Advanced Technology Treatments
One of the most quickly evolving areas of medicine is radiation technology. The Chalmers Cancer Treatment Center provides access to this technology for those in need of screening or radiation treatment for noncancerous or cancerous tumors.
The center is part of Hutchinson Regional Medical Center and located just southwest of the hospital.
Tailored Treatment from Area Experts
The team at Chalmers Cancer Treatment Center understands every patient’s needs are unique. We offer calculated treatment options to restore your health. If your treatment plan includes radiation, be assured that the team at the Chalmers Cancer Treatment Center will treat you like a member of our family, keeping you as comfortable as possible.
Today’s precision high-energy radiation treatments are more accurate and less damaging to surrounding tissue than ever before. Our precise, highly effective treatments are designed to help reduce side effects and make your comfort a top priority.
Call with questions or to make your appointment today.
8 a.m. to 4 p.m.
Monday through Friday
1701 E. 23rd Ave., Suite 100 Hutchinson, KS 67502
Top Cancers We Treat
We see and treat many different types of cancer. From our state-of-the-art technology to our highly certified staff, we are capable of managing your treatment plans from start to finish right here in Hutchinson, KS. Chalmers treats patients across the state of Kansas, leading the way with the latest cancer treatment advancements. Here are the top 5 cancers we see and treat here at Chalmers:
Jon Anders, M.D., Radiation Oncologist
Dr. Anders is a radiation oncologist for Chalmers Cancer Treatment Center, and has been in practice for the past 15 years. Prior to being an oncologist, Dr. Anders served in the Navy and was an engineering student when his father was diagnosed with thyroid cancer. It was then that he left engineering school and decided to pursue a career in oncology to help people in their battle against cancer.
Barnes Jewish Hospital (residency), Forest Park Hospital (internship), St. Louis University Medical Center (medical school), University of Missouri (undergraduate)
Intensity Modulated Radiation Therapy (IMRT) — This form of conformal radiation therapy allows the intensity of the radiation beam to be varied across the treatment field, delivering higher radiation doses to target areas while sparing healthy tissue. Types of IMRT include:
- TomoTherapy® Unit — This treatment system integrates optimized planning, daily CT imaging and helical IMRT treatment to provide precise, continuous radiation therapy from 360 degrees.
- TrueBeam™ Linear Accelerator — The Linear Accelerator from Varian Medical Systems is an advanced radiotherapy system that opens up treatment options for some of the most complex cancers in areas such as the head and neck, lung, breast, abdomen and liver. The advanced imaging and powerful treatment modes allow our doctors to tailor treatments specific to your particular cancer.
Conformal Radiotherapy — Using a 24-slice CT simulator, we design a precise treatment plan by creating a three-dimensional model of the patient, tumor and surrounding normal structures. Multiple radiation beams are then positioned and customized exactly to the treatment area. Our CT scanner is one of only a few in Kansas capable of four-dimensional CT scanning. This added dimension in scanning provides important information on tumor movement during the normal respiratory cycle. This information enables our radiation oncologists to tailor margins around the tumor to account for movement.
I-131 Therapy — This treatment involves radioactive medicine taken orally. It is most commonly used for thyroid disorders.
Image Guided Radiation Therapy (IGRT) — IGRT is the use of imaging during radiation therapy to improve the precision and accuracy of treatment delivery. IGRT is used to treat tumors in areas of the body that move, such as the lungs. Radiation therapy machines are equipped with imaging technology to allow your doctor to image the tumor before and during treatment. By comparing these images to the reference images taken during simulation, the patient’s position and/or the radiation beams may be adjusted to more precisely target the radiation dose to the tumor. Some IGRT procedures may use fiducial markers, electromagnetic transponders or colored ink tattoos on the skin to help align and target the radiation equipment.