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​New EPO Study: Inventions to Fight Cancer up by more than 70% since 2015

01-Feb-2024 | Source : tHE European Patent Office (EPO) | Visits : 1420

Over 5 million lives saved in the EU thanks to advances in diagnostics and treatment  
Universities and public research institutes are emerging as drivers of innovation against cancer 
EPO launches free online tools to easily access business and technical information on cancer-related innovation
  

MUNICH - Cancer remains a global health threat despite advances in research and technology. According to the European Cancer Information System (ECIS), 31% of men and 25% of women are expected to be diagnosed with cancer in the European Union before reaching the age of 75. Over 5 million lives were saved in the EU alone thanks to inventions in oncology1. Ahead of World Cancer Day (February 4), the European Patent Office (EPO) has released a new study, which finds that innovation in the fight against cancer has surged by 70% between 2015 and 2021, as measured by the number of international patent families (IPFs), according to the official website of EPO.

The new study, “Patents and innovation against cancer”, aims to provide decision-makers and innovators with insights into patenting of cancer technologies worldwide. It describes where and what the most recent advances have been. The report establishes that more than 140,000 inventions combatting cancer have been disclosed to the public in patent documents over the last 50 years. The study is complemented by the EPO’s free online platform, which simplifies access to innovators in the field via the technical information contained in their patents, using pre-defined patent database searches. 

EPO President António Campinos said: “The platform we’re launching today can play a significant role in helping to curb cancer by empowering scientists with technical information and insight to further their research, and support them in bringing forward new technologies that can save lives. Here in Europe, we’re in second place when it comes to developing cancer-related technologies, but clearly we can do much more, we have to do more - especially when considering that there is predicted to be an increase in the number of cancer diagnoses in the coming years.”   

Global fight against cancer  

According to the new EPO report, the United States leads in cancer-related innovation worldwide, with nearly 50% of all IPFs from 2002 to 2021 attributed to US applicants. The European Union comes in second place with an 18% share, followed by Japan with 9%. Most recently, China has made significant strides in the field, with a large contribution to the global landscape of cancer innovation. In Europe, Germany has maintained its position as leading country of origin in cancer-related innovation, having led for over the past two decades. The UK has rapidly emerged as the second-largest contributor. France, Switzerland and the Netherlands have also demonstrated steady increases in cancer-related innovation, holding the third, fourth and fifth positions respectively.  

Innovations are redefining the future of cancer treatment and diagnosis 

Efforts to fight cancer have been bolstered thanks to new and improved technologies for treating and diagnosing these diseases. Breakthroughs in immunotherapies and gene therapies have played a significant role. Between 2015 and 2021, the number of IPFs in immunotherapy more than doubled, while gene therapy doubled during the same period. There has been a substantial increase in international patenting activity in the field of cancer diagnostics, especially in liquid biopsies (e.g. blood samples). IPFs in liquid biopsy grew fivefold, increasing from just over 500 in 2012 to over 2,300 in 2021. Other new advancements in healthcare informatics have focused on using advanced image processing techniques and machine learning algorithms to improve the precision and efficiency of cancer detection and diagnosis. 

Increasing role of universities and public research centers  

The way these innovations make their way to the market is changing. The study also points out a possible shift over the last two decades. Universities, hospitals, public research organizations and startups are playing an increasingly important role. They have been instrumental in almost one-third of IPFs related to cancer between 2002-2021, accounting for 26% of all IPFs from EU applicants and 35% of IPFs from US applicants, significantly surpassing their average contribution across all technologies.  

France’s INSERM and CNRS stand out as key hubs for cancer innovation, ranking third and seventh globally in the most recent five-year period, 2017-2021. Other notable contributors among the top applicants include pharmaceutical companies from the US and Europe, primarily focusing on innovative cancer treatments, while several companies, such as Philips, Siemens, and Fujifilm specialize in diagnostics.  

New platform to facilitate access to information and new tools to facilitate investment  

The new free online platform, “Technologies combatting cancer”, has been developed by EPO experts, in collaboration with 10 national patent offices in Europe. The tool presents over 130 datasets across four broad themes: prevention and early detection; diagnosis; therapies; and well-being and aftercare. The platform includes not just the 140,000 inventions on which the study was based, but many more besides. This is the fourth such platform from the EPO, following those on coronavirus, clean energy technologies and firefighting. 

To help in the development and commercialization of new technologies combatting cancer, the EPO is updating its free tool “Deep Tech Finder”, which maps almost 8,000 startups from all over Europe with patent applications. The tool now includes filters for 17 different cancer-related technologies, relating to 1,340 investment-ready startups in this field. This helps investors and potential partners find European startups with valuable new cancer technologies in the deep tech sector.


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