I beg to move,
That this House has considered patient access to tissue freezing for advanced brain cancer treatment, diagnostics and research.
It is a pleasure to serve under your chairmanship, Mr Western—you look remarkably like the man I had breakfast with 45 minutes ago.
I am pleased that this topic is getting the attention it deserves, and I am grateful to open this important debate, especially ahead of Less Survivable Cancers Awareness Week, which begins on 13 January. I must confess I knew relatively little about the effects of brain cancer until I met my constituent, Ellie James. Ellie has travelled from Wales today and is in the Gallery. I admire how tirelessly she has campaigned in memory of her late husband, Owain, who has brought us all here today.
Owain passed away from glioblastoma, the most common type of malignant brain tumour in adults, in June 2024. He was just 34 years of age. Since then Ellie has been campaigning for what she calls Owain’s law to be implemented in this country. Owain was young, fit and healthy, and he had his whole life ahead of him. He leaves behind a family, including a young daughter. Owain’s story highlights the importance of informed consent from patients and their families regarding treatment and the storage of their brain tissue.
Owain was diagnosed with a brain tumour in September 2022. Half of Owain’s 14 cm tumour was surgically removed, but only 1 cm of the removed tissue was stored fresh or flash frozen. The 1 cm was used to treat Owain with a form of immunotherapy treatment that requires the patient’s frozen tissue. Owain received three rounds of the vaccine before the frozen tissue ran out, at which point further surgery was not considered possible. The remaining 6 cm of tissue was stored in paraffin, making it unsuitable for additional vaccines.
Owain died a few months later, despite his cancer showing signs of regression during the treatment. If all the removed tissue had been fresh frozen, around 30 vaccines could have been created. If Owain and his family had been more informed about the practices surrounding brain tissue freezing and storage, and if the hospital had chosen the flash-freezing method for all the removed tissue instead of keeping it in paraffin, Owain could still be with us. His story is truly devastating, but what most stood out to me was that there was a real, achievable potential to extend, if not save, his life.
The amount of grief that Ellie and Owain’s family face must be tremendous and unimaginable. However, out of grief great change can take place, and I pay tribute to Ellie for her determination to turn her unimaginable grief into something positive that can help others. There is currently no consistent national guidance or sufficient infrastructure to ensure that brain tumour tissue removed during surgery can be stored in the fresh frozen state required for advanced therapies such as immunotherapy and cancer research. It is fundamentally wrong that Owain and his family learned of the small proportion of tissue initially frozen only once the vaccines ran out. I am sure they are not the only people that that will have happened to.
For every patient diagnosed with a less survivable cancer, the average one-year survival rate is 42%. That is compared with a one-year survival rate of 70% for all cancers. Those statistics need to improve. There are procedures surrounding brain tissue freezing that can be changed, which would have an undeniably positive impact on survival rates. There are already groups doing research and drawing attention to what can be done to improve outcomes for people with cancer, such as the all-party parliamentary group on the less survivable cancers. There are also charities such as Cancer Research UK and Macmillan that conduct valuable research and support cancer patients and their families. Again, I pay tribute to them.
There are, however, specific recommendations that I would like to mention, which link specifically to Owain and many others who face similar situations. The NHS needs an appropriate number of medical freezers to store fresh frozen tissue. In many cases, there is not enough freezer space to facilitate this type of brain tissue freezing. That must change. That long-term investment would save lives.