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St. Jude uses the latest radiation therapy methods to treat children with cancer and other conditions, including sickle cell anemia and aplastic anemia.
St. Jude Children’s Research Hospital is a world leader in the use of radiation therapy to treat children with cancer and other illnesses. The Radiation Oncology Department provides expert care to meet your child’s specific treatment needs.
Learn more about the types of radiation therapy on the Together by St. Jude™ online resource.
Our specialists in radiation therapy treat many different types of serious childhood illnesses, such as:
St. Jude offers clinical trials and research studies for children, teens, and young adults with cancer and other life-threatening diseases. Learn more about clinical research at St. Jude.
Study goal:
The purpose of this clinical trial is to find better treatments for NRSTS patients who are intermediate- and high-risk. Our goal is to lower the risk of the tumor coming back after treatment, while using treatments with fewer risks of long-term side effects.
Age:
Up to 30 years old.
Study goal:
The main purpose of this study is to find out what happens, good and bad, to memory and learning when the hippocampus is avoided during proton therapy radiation.
Age:
At least 6 years old and younger than 22
Study goal:
The main goal of this study is to test the safety of 18F-DA in children with neuroblastoma or pheochromocytoma.
Age:
At least 1 year old
Study goal:
The main goal of this study is to learn if proton therapy will treat patients with craniopharyngioma brain tumors effectively and reduce side effects compared to traditional forms of radiation therapy.
Age:
21 years old or younger
Study goal:
The main goal of this study is to see if this approach can reduce treatment-related late effects in children and young adults with Hodgkin lymphoma.
Age:
21 years or younger (low-risk patients)
25 years or younger (high-risk patients)
Study goal:
This study uses a risk-directed approach to find out which types of treatment will work best and have the fewest side effects for infants and children with medulloblastoma.
Age:
Birth to 5 years old
Study goal:
The main goal of this study is to find out if proton therapy causes fewer long-term side effects in patients with Wilms tumor than standard radiation treatment.
Study goal:
To find the most effective treatment for each risk group of rhabdomyosarcoma patients
Age:
Up to 21 years old
Study goal:
The first part of this study is complete. The second part (phase 2) aims to study how well selinexor works with radiation to treat DIPG and HGG.
Age:
12 months to 21 years
We provide the highest quality of care for our patients who need radiation therapy:
More reasons to choose St. Jude for care include:
The St. Jude radiation therapy team works closely with other specialists at St. Jude to make sure that your child is getting the best care possible for their needs.
Our team includes:
Radiation therapy uses high-energy radiation (electromagnetic waves) aimed at harmful cells to help control your child’s disease.
The radiation oncologist and other members of the care team will talk with you about the best type of therapy for your child and develop a treatment plan.
Depending on your child’s condition and eligibility, the care team may suggest that your child take part in a clinical trial. They will answer any questions you have about treatment and follow-up.
During your consultation, you will meet with members of your care team. They will help answer your questions about treatment.
Your care team will talk to you about informed consent. This is a process in which you give permission before treatment can start. The team will explain the goal of radiation treatment and any radiation side effects your child may have.
During the simulation phase, the team plans your child’s treatment. If a tumor is found, your child may have a CT scan and MRI to help the team find the tumor’s exact location, size, and shape. The team uses this information to aim the radiation at the correct place to kill the cancer cells and reduce damage to nearby healthy cells. The steps of simulation are:
A physicist and radiation oncologist will decide how much radiation to give and where the radiation should be targeted (known as mapping).
The radiation oncologists will tell your child that it is important to be still during the treatment. An anesthesiologist or child life specialist may also help your child to stay comfortable and still during therapy.
Your child will get their radiation treatment as an outpatient, meaning they do not have to stay at the hospital. The care team will tell you how often they need to come, and how long they will need radiation. The therapy plan depends on the type of cancer or anemia your child has.
The radiation oncologist will explain:
A scheduler from your child’s care team will help you make the radiation appointments.
After treatment, your child’s radiation oncologist will meet with you for follow-up visits. Your child may need more imaging tests, such as CT scans, ultrasounds, or x-rays, to see how well the treatment is working and if the cancer is spreading (known as monitoring). They will also note any side effects your child may have.