close

Global IT outage update - Monday 22 July

The issues affecting the supplier that provides our chemotherapy and immunotherapy treatments have now been resolved.

We want to thank our patients for being understanding and bearing with us and we apologise for any delays caused by this. Unless our teams contact you, please attend your appointment as planned. Throughout this incident, we have prioritised the most clinically urgent patients.

The Christie provides care and treatment for hundreds of people every day. The global IT outage last Friday (19 July 2024) affected many organisations but to put it into context, this affected less than a third of our patients.

Our staff have worked tirelessly over the weekend to deliver as many chemotherapy and immunotherapy treatments as possible and continue to do so to catch up on rescheduled treatments this week.

Skip to Content

Clinical benefits of proton beam therapy

For a wide range of cancers, radiotherapy using X-rays has been a very effective treatment.

Radiation therapy is second only to surgery in terms of achieving a cure. Modern radiotherapy is very good at targeting the tumour but some X-rays will still pass through the tumour and exit the body. This means a significant amount of normal tissue can be irradiated unnecessarily. Irradiating normal tissue can cause problems in the future. Examples of problems include lack of growth in those tissues and problems such as an organ not working properly or a risk of second cancers in the future.

Proton beam therapy works a little differently. When proton beam therapy is delivered the normal tissues beyond the tumour can be spared, as protons can be made to ‘stop’ where they are needed. This reduces the risks of long-term side effects from the treatment. It also allows us, in some cases, to give higher doses of radiotherapy for tumours that are difficult to treat because they are close to parts of the body that are sensitive to radiation.

Facilities around the world have been treating patients with proton beam therapy for some time. Generally, children and young adults are thought to benefit most as their normal tissues are developing. Some adult patients are thought to benefit too, depending upon the type of tumour and where it is in the body.

The following list is not exhaustive or applicable in all cases, but includes examples of where proton beam therapy could offer real benefits to patients.

Children and teenagers/young adults

  • Some brain tumours
  • Some tumour types in the head and neck area
  • Some tumour types near the base of skull or spine
  • Some soft tissue tumours
  • Some tumour types in the pelvis

Older adults

  • Some tumours that are difficult to treat because they are close to sensitive organs, for example, close to the base of the skull or the spine.          

The Christie is the first NHS high-energy proton beam therapy centre in the UK as part of a £250m programme for a national proton beam therapy service. However, some patients who are thought to benefit from proton beam therapy will still be referred abroad for the time being. This will be the case until the proton beam therapy centre at The Christie and the proton beam therapy service at University College London Hospitals NHS Foundation Trust – which opened in 2021 – are treating at full capacity.

NHS England has developed referral criteria to define which patients receive their treatment overseas and which are referred into the NHS service during the transition period. You can read more about this in our proton beam therapy FAQs.

Last updated: March 2023