Genetron Health Wins Second Prize of China’s National Science and Technology Progress Award for Contributions to Lung Cancer Precision Medicine Project

BEIJING, Nov. 03, 2021 (GLOBE NEWSWIRE) -- Genetron Holdings Limited (“Genetron Health” or the “Company”) (Nasdaq: GTH), a leading precision oncology company in China that specializes in offering molecular profiling tests, early cancer screening products and companion diagnostics development, today announced that its early precision lung cancer diagnosis and treatment project, a joint initiative with the West China Hospital of Sichuan University, won the second prize of China’s National Science and Technology Progress award. Genetron Health stood out as the only award recipient that focused on precision oncology this year.

The National Science and Technological Progress Award is one of the five National Science and Technology Awards, established by the State Council in China. The award is primarily granted to local citizens and organizations who have made distinguished contributions in technology R&D and innovation, the application of advanced scientific and technology achievements, and the promotion of high-tech industrialization.

Led by Professor Li Weimin from West China Hospital Sichuan University, the initiative received significant support from Genetron Health. The project revealed the unique molecular genetic characteristics of non-smoking younger lung cancer patients, and established a new low-dose CT screening technique for high-risk populations over the age of 40 in China. The project focused on tackling the issue of missed diagnosis in early-stage lung cancer and built a forecasting model based on imaging.

In addition, the research team analyzed lung cancer evolution through multi-omics methods, identified molecular markers for early diagnosis, and solved bottleneck problems associated with molecular subtypes and the use of targeted therapy for early stage lung cancer.

The project team leveraged Genetron Health’s patented “One-Step Seq Method” technology to build a new molecular detection method based on small samples, as well as its NMPA approved, CE Marked 8-gene Lung Cancer Assay.

Project data showed that the “One-Step Seq Method” was 100% accurate for 3% mutation detection when using an initial amount of 10ng DNA; at the 30ng RNA initial amount, fusion detection accuracy for 100 copies of mutations was 100%, indicating that the technology can meet the needs of early lung cancer micro-sample detection.

Genetron Health’s Co-founder and CEO Sizhen Wang said, “We are honored to have worked with Professor Li’s team and won the National Science and Technology Progress Award, highlighting Genetron’s leading technologies and products, and our commitment to innovation. We believe that our continued innovation will bring real changes to diagnostic solutions in oncology, enabling more of our products to be applied in clinical practice and benefiting more patients.”