Why choose UCLA Health for radiation oncology?
At UCLA Health, our radiation oncologists use a patient-centered approach to care. We deliver expert care for patients while also offering attentive support for family members. We live out our mission to advance cancer treatment through research initiatives that directly translate to better patient care.
When patients choose UCLA Health for radiation oncology, they are choosing:
Expert team: Our team includes physicians, radiation therapists, scientists, medical physicists, specialized nurses and more. Combined with our state-of-the-art technology and radiation techniques, we have the expertise to offer patients the most advanced treatments available. Our goal is to give each patient the best chances for a positive outcome.
Expanded access to care: We want to ensure that every patient has access to expert care. In fact, some of our research initiatives have included building remote options for telehealth consultations. Expanding our telehealth options allows patients who live far away or have busy schedules to connect with a specialist efficiently.
Innovation and technology: We give patients even more options for radiation treatment. We are one of only a few centers that offers high dose rate (HDR) brachytherapy for a large range of complex cancers. Our center is also one of only three in the world that uses a Flexitron machine, which allows us to give HDR brachytherapy in one comfortable outpatient setting.
Conditions we treat
Radiation therapy uses safe doses of radiation to shrink or destroy cancer cells. Sometimes radiation therapy is a stand-alone cancer treatment. Your provider may also recommend combining radiation with other treatments, such as chemotherapy or surgery.
Some of the most common conditions we treat with radiation include:
- Breast cancer: When cancerous cells start in the breast tissue.
- Lung cancer: Cancer that starts in the lungs, often affecting people who smoke.
- Lymphoma: Cancer of the lymphatic system, beginning in the lymph nodes (immune cells that fight infection).
- Prostate cancer: When cancer starts in the prostate (small gland that produces semen and sperm).
- Sarcoma: The broad term for all types of cancers that start in the bones or connective tissue.
- Skin cancer: When skin cells grow uncontrollably, often caused by exposure to ultraviolet (UV) light.
- Trigeminal neuralgia: A chronic pain condition that affects the nerves in the face.
Radiation therapy treatments
Our treatment options are designed to give patients the best chances for a positive outcome while also prioritizing safety and comfort. Treatments we offer include:
Brachytherapy: This treatment sends radiation directly on or into cancer tissue. Sometimes, we use metal or plastic tubes called applicators to focus and direct the radiation to a precise location. We may also use high dose rate (HDR) brachytherapy, where we use a high dose of radiation for 10 to 20 minutes at a time. We have one of the best, highest-volume brachytherapy centers in the country. At our brachytherapy suite, we can use this treatment on an outpatient basis, during surgery or to prepare for surgery.
External beam radiation therapy (EBRT): In contrast to brachytherapy, EBRT directs high-energy X-ray beams toward the body from an outside source. We target the radiation to precise parts of the body, but there is no applicator attached to the body. EBRT is the most common type of radiation treatment.
Image-guided radiation therapy: This treatment uses imaging scans to view tumors and plan radiation therapy. We are one of the only places in the country with a dedicated, state-of-the-art positron emission tomography/computed tomography (PET/CT) scanner to use for this treatment. During a PET/CT scan, you receive an injection of a safe substance called a tracer. This tracer shows up on the scanner and gives us highly detailed images of a tumor, including information about the tumor’s growth rate.
Stereotactic radiosurgery: We use stereotactic radiosurgery for brain tumors or other tumors in the head. This technique is not actually surgery — patients don’t need any incisions. Instead, we use precise, high-dose radiation beams to send treatment to precise locations. During treatment, you lie on a couch that rotates 180 degrees so that we can target the tumor without damaging the healthy tissue surrounding it.
Stereotactic body radiation therapy (SBRT): SBRT combines the technology of image-guided radiation with stereotactic techniques. First, we take three-dimensional scans of a tumor. The scans integrate with software that helps us plan exactly where to target radiation. Then, we use stereotactic radiosurgery to deliver the radiation dose with expert precision. SBRT can significantly shorten treatment time. It often only requires about five individual treatment sessions, as opposed to the 35 sessions needed with other techniques.
Radiation therapy typically involves sophisticated technology, such as:
Computed tomography (CT) simulator: A CT simulator is like a walkthrough of radiation treatment. Using a simulator before starting radiation ensures that we give patients appropriate setup, planning and dosage.
Linear accelerator: These machines are specifically designed to generate high-energy X-rays and electrons. We may use a linear accelerator to deliver stereotactic radiosurgery, image-guided radiation therapy or SBRT.
Meet our team
Our team includes experts, both in patient care and research. We are continually finding and implementing new gold-standard treatments. Our clinicians use a patient-centered approach that prioritizes safety, precision and comfort.
To find out more, speak with your health care provider about radiation therapy at UCLA Health.