Radiation Oncology

Health, Wellness and Fitness

Radiation Oncology in Aurangabad

A radiation oncologist is a medical specialist who specializes in the treatment of cancer patients, particularly those whose cancer treatment includes the use of radiotherapy. Krupamayi Hospital is the leading Hospital for Radiation Oncology in Aurangabad and we Have Experienced radiation oncologist to perform Radiation Oncology

They also have experience using radiotherapy to treat noncancerous diseases. Radiation oncologists are in terms of maintaining track of patients and scheduling imaging and other tests in order to develop and implement a treatment plan. To Get Best Radiation Oncology in Aurangabad, Visit Krupamayi Cancer Hospital.

As part of a team caring for cancer patients, radiation oncologists collaborate with other medical professionals such as surgeons, medical oncologists, and palliative care physicians. To plan and deliver radiotherapy, radiation oncologists collaborate with radiation oncology medical physicists and radiation therapists.

In the management of the patient’s cancer and general care, radiation oncologists play a significant role in communicating with patients, their families, and other professionals.

Radiation Oncologists are in charge of determining and delivering the most appropriate amount of radiation (from high-energy X-rays, electron beams, or gamma rays) to a patient, as well as the method of delivery.

Health, Wellness and Fitness

What Is IMRT?

IMRT, or intensity-modulated radiation therapy, is a method of cancer treatment that uses powerful computer systems to calculate and deliver radiation to cancer cells from various angles. It permits cancer patients to receive greater, more effective radiation doses while limiting damage to healthy tissues and organs in the surrounding area.

  • Which cancers can be treated with IMRT?
  • How is IMRT given?
  • What are the benefits of IMRT?
  • Why choose Krupamayi Hospitals for IMRT?
Which cancers can be treated with IMRT?

Prostate cancer, head and neck cancers, lung cancer, brain cancer, gastrointestinal cancers, and breast cancer are the most common cancers treated with IMRT at MSK, in part because these tumors are located near vital organs and tissues in the body. Lymphoma, sarcoma, gynecologic malignancies, and some pediatric cancers may also be treated with it.

How is IMRT given?

First, you’ll get a CT scan, which will map your tumor in three dimensions. Then, using powerful computer algorithms, a team of radiation therapy experts, including doctors and physicists, will calculate and deliver radiation directly to the tumor from various angles.

A radiation therapist will position you on a treatment table and placemarks on your skin to guide where he or she will give the radiation treatment at the start of each treatment session. The treatment sessions are completely painless.

What are the benefits of IMRT?

By changing — modulating — the radiation beam into numerous smaller beams, IMRT permits the radiation dose to fit more accurately to the three-dimensional structure of the tumor. This allows for a stronger radiation dose to be delivered to the tumor while yet protecting healthy tissue around it. The system molds the radiation into different shapes throughout the treatment to deliver these smaller beams.

Why choose Krupamayi Hospitals for IMRT?

Our radiation oncologists, nurses, and therapists are specially trained to treat specific cancers. Each patient’s treatment plan is developed and fine-tuned by our huge staff of medical physicists to ensure that we give the most targeted treatment possible. This increases the chances of us being able to control or cure our sickness.

What Is IGRT?

Image-guided radiation therapy, or IGRT, is a type of cancer treatment that employs imaging technologies like PET, MRI, and CT to deliver radiation to cancer cells more precisely and safely. The linear accelerators, which provide the radiation, are equipped with imaging equipment so that doctors can determine the exact location of the tumor in the body before and during treatment.

  • What are the advantages of IGRT?
  • How is IGRT given?
  • How many treatments do I need?
  • Why choose Krupamayi Hospitals for IGRT?
What are the advantages of IGRT?

The key benefit of IGRT is that it is quite precise. It enables people to

  • To kill cancer, larger dosages of radiation are used.
  • prevent causing damage to healthy tissue
How is IGRT given?

Your radiation therapist will place you on the treatment table at the start of each treatment session. Your body will be scanned to ensure that it is appropriately positioned. During your treatment sessions, we may take additional images or relocate you to guide where the radiation will be given. Because of the time required to collect and view the images, IGRT sessions may take a little longer than other types of radiation therapy.

Before and during IGRT, our physicians use imaging technologies including PET, MRI, and CT to more precisely and safely pinpoint the site of cancer. Small dots called fiducial markers — composed of gold, plastic, or another substance — may be put in the body within or around the tumor during some IGRT treatments to aid your treatment team in locating cancer. Your skin may also be marked to aid with the alignment of the radiation delivery equipment.

Throughout your treatment, we will employ imaging technology to continuously monitor and adjust to changes in your tumor, such as shrinkage, growth, or changes in shape.

How many treatments do I need?

Multiple sessions are required for IGRT. IGRT is usually scheduled five days a week for several weeks. The overall number of treatments you receive is determined by a variety of factors, including your cancer type and the size and location of the tumor.

Why choose Krupamayi Hospitals for IGRT?

Many of the techniques utilized in IGRT were created by our experts, and they have more than 10 years of expertise in employing this type of radiation treatment on our patients.

Our radiation oncologists are specialists at using imaging technology to more precisely and safely target cancer-bearing tissue while avoiding damage to healthy tissue. Our PET and MRI simulators allow us to precisely map out the treatment area, allowing us to deliver a safe but effective radiation dose to the tumor.

What Is Brachytherapy?

Brachytherapy is a cancer treatment in which a needle or catheter is used to implant radioactive material enclosed inside a seed, pellet, wire, or capsule into the body. The radiation emitted by this source damages the DNA of cancer cells in the area.

Prostate cancer is the most common condition for which brachytherapy is utilized. It can also be used to treat gynecologic cancers like cervical cancer and uterine (endometrial) cancer, as well as breast, lung, rectal, eye, and skin cancers.

  • What are the benefits of brachytherapy?
  • How is brachytherapy delivered?
  • How long does the implant stay in the body?
  • How often is brachytherapy treatment given, and how long do the sessions last?
  • What side effects may occur as a result of brachytherapy?
What are the benefits of brachytherapy?

The use of an implant enables for a larger dose of radiation to be administered in a smaller area than is achievable with traditional externally delivered radiation treatments. This may be more effective at killing cancer cells while causing less damage to healthy tissue in the surrounding area.

How is brachytherapy delivered?

A radiation oncologist, who specializes in radiation therapy, uses a needle or catheter to deliver the encapsulated radioactive material within the body directly on or near a tumor in most brachytherapy operations. The radioactive substance is sometimes implanted in a bodily cavity, such as the rectum, vaginal canal, or uterus. For all of these operations, the patient is sedated.

How long does the implant stay in the body?

It is possible that the implants will be temporary or permanent. If the implants will be removed and replaced later, the catheter is frequently left in place until the procedure is completed. When the implants are removed for the last time, the catheter is withdrawn. The type of brachytherapy you receive is determined by a variety of criteria, including the location of the tumor, the stage of the malignancy, and your overall health.

How often is brachytherapy treatment given, and how long do the sessions last?

The radiation sources for LDR brachytherapy must remain within or near cancer for an extended period of time. As a result, treatment is frequently carried out over a week and necessitates a stay in the hospital.

HDR brachytherapy is a treatment that delivers radiation directly to the tumor in one or two briefs (about 15 minutes) sessions. The catheters are withdrawn after the final treatment, and you are free to go home.

What side effects may occur as a result of brachytherapy?

Swelling, bruising, bleeding, or soreness and discomfort at the site of the radiation delivery are all possible side effects of brachytherapy. Brachytherapy for gynecologic or prostate cancer might cause temporary urinary symptoms like incontinence or pain when urinating. In addition to diarrhea, constipation, and some rectal bleeding, brachytherapy for certain tumors can cause diarrhea, constipation, and some rectal bleeding. Erectile dysfunction can occur as a side effect of prostate brachytherapy.

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    Krupamayi hospital is leading a cancer hospital since 1980, Krupamayi Hospital has been providing quality healthcare for people with diverse needs. Krupamayi hospital has evolved as a center of excellence in healthcare services.

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