汉康-KY子公司携手
「台湾地区癌症登月计划」
台湾大学俞松良教授团队
串联癌症多组学与临床新药开发,深化新药开发及次世代精准免疫治疗布局
面对全球癌症治疗快速演进与精准医疗庞大的市场需求,专注创新药物开发的汉康-KY(股票代码:7827)今(7)日宣布,旗下全资子公司汉康生技与台湾地区癌症登月计划(中央研究院及台湾大学)之俞松良教授研究团队正式签署合作备忘录。双方将以「创新、合作、转译、共创价值」为核心,建立长期跨领域战略合作伙伴关系。
此次战略合作是汉康-KY由临床阶段免疫治疗公司,进一步朝向精准免疫治疗平台发展的重要一步。公司将逐步整合病人来源的生物学信息、生物标记策略、自主治疗分子工程技术,以及全球临床开发能力,提升新一代免疫疗法的开发精准度与平台差异化。
双方将结合台湾地区癌症登月计划在癌症多组学、病人来源检体、生物标记及临床转译研究方面的基础,以及汉康生技的 FBDB™ 药物开发平台、临床阶段肿瘤产品线与全球新药开发能力,加速生物标记导向免疫疗法的开发,并提升临床开发策略与病人筛选的精准度。
台湾地区癌症登月计划由中央研究院主导,串联台湾大学及多家临床医疗机构的台湾地区研究团队,聚焦台湾地区及亚洲族群常见癌症的分子特征,并已建立癌症基因体、蛋白体、整合多组学分析、病人来源数据与生物标记研究能力。相关团队亦参与美国国家癌症研究所临床蛋白体肿瘤分析联盟及国际癌症蛋白基因体联盟等国际研究合作,并曾于《Cell》、《Cancer Cell》、《Gut》及《Molecular Cancer》等国际期刊发表重要癌症研究成果。
随着免疫治疗逐步由单一免疫检查点抑制,走向多重免疫机制与肿瘤微环境调控,如何辨识较可能受益的病人,并了解治疗反应及抗药性的生物学原因,已成为新药临床开发的重要课题。
汉康-KY创办人暨董事长刘世高博士表示,台湾地区癌症登月计划在癌症蛋白基因体、多组学及亚洲癌症族群研究方面,已累积具国际影响力的研究成果。本次合作的重要意义,在于将这些研究能力更直接导入新药开发流程,并与汉康生技的临床阶段产品及 FBDB™ 平台相互结合。
刘世高博士进一步表示,双方希望通过合作回答药物开发中的关键问题,包括哪些病人较可能从治疗中受益、哪些生物机制影响治疗反应与抗药性,以及如何通过生物标记提升临床试验与病人筛选的精准度。研究也将涵盖肿瘤本身的生物特性、巨噬细胞介导的免疫调控,以及 T 细胞等适应性免疫反应与疗效持久性之间的关联。公司希望将病人来源的分子信息转化为更有效率的开发策略,并进一步支持更精准的新一代治疗方案。
本次合作将聚焦以下方向:
一、辨识可能与治疗反应、抗药性及病人筛选相关的生物标记,提升新药临床开发的精准度。
二、解析肿瘤生物学如何影响先天性及适应性免疫反应,进一步了解不同病人的治疗反应差异。 三、研究巨噬细胞介导的免疫调控、T细胞功能状态与治疗结果之间的关联,支持次世代免疫疗法的机制研究。
四、将病人来源的分子与免疫信息导入汉康生技产品线的临床开发策略,协助优化临床试验设计、转译研究及病人筛选方向。
台湾大学医学检验暨生物技术学系俞松良教授表示,台湾地区癌症登月计划通过对台湾地区及东亚族群癌症的系统性研究,已累积大量分子与临床信息。与临床阶段生技公司合作,将有助于把这些研究发现放入明确的治疗机制与实际药物开发计划中进行验证,缩短科学研究转化为生物标记、病人筛选策略及潜在临床应用的路径。
双方将以「病人来源研究、分子与免疫机制解析、生物标记导向临床开发、精准免疫治疗」为合作主轴,建立由病人研究发现连结至新药临床开发的转译模式。
汉康-KY表示,此次合作将进一步强化公司三项长期发展基础,包括通过病人来源分子数据与免疫分析提升临床开发精准度;结合多组学研究、生物标记策略、FBDB™治疗分子工程及临床开发能力,扩大公司平台的差异化;并串联台湾地区具国际影响力的癌症研究能力与汉康生技的全球开发布局,支持台湾地区原创科研成果与创新疗法走向国际。
关于汉康生技
英属开曼群岛商汉康生技股份有限公司(以下简称“汉康-KY”,股票代码:7827)成立于2020年,由具备丰富国际药物开发与运营经验的刘世高博士创办。公司专注于肿瘤免疫药物研发,通过自主建立的核心「FBDB™多功能融合蛋白技术平台」开发出8种以上创新蛋白生物药,具有广谱抗癌潜力,可抑制多种实体瘤及血液肿瘤,并持续取得多项专利。其中HCB101与HCB301已进入临床试验阶段,而HCB101在2025年6月更完成首项国际授权,总授权金达2.02亿美元。汉康-KY的策略是以多功能生物药克服现行采取免疫疗法与化疗并行的高失败率,同时通过启动先天性免疫和适应性免疫体系以摧毁肿瘤,致力提供高效且可负担的新一代肿瘤免疫治疗方案,解决未满足的医疗需求。
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https://www.hanchorbio.com/
前瞻性声明
本新闻稿及同时发布之相关信息内含预测性叙述;其内容乃根据既有之风险及可能的不确定性进行判断及预测,包括:市场因素与其他非汉康-KY(以下简称本公司)所能掌控之原因。这些预测性叙述是基于现况的预测和评估,除非基于法律的要求,本公司不负日后更新之责。
anchorBio and Taiwan Cancer Moonshot Project-NTU Subteam Led by Professor Sung-Liang Yu Establish Strategic Collaboration to Advance Precision Oncology
Collaboration connects internationally recognized cancer multi-omics research with HanchorBio’s clinical-stage immuno-oncology platform to accelerate biomarker-driven drug development and strengthen next-generation precision immunotherapy
[Taipei, Shanghai, San Francisco | August 7, 2026] – HanchorBio, Inc. (TWSE: 7827), a global clinical-stage biotechnology company developing next-generation immunotherapies for oncology and immune-mediated diseases, today announced that its wholly owned Taiwan subsidiary has entered into a strategic collaboration with the research team led by Professor Sung-Liang Yu of National Taiwan University, a key participating team in the Taiwan Cancer Moonshot Program (TCMP). The collaboration has been formalized through a memorandum of understanding signed by HanchorBio Taiwan and Professor Yu’s team.
This strategic collaboration represents an important step in HanchorBio’s evolution from a clinical-stage immunotherapy company toward a precision immunotherapy platform integrating patient-derived biological insights, biomarker strategies, proprietary therapeutic engineering, and global clinical development capabilities.
By combining TCMP’s internationally recognized cancer multi-omics and translational research capabilities with HanchorBio’s FBDB™ (Fc-Based Designer Biologics) platform and clinical-stage pipeline, the parties aim to accelerate the development of biomarker-driven immunotherapies and improve the precision of clinical development strategies.
Connecting Discovery, Biomarkers, and Clinical Development
The Taiwan Cancer Moonshot is an Academia Sinica-led precision-oncology research program that brings together investigators from Academia Sinica, National Taiwan University, and leading clinical institutions to characterize the molecular biology of cancers affecting Taiwanese and broader Asian populations.
The project has established capabilities in cancer genomics, proteomics, integrated multi-omics analysis, clinically annotated patient-derived datasets, and biomarker discovery. The project has also contributed to international cancer proteogenomics research involving the U.S. National Cancer Institute’s Clinical Proteomic Tumor Analysis Consortium (CPTAC) and the International Cancer Proteogenome Consortium. These efforts have generated important insights into cancer biology across different populations, including landmark studies of major cancers in Taiwan, lung adenocarcinoma published in Cell 2020, a cross-population analysis of lung adenocarcinoma across Asian, North American, and Eastern European cohorts, published in Cancer Cell 2025, gastric cancer published in Gut 2026 and breast cancer published in Molecular Cancer 2026.
Strengthening Clinical Development and Through Biological Precision
As immunotherapy advances beyond single checkpoint inhibition, understanding which patients are most likely to benefit and why has become increasingly important.
Through this collaboration, HanchorBio and Professor Yu’s team will explore how integrated molecular and immune profiling can support next-generation immunotherapy development, including:
Identification of potential biomarkers associated with treatment response, resistance, and patient selection;
Understanding how tumor biology influences innate and adaptive immune responses;
Evaluating the relationship between macrophage-mediated immune regulation, T-cell functional states, and therapeutic outcomes;
Integrating patient-derived molecular insights with clinical development strategies for HanchorBio’s pipeline.
These capabilities may help improve clinical trial design, enhance translational understanding, and support more precise development approaches for next-generation immunotherapies.
Building a Differentiated Precision Immunotherapy Platform
“The Taiwan Cancer Moonshot has established internationally recognized excellence in cancer proteogenomics, multi-omics, and patient-derived translational research, particularly in Asian cancer populations,” said Scott Liu, PhD, Founder and Chairman of HanchorBio. “The significance of this strategic collaboration is that it brings TCMP’s capabilities directly into the drug-development process. By connecting Professor Yu’s expertise and the TCMP’s resources with HanchorBio’s clinical-stage portfolio and FBDB™ platform, we aim to answer specific development questions: which patients are most likely to benefit, what biology drives response or resistance, and how biomarker strategies can make clinical development more precise. This includes understanding how tumor-intrinsic biology, macrophage-mediated immune regulation, and adaptive immune responses, including T-cell functional states, contribute to treatment response, resistance, and durability. Our goal is to translate patient-derived molecular insights into better development strategies and ultimately better therapies.
From Patient-Derived Discovery to Precision Immunotherapy
Chair and Professor Sung-Liang Yu of Department of Clinical Laboratory Sciences and Medical Biotechnology, National Taiwan University said:
“The Taiwan Cancer Moonshot has generated extensive molecular and clinical insights through the systematic study of cancers affecting Taiwanese and East Asian populations. Collaboration with a clinical-stage biotechnology company creates an important opportunity to evaluate these discoveries in the context of defined therapeutic mechanisms and active drug-development programs. By combining patient-derived research and multi-omics analysis with HanchorBio’s drug-development capabilities, we aim to shorten the path from scientific discovery to biomarkers, patient-selection strategies, and potential clinical applications.”
Together, the parties aim to establish a translational model:
PATIENT-DERIVED DISCOVERY → MOLECULAR & IMMUNE INSIGHT → BIOMARKER-GUIDED CLINICAL DEVELOPMENT → PRECISION IMMUNOTHERAPY
Strategic Significance of HanchorBio
This collaboration strengthens three strategic pillars of HanchorBio’s long-term value creation:
1. Improving clinical development precision
By integrating patient-derived molecular data and immune profiling, HanchorBio aims to improve understanding of treatment response, resistance mechanisms, and patient selection strategies.
2. Expanding platform differentiation
The combination of discovery capabilities, biomarker strategies, FBDB™ therapeutic engineering, and clinical development creates a differentiated precision immunotherapy ecosystem beyond individual drug candidates.
3. Supporting global innovation from Taiwan
The collaboration connects Taiwan’s internationally recognized cancer research capabilities with a globally oriented clinical-stage biotechnology company, supporting the translation of Taiwan-originated scientific innovation into global therapeutic development.
About HanchorBio
Based in Taipei, Shanghai, and the San Francisco Bay Area, HanchorBio (TWSE: 7827) is a global clinical-stage biotechnology company focused on immuno-oncology and immune-mediated diseases. Company’s proprietary Fc-based designer biologics (FBDB™) platform enables the engineering of multi-functional biologics with diverse targeting modalities, designed to activate both innate and adaptive immune pathways and address limitations of current immunotherapies.
HanchorBio is advancing a portfolio of innovative biologics designed to address significant unmet medical needs through differentiated molecular configurations, translational development strategies, and scalable CMC capabilities.
For more information, please visit:
https://www.HanchorBio.com
Forward-Looking Statements
This press release contains forward-looking statements regarding HanchorBio’s research collaborations, development programs, product candidates, regulatory strategy, and future plans. Actual results may differ materially from those expressed or implied due to various risks and uncertainties, including clinical development outcomes, regulatory interactions, regulatory decisions, protocol development, and market conditions. HanchorBio undertakes no obligation to update forward-looking statements except as required by applicable law.