Researcher holding up a culture dish in each hand

Search newsletter

What's inside? See our latest issue

"Search" is our twice-yearly newsletter to supporters.

In our 50th edition of the Autumn Search issue, we look at the latest research news featuring a new breast cancer drug approval in the UK, for treating the most common type of advanced breast cancer.

We also introduce Professor Zoran Rankovic, the new Director of our Centre for Protein Degradation. He will oversee a team of scientists who are accelerating research into targeted protein degradation, an area which holds huge potential for delivering a new wave of cancer treatments to help patients live longer, better lives.

Download latest issue (PDF)

 

"I look forward to getting my copy of Search. It’s great to read all about the excellent work that the ICR does and it reminds me why I decided to support them in the first place."
- James Wilding, donor

Sign up now to receive Search

Inside Search you can keep up-to-date with our news, recent research achievements, interviews with our world-leading scientists and clinicians, plus find out about opportunities to support our work. You'll also receive our welcome email and updates on our fundraising.

Loading...
Title
Are you also happy for us to use the above details to send you any additional updates and opportunities to support our work?

 

Newsletter archive

Search issue 49 – Spring 2024

Look at how our researchers received a prestigious Queen's Anniversary Prize on behalf of the ICR, in recognition of our transformational breast cancer research programme.

Download issue 49 (PDF)

Search issue 48 – Autumn 2023

Find out how we're transforming treatment for people with cancers of unmet need, and meet our family charity partner Siobhan's Superstar Legacy, whose generous donation is supporting the work of our new Team Leader in Developmental Oncology, Dr Sally George.

Download issue 48 (PDF)

Search issue 47 – Spring 2023

Meet Dr Stephen-John Sammut, whose research uses AI to forecast how cancer is likely to respond to treatment, and find out more about capivasertib, a new promising drug born from the ICR’s cutting-edge science and pioneering programme of clinical trials.

Download issue 47 (PDF)

Search issue 46 – Autumn 2022

Meet the Director of our Centre for Evolution and Cancer, Professor Trevor Graham, whose research uses evolutionary principles and computational modelling to reveal how cancer develops.

Download issue 46 (PDF)

Search issue 45 – Spring 2022

Meet our new Team Leader, Dr Alex Radzisheuskaya, whose research focusses on how proteins help to package up DNA in cells – and the role that this can play in cancer.

Download issue 45 (PDF)

 

16/01/25

Patients with a common aggressive type of bladder cancer could get correct treatment significantly quicker as new research suggests that initial MRI imaging and biopsy could be used to reduce the time patients wait.

In a new study published in the Journal of Clinical Oncology, a research team led by Professor Nick James of The Institute of Cancer Research, London, and from the University of Birmingham’s Bladder Cancer Research Centre (BCRC) and Cancer Research UK Clinical Trials Unit (CRCTU) ran a randomised controlled trial. The trial tested whether adding a type of magnetic resonance imaging (mpMRI) as the first staging investigation was as effective and quicker than the usual surgical staging for bladder tumours.

TURBT compared with MRI

The study, funded by the UK National Institute for Health and Care Research, saw 143 patients with suspected bladder cancer randomised into two groups, either going through the usual test called transurethral resection of bladder tumour (TURBT), or an initial MRI scan to decide upon the most appropriate next steps.

The team found that patients who were randomised to have MRI had a significant reduction in the time taken to receive their correct treatment with a median time of 53 days from first referral to correct treatment, which was 45 days quicker than the usual standard of care which had a median time of 98 days.

'Speed is of the essence when treating'

Usual tests for muscle invasive bladder cancer involve transurethral resection, which is a surgical procedure carried out under anaesthetic by a surgeon in which a thin telescope inserted through the urethra is used to examine the bladder and remove tumour material.

Rik Bryan, Professor in Urothelial Cancer Research and Director of the Bladder Cancer Research Centre at the University of Birmingham and first author of the study said:

“Bladder cancer is a common cancer and we know that with any cancer, and especially muscle-invasive bladder cancer, speed is of the essence when treating. Any ways to improve the time from initially suspecting cancer to getting the right treatment gives patients the best chance of responding well.

“However, this aspect of the bladder cancer care pathway has remained essentially unchanged worldwide for over 100 years, whilst the rest of medicine and healthcare has innovated around it. We wanted to evaluate whether the 21st century approaches that have benefited the diagnosis and treatment of all other cancer patients would also benefit bladder cancer patients. The BladderPath trial looked at whether adding in some extra or alternative diagnostic testing, mpMRI first then and biopsy or TURBT, could speed up the time taken to receive the correct treatment for the most concerning form of bladder cancer.

“We were delighted that the experimental diagnostic pathway that introduced MRI led to a vastly reduced time taken for patients to receive their correct treatments, from 98 days on average for the usual procedures reduced by more than 6 weeks to 53 days.”

Avoid surgical procedures

Nick James, Professor of Prostate and Bladder Cancer Research at The Institute of Cancer Research, London and Consultant Clinical Oncologist at The Royal Marsden NHS Foundation Trust, and the study Chief Investigator said:

“This research shows that by adding an MRI pre-biopsy we can cut the time taken to correct treatment for the worst bladder tumours – those that invade the bladder muscle wall – by almost half, from 98 days down to 53 days. We’ve also shown that around 1 in 7 of these patients with problematic tumours can avoid the surgical procedure used to diagnose bladder cancer. As an MRI is considerably cheaper than this surgery, we estimate that this new diagnostic pathway will save money, as well as saving surgical theatre space and preventing patients from undergoing unnecessary procedures. The next step for this research is to assess whether this impacts the survival of these patients."