通用型现货肿瘤治疗性疫苗(TAA)EVM14

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云顶新耀自研AI+mRNA技术平台,核心产品已进入临床阶段|最前线
3 6 Ke· 2025-07-18 08:38
Core Insights - The mRNA sector shows signs of recovery since 2025, with significant acquisitions and advancements in technology by companies like AbbVie and BioNTech [1] - Domestic companies, while still in early stages, are beginning to emerge, with YunTing New Medicine showcasing three products based on its self-developed mRNA technology platform [1][2] Company Developments - YunTing New Medicine has developed three products: a universal therapeutic vaccine EVM14, a personalized therapeutic vaccine EVM16, and an autologous CAR-T project [1][2] - The company has integrated self-developed AI algorithms with a lipid nanoparticle (LNP) delivery system, completing three generations of AI algorithm upgrades to enhance protein expression levels [1][2] Clinical Progress - EVM14 has completed dual submissions in China and the U.S., with a global multi-center Phase I clinical trial expected to enroll its first patient in Q3 this year, targeting three major cancer types [2] - EVM16 has shown promising preliminary data, demonstrating good immunogenicity even at low starting doses in advanced cancer patients [2] Industry Trends - In the past two years, business development (BD) has become a key performance indicator for domestic innovative pharmaceutical companies, with Chinese assets contributing nearly 50% of upfront payments in global oncology licensing deals this year [2][3] - The mRNA technology platform offers advantages in drug development across various difficult-to-treat diseases, transforming the process from "molecular screening" to "information design" [2] Strategic Considerations - YunTing New Medicine is not rushing into BD but is focused on making the right strategic decisions, with a cash reserve of 1.6 billion yuan by the end of 2024, allowing for continued development without external capital [3] - The timing and structure of BD are critical, as having clinical data can significantly increase the value of licensing agreements compared to preclinical stages [3][4]