MIRXES-B拟成立合营企业 在马来西亚就癌症早期检测及其他核酸基础检测进行研究、开发、商业化

Core Insights - MIRXES-B (02629) has entered into a joint venture agreement with Xeraya Opportunities Fund PCC Limited to establish MYRNA DIAGNOSTICS SDN.BHD, with Mirxes holding 40% and Xeraya 60% of the equity [1] - The joint venture aims to address the urgent need for early cancer detection and other nucleic acid-based testing in Malaysia, a country facing a significant cancer burden [1][2] Company Strategy - The joint venture will leverage Xeraya's regional expertise in life sciences and healthcare to create a leading cancer omics platform in Malaysia, focusing on advanced miRNA-based multi-omics technology and validated blood cancer early detection [3] - The company plans to establish a localized omics testing business to enhance turnaround time and cost-effectiveness for existing clinical operations, while expanding into new market segments, including public healthcare institutions [3] - The strategy includes utilizing Malaysia's thriving biotech ecosystem to accelerate the development of clinical pipelines for colorectal, breast, liver, and multi-cancer types [3] - The joint venture aims to integrate R&D and clinical operations across Singapore, China, and Malaysia to expedite regulatory approvals for in vitro diagnostics (IVDs) and laboratory-developed tests (LDTs) [3] - The company envisions establishing a scalable regional platform in Malaysia as a springboard for expansion into neighboring ASEAN countries and other Asian markets with similar epidemiological characteristics and unmet screening needs [3] Industry Context - Malaysia, with a population exceeding 35 million, is facing a rising cancer burden, with over 51,650 new cancer cases and 31,633 cancer deaths reported in 2022 [2] - More than 60% of cancer cases in Malaysia are diagnosed at advanced stages (Stage III or IV), which severely limits patient survival outcomes and places a heavy burden on the healthcare system [2] - The cancer incidence rate in Malaysia is projected to increase by over 70% by 2050, highlighting the critical unmet need for early detection, particularly for high-incidence cancers such as lung, colorectal, breast, liver, and stomach cancers, which together account for nearly 50% of total cases [2]