Low dose radiotherapy for hip osteoarthritis

Written by: Dr Richard Shaffer
Published:
Edited by: Aoife Maguire

Hip osteoarthritis is a degenerative joint disease where the cartilage in the hip joint breaks down, causing pain, stiffness, and reduced mobility. It typically affects older adults and results from wear and tear, leading to inflammation and bone spurs. One method to help alleviate the symptoms of this condition is low-dose radiotherapy.

 

Leading consultant radiotherapy specialist and clinical oncologist Dr Richard Shaffer explains how it can manage the symptoms, how it compares to surgical methods and risk factors linked to the treatment.

 

 

What role does radiotherapy play in managing symptoms of hip osteoarthritis?

 

Radiotherapy is an effective non-surgical treatment for hip osteoarthritis, offering significant pain relief and improved mobility. Approximately 64% of patients experience a reduction in pain and symptoms with this therapy. It is typically recommended for individuals who have not responded to other treatments for at least three months, and even works for those who have already tried steroid injections.

 

Radiotherapy may be an alternative to surgery for those with hip osteoarthritis pain, particularly when the condition appears mild or moderate on an X-ray. It is also an option for patients seeking to explore all potential treatments to avoid surgery.

 

How does radiotherapy compare to surgical options for treating hip osteoarthritis?

 

Surgery is a major procedure that requires general anaesthesia and weeks of rehabilitation, along with various risks. It is especially useful for severe or advanced osteoarthritis that causes significant pain and limits your ability to function.

 

In contrast, radiotherapy is a completely non-invasive treatment that doesn't involve any incisions. It is done on an outpatient basis, meaning you don't need to stay in the hospital, and it doesn't require any recovery time. Since it is such a low-dose treatment, it doesn’t tend to have any significant side effects.

 

What are the common side effects or risks associated with radiotherapy for hip osteoarthritis?

 

Because radiotherapy uses such a low dose, the side effects are usually very mild. You may occasionally experience some redness or soreness of the skin around the joint and a bit of tiredness. Radiotherapy does not require anaesthesia, injections, or surgery. It's a simple outpatient treatment that can be scheduled around your regular work or leisure activities.

 

Is radiotherapy a one-time treatment, or are multiple sessions required?

 

The course of radiotherapy is 6 treatments over 2-3 weeks. Each treatment is done on an outpatient basis and takes roughly 10 minutes. Around 70% of people need a second course of radiotherapy in order to maximise the benefit of the treatment.

 

Are there specific factors that determine the effectiveness of radiotherapy for hip osteoarthritis?

 

Radiotherapy is most effective when there is clear evidence of osteoarthritis on an X-ray. However, if there is significant deformity or very advanced changes visible on the X-ray, it may be less effective.

 

 

 

If you are considering low-dose radiotherapy for hip osteoarthritis and would like to book a consultation with Dr Shaffer, do not hesitate to do so by visiting his Top Doctors profile today.

By Dr Richard Shaffer
Clinical oncology

Dr Richard Shaffer is a leading radiotherapy specialist and clinical oncologist based in London and Surrey. He has a specialist interest in treating benign (non-malignant) conditions with radiotherapy, including Dupuytren's disease, Ledderhose (plantar fibromatosis), plantar fasciitis, insertional Achilles tendonitis and keloid scarring.
 
He was the first in the UK to treat patients with osteoarthritis (of the hand, hip, knee, foot, elbow, shoulder), tendinopathy (including tennis elbow, golfers elbow, patellar tendonitis, rotator cuff syndrome, de Quervain’s tendonitis) and bursitis (including trochanteric bursitis or greater trochanteric pain syndrome, GTPS). He also treats patients post-operatively with radiotherapy for heterotopic ossification and pigmented villonodular synovitis (PVNS). He uses the latest radiotherapy technology to do this.
 
Dr Richard Shaffer is president of the International Organisation for Radiotherapy for Benign Conditions. He is clinical lead for benign radiotherapy for GenesisCare UK. He is co-author of a 2015 and 2023 Royal College of Radiologists documents on the use of radiotherapy for benign conditions, and on the most recent German benign radiotherapy guidelines. Dr Richard Shaffer previously worked as the clinical lead for radiotherapy in Guildford and he chaired The Network Radiotherapy Group and the Radiotherapy Strategy Group.
 
Dr Richard Shaffer has also chaired the Radiotherapy Technology Development Group and led the Brain Tumour Working Group from 2010 to 2019. Dr Shaffer was the principal investigator on several treatment studies in prostate cancer, skin cancer and brain tumours. He supervised a clinical fellow in a programme of clinical and lab-based radiobiological research. Before working at Royal Surrey County Hospital, Dr Richard Shaffer undertook his oncology training in London and later completed a Clinical Fellowship in Radiation Oncology (treatment of cancer with radiotherapy) in Vancouver, Canada. Whilst in Canada he completed several research projects focused on technical radiotherapy, including the comparisons of VMAT with conventional IMRT therapy and RapidArc in several disease sites such as breast, prostate and high-grade glioma.

Dr Shaffer treats patients throughout the UK. Consultations can be arranged by email for the following locations:

  • GenesisCare Bristol
  • GenesisCare Southampton
  • GenesisCare Windsor
  • GenesisCare Elstree
  • GenesisCare Guildford
  • GenesisCare Birmingham
  • GenesisCare Maidstone
  • GenesisCare Milton Keynes
  • GenesisCare Cambridge
  • GenesisCare Chelmsford
  • GenesisCare Nottingham
  • GenesisCare London Cromwell Hospital
  • GenesisCare Oxford
  • GenesisCare Portsmouth

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