The arrival of COVID-19 changed the world as we knew it. Global priorities underwent seismic shifts and measures to prevent the spread of COVID-19 changed our daily and working lives beyond recognition. In this exclusive interview, we speak with Worldwide Cancer Research’s Director of Research, Dr Lynn Turner, to hear how the pandemic has impacted the ongoing battle against cancer, and what challenges must now be faced as a result.

Could you explain how individuals with cancer have been affected by the pandemic?

We know from reports, studies and analysis conducted over the past year that people with cancer have been heavily impacted by the pandemic. We are concerned that people with cancer are in danger of becoming collateral damage as a result of everyone’s attention being focussed on ‘the other C’ – COVID-19. Across the UK, the pandemic has led to delays in diagnosis and treatment, which researchers estimate could lead to anywhere between 7,000 and 18,000 additional deaths from cancer in 2021. We also saw early in the nationwide lockdown that there was a significant decline in the number of people being referred to emergency cancer services. This is truly worrying and it’s vitally important that people remember to still see their GP if they suspect any sign or symptom of cancer so that they can be referred to a specialist if needed.

How has your work, and research into cancer more generally, been affected by the COVID-19 pandemic?

When the pandemic hit in 2020, we saw a rapid shut down across the world of nearly all our research projects due to university and research institute closures. There were some exceptions, such as in Israel, where our scientists were still able to go to the lab to conduct their research. But even then, they were working at a reduced capacity, with strict social distancing and safety measures in place to protect people.

One thing we felt was important was to make sure that our researchers did not feel pressured in the face of delays caused by lab closures. We offered all our researchers the chance to extend the length of their projects to make up for the lost time. We also allowed the researchers who were just about to start their projects, when the pandemic hit, to delay their start date.

We also had to react quickly internally to shift our annual Big Ideas Gathering, where our Scientific Advisory Committee makes the final decision on which new projects to fund, from a face-to-face meeting to a virtual one. This came with its own set of challenges, but the team did a fantastic job adjusting and we were delighted to be able to make a commitment to fund 16 new projects which will start in 2021.

Can you speculate as to the longer-term consequences of the pandemic for cancer research?

This is a difficult question to speculate an answer to, but we do know that charity-funded medical research is under threat all over the world. In the UK, the sector invested an estimated £1.9 billion in medical research in 2019, which is around half of all publicly funded medical research. The sector is now facing a 40% decrease in medical research spend over the next year and a shortfall of £310 million caused by the impact on fundraising. It’s expected that it will take four and a half years for the sector to recover – something that could have a devastating impact on people diagnosed with cancer in the future.

Despite the significant and unprecedented challenges, what positives have arisen for cancer research over the last year?

COVID-19 undoubtedly slowed scientific research all over the world in 2020, but science has not stopped completely. Scientists supported by Worldwide Cancer Research have contributed to several important breakthroughs in 2020 – including a new cancer vaccine that could enter clinical trials within the next three years and a game-changing treatment for prostate cancer that could be available to patients within four years.

We were also delighted that, thanks to the generosity of our supporters, we were still able to fund new projects this year. We invested over £3.2million in 16 new projects happening in 11 countries around the world. Knowing that we will continue to start new cancer cures gives us, our supporters and people affected by cancer, much-needed hope for the future.

‘…people with cancer are in danger of becoming collateral damage as a result of everyone’s attention being focussed on “the other C” – COVID-19.’

Finally, how can we ensure that cancer research remains a priority in such challenging times?

The type of research Worldwide Cancer Research funds is what we call discovery research. It’s the starting point from which new ways to prevent, diagnose and treat cancer emerge. Without it, we would not have the foundations to build on and we could miss out on future lifesaving discoveries. We must continue to fund this type of research to keep the ideas flowing down the pipeline – now is the time to invest in our future. As we have seen with the amazing response to COVID-19, research is essential to progress. And putting money behind research and those that fund it means that we can make progress faster.

People have woken up to the power of science and research to solve global problems. With 1 in 2 of us in the UK predicted to receive a cancer diagnosis during our lifetime, this is the time to use the momentum we have gained and use it to tackle the ‘big C’.

Reference
https://doi.org/10.33548/SCIENTIA651

Want to republish our articles?

 

We encourage all formats of sharing and republishing of our articles. Whether you want to host on your website, publication or blog, we welcome this. Find out more

Creative Commons Licence
(CC BY 4.0)

This work is licensed under a Creative Commons Attribution 4.0 International License. Creative Commons License

What does this mean?

Share: You can copy and redistribute the material in any medium or format

Adapt: You can change, and build upon the material for any purpose, even commercially.

Credit: You must give appropriate credit, provide a link to the license, and indicate if changes were made.


More articles you may like

Dr Lifei Wang | Can Species Distribution Models Inform Us About Future Ecosystems?

Dr Lifei Wang | Can Species Distribution Models Inform Us About Future Ecosystems?

The world is buzzing with news about how human activities and climate shifts are reshaping our ecosystems. Have you ever wondered how life will adapt to this rapidly changing world? Ecologists might be able to predict how different species will live in future using computer simulations. Dr Lifei Wang at the University of Toronto Scarborough investigates how different stimulations work under varying conditions to provide new insights into what may lie ahead.

Dr Yong Teng | Improving the Outlook for Head and Neck Cancer Patients

Dr Yong Teng | Improving the Outlook for Head and Neck Cancer Patients

Dr Yong Teng at the Emory University School of Medicine is working with colleagues to overcome the high mortality of individuals diagnosed with cancers affecting the head and neck. One of his approaches is based on understanding the particular mechanisms of the ATAD3A gene, which new insights suggest are closely related to cancers affecting the head and neck.

Dr Tsun-Kong Sham – Dr Jiatang Chen – Dr Zou Finfrock – Dr Zhiqiang Wang | X-Rays Shine Light on Fuel Cell Catalysts

Dr Tsun-Kong Sham – Dr Jiatang Chen – Dr Zou Finfrock – Dr Zhiqiang Wang | X-Rays Shine Light on Fuel Cell Catalysts

Understanding the electronic behaviour of fuel cell catalysts can be difficult using standard experimental techniques, although this knowledge is critical to their fine-tuning and optimisation. Dr Jiatang Chen at the University of Western Ontario works with colleagues to use the cutting-edge valence-to-core X-ray emission spectroscopy method to determine the precise electronic effects of altering the amounts of platinum and nickel in platinum-nickel catalysts used in fuel cells. Their research demonstrates the potential application of this technique to analysing battery materials, catalysts, and even cancer drug molecules.

Dr Michael Cherney – Professor Daniel Fisher | Unlocking Woolly Mammoth Mysteries: Tusks as Hormone Time Capsules

Dr Michael Cherney – Professor Daniel Fisher | Unlocking Woolly Mammoth Mysteries: Tusks as Hormone Time Capsules

The impressive tusks found on proboscideans (the order of mammals that includes elephants, woolly mammoths, and mastodons) are like time capsules, preserving detailed records of their bearers’ lives in the form of growth layers and chemical traces. Frozen in time for thousands of years, these layers can unlock secrets about the lives of long-extinct relatives of modern elephants. Dr Michael Cherney and Professor Daniel Fisher from the University of Michigan used innovative techniques to extract and analyse steroid hormones preserved in woolly mammoth tusks. This ground-breaking work opens new avenues for exploring the biology and behaviour of extinct species.