an advanced form of intensity-modulated radiation therapy (IMRT) that combines computed tomography (CT) imaging with precise radiation therapy. It allows the delivery of targeted radiation to the tumor site while minimizing exposure to surrounding healthy tissue. This is achieved by using a rotating gantry that delivers radiation from multiple angles, allowing precise dose control. Tomotherapy’s ability to tailor the radiation dose to the shape and size of the tumor is a significant advantage, especially in complex cases where the tumor is located near critical organs or structures.

Radiation therapy, on the other hand, is a broader term that covers various treatment techniques. It involves using high-energy X-rays or other forms of radiation to destroy cancer cells and shrink tumors. Unlike tomotherapy, radiation therapy does not use rotating gantry technology for treatment. Instead, it usually relies on external beam radiation therapy (EBRT), which involves delivering radiation from outside the body directly to the tumor site. This non-invasive method is suitable for many types of cancer and can be treated using different methods such as linac or proton therapy.

What conditions can be treated with tomotherapy

The following malignancies can be treated with tomotherapy:

breast cancer: Because the treatment targets only the cancer cells without affecting surrounding healthy tissue and organs, including the heart and lungs, it is effective against breast cancer.
rectal cancer: The radiation hits the cancer cells directly, sparing surrounding tissue and the small intestine.
Head and neck cancer: The therapy is very helpful for head and neck cancers because it targets tumor cells directly, without visibly harming them even if they are located very close to the spine, salivary glands or other organs.
Pediatric Tumors: Because tomotherapy reduces radiation dose, it is the best radiation therapy for childhood cancer because it is as effective as other radiation treatments.
Gynecological Cancers: With treatment, it can effectively treat cervical and endometrial malignancies without harming the rectum or bladder.
Lung cancer: The procedure exposes only the lungs to the radiation; the heart and spinal cord are unaffected.
Brain tumor: Tomotherapy preserves cognitive abilities while focusing on brain tumor cells.

How much does tomotherapy treatment cost in india

Tomotherapy costs in India start from $4300. Healthcare prices in India are significantly lower than other countries, and tomosurgery prices are relatively low in India as compared to other countries. Furthermore, the quality of medical services and treatments provided there is comparable to the best hospitals in the world.

Helpful – Proton Beam Therapy Cost in India

Factors That Can Affect the Cost of Tomotherapy in India

The following variables can have an impact on the overall cost of tomotherapy in India:

Anticipatory approach of hospitals may affect tomosurgery cost in India.
Individual circumstances: The severity of the patient’s disease and need for additional treatment modalities will determine the details of the treatment plan.
Days of tomotherapy in hospitals in India.
The decisions you make about your hospital and accommodation will affect your experience with tomotherapy in India.

Apart from being strictly supervised by top medical professionals, IndiaMedAssist Consultant also offers the best quality tomosurgery in India at competitive rates to international patients traveling to India.

Helpful – Indian Medical Visa

program

What is the procedure of tomotherapy

step-by-step procedure Tomotherapy for cancer:

1. Patient preparation:

The patient sits comfortably on the treatment table.
The treatment area is identified and marked on the patient’s body.
Use any necessary immobilization devices, such as masks or cushions, to ensure accurate treatment delivery.

2. CT simulation:

A computed tomography (CT) scan is done to capture detailed images of the treated area.
While the machine rotates around the patient, the patient remains stationary, capturing multiple images from different angles.
CT images are used to create a 3D model of the patient’s anatomy, which helps in precise planning of treatment.

3 treatment plan:

Radiation oncologists, medical physicists, and dosimetrists collaborate to develop a treatment plan tailored to a patient’s specific needs.
They use specialized software to define the target area and determine the optimal radiation dose and beam angle.
Critical structures and organs at risk were also identified to minimize their exposure to radiation.

4. Treatment implementation:

The patient is positioned on the tomotherapy machine, ensuring alignment with the previously marked treatment area.

The machine’s built-in CT scanner verifies the patient’s position before each treatment.
Treatment is delivered with small, precisely targeted beams that conform to the shape of the tumor while minimizing radiation exposure to surrounding healthy tissue.
The machine rotates around the patient, delivering radiation from multiple angles to further improve treatment precision.

Treatment Monitoring:

Patients’ vital signs are monitored throughout the treatment to ensure their safety and comfort.
Regular checkups and follow-up appointments are scheduled to assess the effectiveness of the treatment and manage any side effects.

Tomotherapy is a sophisticated radiation therapy technique that combines the precision of CT imaging with intensity-modulated radiation therapy (IMRT). By delivering high-precision radiation doses to tumors while sparing healthy tissue, tomotherapy offers an effective treatment option for a variety of cancers.

What are the benefits of tomotherapy

Tomotherapy is a cutting-edge radiation therapy technique that offers several advantages. Here are the benefits of tomotherapy:

Precise targeting: Tomotherapy can target cancer cells with high precision, reducing damage to surrounding healthy tissue. This targeted approach maximizes the effectiveness of radiation therapy while minimizing potential side effects.
Image-Guided Radiation Therapy (IGRT): Tomotherapy integrates IGRT, which enables real-time imaging during treatment. The technology ensures accurate radiation therapy that accommodates any changes in tumor size, shape or location. Consequently, this increases treatment accuracy and overall success.
Adaptive Radiation Therapy (ART): With ART, tomotherapy allows for adjustments in radiation dose based on changes in tumor response over time. This personalized approach optimizes treatment outcomes by tailoring radiation dose to individual patient needs.
Reduced treatment time: Tomotherapy simplifies the treatment process by combining imaging and treatment delivery in one machine. As a result, patients can benefit from shorter treatment sessions, reducing the overall time spent in the clinic and improving convenience.

Why do people go to India for tomotherapy?

India is known for having the most advanced medical infrastructure and amenities in all of Asia, making it a popular destination for travelers traveling for health reasons. India’s top tomotherapy medical centers perform various disease-related procedures using cutting-edge technology. Also, India significantly reduces the cost of tomotherapy compared to the rest of the world. Foreign patients may pay 50% to 60% less for tomotherapy in India.

India’s leading hospital for tomosurgery provides comprehensive and appropriate care utilizing extensive pre-operative assessments, minimally invasive surgical techniques and post-operative rehabilitation programmes. In these medical institutions, patients can receive personalized care, attentive service and gracious treatment. Hospitals are accredited by two prestigious international organizations, the Joint Commission International (JCI) and the National Board for Accreditation of Hospitals and Healthcare Providers (NABH).

How to choose a hospital in India for tomosurgery

Hospitals in India that perform tomosurgery are known for their care and generosity to their patients. Some of the best radiologists in India work at these institutions and they are all authorities in their fields. As a foreign patient, choosing a reputable hospital for treatment can be difficult. This is a major decision that must be made taking into account various factors such as:

Quality Certificates and Approvals
Location of hospitals and transportation facilities
team of doctors and surgeons
Advanced diagnostic and therapeutic equipment
International Patient Assistance

How IndiaMedAssist Consultant Can Help

Indian Medical Surgery is a prestigious support system for patients seeking doctor, hospital and specialist treatment. We will find the most suitable medical options for you. Our team will provide you with a list of certified, reputable and trustworthy doctors and hospitals after you have a medical issue. Beyond that, we offer treatment strategies that fit your budget, and we assist patients with travel authorization, medical visas, and many other matters.

Most Important FAQs

Q1: How long does tomotherapy last?

A1: Each TomoTherapy session takes approximately 10 to 20 minutes. As painless and non-invasive as a CT scan or X-ray.

Q2: How many days does it take to receive radiation therapy?

A2: Most patients receive radiation therapy five days a week (Monday to Friday) for 5 to 8 weeks. Normal cells can rest and recover throughout the weekend.

Q3: Can I survive for a long time after radiotherapy?

A3: Eight in 10 (84%) patients who received stereotactic radiation were alive at least one year after treatment, and four in 10 (43%) were alive for five years or more. Overall survival (OS) lasted an average of 42.3 months.

Q4: Is radiation therapy painful?

A4: Anesthesia may be needed to numb your discomfort while the radiation source is inserted into the body. Most patients experience little to no discomfort throughout the procedure. However, some people may feel weak or nauseous from the anesthesia.

Q5: What are the two most common side effects of tomotherapy?

A5: The two most commonly reported early adverse reactions were skin changes and fatigue. Other early side effects, such as hair loss and oral problems, often occur when radiation therapy is given to the affected areas.