A new study from Rutgers University has identified a way to reduce the time patients spend undergoing radiation therapy for cancer. The research, reported by Newswise, found that a specific change in the scheduling and workflow of treatment appointments can lead to significant time savings. This improvement could make the treatment process less burdensome for patients.

Key Takeaways

  • Researchers at Rutgers University developed a new workflow for radiation therapy appointments.
  • The new approach reduced the average time patients spent in the treatment facility.
  • The change focused on better coordinating patient preparation and treatment delivery.
  • This improvement could enhance patient satisfaction and potentially increase treatment capacity.

What the Rutgers Study Found

The study, conducted at Rutgers Cancer Institute of New Jersey, examined the standard process for radiation therapy. Typically, patients go through several steps before treatment, including changing clothes, getting into position, and having imaging scans. The researchers found that by reorganizing these steps and having certain preparations happen simultaneously, they could cut down on the total time.

According to the original report, the new workflow reduced the average treatment time by about 15 minutes per session. For patients who require daily treatments over several weeks, this can add up to many hours saved. The change did not compromise the quality or safety of the treatment, the researchers noted.

How the New Workflow Works

The key to the time savings was a shift in how patient preparation was handled. Instead of having patients wait in a changing room and then move to the treatment room, the new system allowed for some preparation steps to be done in the treatment room itself. This reduced the number of times patients had to move between rooms and minimized idle time.

The researchers also adjusted the scheduling of appointments to reduce gaps between patients. By better coordinating the arrival times and preparation of patients, the treatment machine could be used more continuously. This not only saved time for each patient but also allowed the facility to treat more patients in a day.

Potential Benefits for Patients and Hospitals

For patients, shorter treatment times mean less time spent in a hospital or clinic, which can reduce stress and disruption to daily life. This is especially important for those who have to travel long distances for treatment or who have other health issues that make long visits difficult. The time savings could also allow patients to return to work or family responsibilities sooner after each session.

For hospitals and cancer centers, the improved efficiency could allow them to treat more patients without needing to expand their facilities or buy more equipment. This could help reduce wait times for starting treatment, which is a critical factor in cancer care. The study suggests that simple workflow changes can have a big impact on the overall efficiency of a treatment center.

Frequently Asked Questions

What type of cancer treatment was studied?

The study focused on radiation therapy, which uses high-energy beams to kill cancer cells. This is a common treatment for many types of cancer, and patients often need daily sessions for several weeks.

How much time was saved per session?

According to the original report from Newswise, the new workflow reduced the average treatment time by about 15 minutes per session. Over a typical course of treatment, this could save patients several hours.

Is this change being used in other hospitals?

The study was conducted at the Rutgers Cancer Institute of New Jersey. The researchers hope that other cancer centers will adopt similar workflow changes to improve efficiency and patient experience. The approach is based on simple scheduling and process adjustments that could be implemented in many facilities.

This is an original report by Vital Signs Today, informed by reporting from Google News. Read the original source.

This article is for information only and is not medical advice. See our Medical Disclaimer.