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【About This Episode】 When the R&D cycle for novel biologics spans a decade, how do you effectively manage both financial and scientific risks? While early out-licensing brings immediate cash, why does HanchorBio choose to delay gratification to build leverage for international negotiations? When the market obsessively chases single clinical data points, how should investors evaluate the true worth of a biotech company? In this episode, Dr. Scott Liu, Chairman and CEO of HanchorBio, breaks down how the company leverages a dual-pillar strategy and relentless execution to pave the way for its 2026 IPO.
【Key Takeaways】
The Art of Risk Management: From securing robust funding to achieving scientific validation, how has HanchorBio minimized its downside risk to reach a valuation inflection point?
Clinical Breakthroughs: With HCB101 showing remarkable efficacy across solid tumors, why is a wide therapeutic window (up to 31 mg) the key to becoming a versatile backbone therapy?
Strategic Licensing: Why hold off on a global out-licensing deal? Discover how a comprehensive data package acts as leverage for a future multi-hundred-million-dollar upfront payment.
The Dual Pillar Strategy: Expanding from immuno-oncology to autoimmune diseases, how will the rising star HCB206 disrupt the massive market with its novel Mechanism of Action (MOA)?
Three Metrics for Biotech Investing: Market cap to R&D spend ratio, pipeline breadth and depth, and executive team track record—how to see the big picture in biotech evaluation.
【About This Episode】 When there are more treatment tools than ever in the era of precision medicine, why do cancers still frequently relapse? Why do conventional treatments kill the bulk of the tumor but fail to eliminate the cunning "cancer stem cells"? As global pharma giants stumble over severe hemolytic toxicity in CD47-targeted therapies, how does HanchorBio reverse the tide with clever molecular design? In this episode, we invite Dr. Ming-Yi Chen, a pathology expert at UT Southwestern Medical Center and Scientific Committee member of HanchorBio, to reveal the winning strategies of next-generation immuno-oncology drugs from a frontline clinical perspective.
【Key Takeaways】 The Truth About Cancer Relapse: Why do chemotherapy and radiation kill mature tumors but inadvertently allow "cancer stem cells" to escape and cause endless recurrence? The Ultimate Criterion for Targeted Therapy: Why must a perfect target adhere to the strict standard of being highly expressed on tumors but completely absent on normal cells? Breaking the CD47 Hemolytic Curse: How does HanchorBio's HCB101 use an AI-designed SIRPα "decoy" to precisely target tumors while perfectly avoiding red blood cells? Synergistic Therapy (1+1>2): Why does combining "low-dose chemo/radiation" with "macrophage-directed immunotherapy" drastically reduce systemic toxicity and improve long-term survival? The Extended Potential of the FBDB Platform: How does reducing a drug's "antigenicity" prolong its effective circulation time? And how will HCB301, a tri-specific antibody with three targeting arms, leave tumors with nowhere to hide?
投資人必問的三大 IP 問題:沒有技術背景怎麼辦?商發長教你從「自由營運權(FTO)」、「專利佈局密度與廣度」、「競爭者版圖」精準評估公司的真實價值。
【About This Episode】 If technology determines whether a company can get started, what determines if it can go the distance? While many perceive patents merely as defensive tools against imitation, why is Intellectual Property (IP) actually the ultimate ticket to play and a crucial bargaining chip in the biotech industry? With HCB101 securing patents in both the U.S. (2025) and Japan (2026)—two of the world's most rigorous markets—what commercial leverage and global expansion strategies lie beneath the surface? In this episode, Dr. Cong Yuehua, Chief Business Officer at HanchorBio, decodes how invisible intellectual property is transformed into an impenetrable economic moat and powerful negotiation leverage.
【Key Takeaways】 The Commercial Logic of IP: Why is IP not just a defensive shield, but a "right to play" and a vital bargaining chip in global biotech partnerships? Conquering the U.S. and Japan Markets: How do the 2025 U.S. patent (the gold standard) and the 2026 Japan patent (a massive CMC stress test) pave the way for entering high-end pharmaceutical markets? Monetizing Intangible Assets: How does patent validation directly translate into a $10 million licensing upfront payment and over $20 million in fundraising success? Building a Platform-Level Moat: From the lead asset HCB101 to subsequent programs like HCB301 and HCB206, how does HanchorBio leverage its FBDB platform to create a multi-layered defense (covering formulation, manufacturing, and trade secrets)? Three Must-Ask IP Questions for Investors: No technical background? Dr. Cong explains how to evaluate a company's true worth by asking about "Freedom to Operate (FTO)," "portfolio density and geographic coverage," and the "competitor landscape."
【About This Episode】 When is a biotech company truly ready for IPO—not just to list, but to be valued? If retail investors see “a story,” what do institutional investors actually price in? And after going public, what really drives valuation—data, deals, or discipline? In this episode, Alan Tseng, CFO of HanchorBio, breaks down the financial logic behind IPO timing, valuation frameworks, and post-listing strategy. From clinical milestones and BD execution to capital efficiency and governance design, this conversation reveals how biotech companies transform scientific uncertainty into market-priced assets. IPO is not the finish line—it is the moment when uncertainty becomes measurable, and growth becomes tradable.
【Key Takeaways】 The Timing Equation of IPO: Why is the optimal IPO window a balance between de-risking and remaining upside? What Institutions Really Evaluate: How do investors determine whether uncertainty has been reduced enough to price? Valuation Drivers Post-IPO: Why clinical milestones, licensing deals, and pipeline depth dominate market valuation? Capital vs. Control: How do biotech firms balance fundraising needs with strategic control and governance? The CFO’s Risk Framework: How are clinical uncertainty, financial exposure, and commercialization risks quantified and managed?
【About This Episode】 When most biotech companies are still burning cash to survive, what signals that one has crossed the “valley of death”? When a company reports NTD 300 million in revenue, is it just income—or proof that its technology has been validated by the market? When liabilities drop by 84% in a single year, is it financial engineering—or the beginning of a strategic transformation? In this episode, we invite HanchorBio’s CFO, Alan Tseng, to break down how the company is building a sustainable cash flow engine while navigating the intense demands of biotech R&D.
【Key Takeaways】 The Turning Point from Burn to Cash Recovery:Why is licensing revenue more than just income—and instead a critical inflection point that marks the shift from storytelling to real cash flow validation? Strategic Capital Structure Optimization:How do lower liabilities and a cleaner balance sheet directly impact valuation, fundraising power, and institutional investor confidence? Milestone-Driven Capital Allocation:Instead of burning cash evenly, how does Hanchor prioritize key assets like HCB101 and HCB301 to ensure every dollar spent translates into measurable value? From Raising Capital to Choosing Capital:What changes when a company no longer needs money—and how does that shift negotiation power with investors and global pharma partners? The Compounding Potential of a Platform Model:As the FBDB platform continuously generates new pipelines, how could this translate into scalable and recurring licensing opportunities?
【About This Episode】 When PD-1 inhibitors hit a plateau, who can reignite the anti-cancer fight from the "upstream" of the immune system? Why is a "Triple Combination Strategy" not just a simple addition of drugs, but a precisely engineered "Golden Triangle" tactic? With HCB101 monotherapy showing sustained responses for over a year in head and neck cancer, what does this mean for a $4 billion global market? In this episode, we are joined by Dr. Alvin Luk, President and Chief Medical Officer of HanchorBio. Dr. Luk provides a deep dive into the recently disclosed, astonishing clinical data for HCB101 and explains how HanchorBio is navigating global translational medicine with world-class standards.
【Key Takeaways】 The Golden Triangle of Triple Combination: Why does simultaneously "unmasking the tumor, cutting off supplies, and delivering direct cytotoxicity" create clinical value greater than the sum of its parts in second-line gastric cancer? The Bridge of Innate Immunity: Compared to traditional therapies focusing on downstream T-cells, how does HCB101 activate the immune system from the upstream via macrophages? Decoding the Data: What does comprehensive tumor shrinkage (PR, partial response) within just 6 weeks signify? How do clinicians evaluate "durability" and "consistency" in early-stage trials? Global Regulatory Synergy: From Shanghai and Taipei to the U.S., how does HanchorBio utilize a single "Global Standard" for trial design to align with FDA and EMA expectations? Taiwan’s Biotech Leadership: Why Dr. Luk believes Taiwan possesses not only the R&D foundation but also the potential to lead global biotech innovation to the finish line?
當一顆藥在實驗室裡完美無瑕,為什麼進入工廠卻可能全盤崩潰? 當專利保護的是「藥是什麼」,那麼誰在守護「藥怎麼做出來」? 當全球多功能蛋白不到 1.6% 能成功走入臨床,漢康如何跨越放大生產的死亡之谷? 本集我們邀請到漢康生技 CMC 舵手——執行總監 郭孟薇 博士(Vivian),深入解析從 DNA 到 IND 僅 13 個月背後的工藝革命。
精彩內容:
CMC 的商業底層邏輯: 為什麼國際 Big Pharma 買的是「確定性」而不是「可能性」?
授權金背後的關鍵籌碼: 為什麼成熟的 CMC 數據包能直接拉高國際談判桌上的估值?
死亡之谷的真相: 為何細胞從杯子大小放大到上萬公升反應槽時,失敗風險會指數級上升?
99% 純度的意義: 當法規前期 90% 即可接受,漢康為何選擇在第一階段就做到接近上市等級?
成本與病患的平衡點: 高產量(3–6 g/L)與高回收率如何同時壓低定價並維持健康毛利?
【About This Episode】 When a drug performs flawlessly in the lab, why can it collapse during scale-up? If patents protect what a drug is, who protects how it is made? And when fewer than 1.6% of tri-functional biologics make it to clinical stage, how does HanchorBio cross the so-called “valley of death”? In this episode, Dr. Vivian Kuo, Head of CMC at HanchorBio, reveals the industrial strategy behind achieving >99% purity, 3–6 g/L yield, multi-year stability, and a rapid 13-month timeline from DNA to IND. CMC is not just manufacturing—it is the second moat that determines whether a promising molecule becomes a global medicine.
【Key Takeaways】 The Commercial Logic of CMC: Why do global pharmaceutical giants buy certainty instead of possibility? Licensing Leverage: How can a robust CMC package significantly increase valuation at the negotiation table? The Valley of Death in Scale-Up: Why does moving from lab-scale to industrial bioreactors dramatically increase the risk of failure? What 99% Purity Really Means: Why exceed early-stage regulatory requirements and aim for near-commercial standards from day one? Balancing Affordability and Profitability: How do high yield and high recovery rates enable both accessible pricing and sustainable margins?
【About This Episode】 When 74% of global biologics remain single-function antibodies, why did HanchorBio choose to enter the 1.6% frontier of tri-functional drugs? Even after the Nobel-recognized breakthrough of PD-1/PD-L1, why do over half of patients still show limited response? How does HCB301 activate both innate and adaptive immunity to dismantle the tumor’s defensive microenvironment? In this episode, Dr. Chi Ling Tseng breaks down the scientific logic and commercial strategy behind the HCB30X tri-functional fusion protein series developed by HanchorBio. By integrating CD47 targeting, PD-L1 blockade, and TGF-β modulation into a single molecule, HanchorBio aims to deliver a coordinated “multi-front immune assault” against cancer.
【Key Takeaways】 Limitations After PD-1 Breakthrough: Why do immune checkpoint inhibitors still leave a majority of patients without durable response? Strategic Rationale for Tri-Functionality: How does integrating A+B+C into one molecule enhance both efficacy and cost-effectiveness compared to combination therapy? Engineering Barriers: What makes tri-functional fusion proteins exceptionally challenging to design and manufacture? Differentiation Strategy: How does HCB301 complement—rather than compete with—HCB101 within the pipeline? Clinical Signals That Matter: Why is successful dose escalation a pivotal milestone for safety validation and global licensing leverage?
This episode explores not only a next-generation immunotherapy candidate, but also the strategic blueprint behind platform-driven biotech innovation.
While 98% of biologics in clinical trials are monoclonal or bispecific antibodies, Hancor Bio has chosen to conquer the 1.6%—the highly complex field of tri-functional fusion proteins. In this episode, we welcome Dr. Scott Liu, Chairman of Hancor Bio, to discuss the powerhouse behind their innovation: the FBDB™ (Functional Binding Domain Bridge) platform.
Highlights of this episode:
Synergy in One Molecule: Why a tri-functional protein outperforms traditional combo therapies in cost-effectiveness and regulatory pathways.
Platform Mastery: A deep dive into HCB301, combining PD-L1, Sirpα, and TGF-β Trap to overhaul the tumor microenvironment.
AI-Enhanced R&D: How Hancor Bio utilizes AlphaFold and structure-based modeling to slash development timelines from months to weeks.
Beyond Oncology: Introducing HCB206, a potential blockbuster for autoimmune diseases like SLE (Systemic Lupus Erythematosus).
Investment Wisdom: Dr. Liu’s advice on evaluating "moats" and "differentiation" in a data-driven biotech landscape.
【About This Episode】 Why is the CD47 target often called the "Bermuda Triangle" of drug development? While global pharmaceutical giants have struggled in this field, how did HanchorBio secure a $202 million licensing deal and develop HCB101, a 3.5-generation drug that is rewriting industry standards? In this episode, we are honored to host Dr. Wenwu Zhai, Chief Research Officer of HNK Biotech. With a prestigious background from the University of Cambridge and UCSF, and leadership experience at Pfizer and Roche, Dr. Zhai provides a deep dive into how HNK utilizes its FBDB platform and AI modeling to solve the fatal "hemolytic toxicity" flaw that plagued previous generations of CD47 drugs.
【Key Takeaways】
Decoding CD47: How cancer cells use the "Don't Eat Me" signal to evade the immune system.
Learning from the Past: Why 1st and 2nd gen drugs failed, and the differentiated advantages of HNK’s 3.5-gen approach.
AI & Antibody Engineering: The process of screening 1.8 X 10^8 molecules to find the perfect balance of "potency" and "safety."
"Beginning with the End in Mind" (CMC): Why 6 g/L yield and in-house process control are the cornerstones of commercial success.
The Future Roadmap: HCB101’s remarkable clinical performance in head and neck cancer, stomach cancer and lymphoma, and its strategic expansion into autoimmune diseases.
This is more than a record of a cancer revolution; it is a masterclass in the "platformization" of biotech. Whether you are an investor, a medical professional, or a tech enthusiast, this is an episode you cannot miss!
In June 2025, HanchorBio achieved a major milestone by signing a $202 million regional licensing deal for HCB101 with Henlius. What makes a global pharmaceutical giant bet on a 5-year-old startup? In this episode, we sit down with Dr. Yuahua Cong, CBO of HanchorBio. With a PhD in Organic Chemistry from Germany and a track record of leading billion-dollar international deals, Dr. Chong shares insights into:
The Science: Why innate immunity is the missing piece in the cancer immunotherapy puzzle.
The Partnership: Why Henlius was chosen as the strategic partner for Greater China.
IP Strategy: How HanchorBio builds a "moat" around its technology through multi-layered patent protection.
Scaling Up: Why HanchorBio has already moved beyond the "Proof of Concept" phase into a global expansion stage.
Join us for a deep dive into the intersection of groundbreaking science and high-stakes business negotiation.
While biotech investing is often viewed as a high-stakes gamble, seasoned investors see it as a calculated game of odds and multiples. In this episode, we are joined by Dr. Scott Liu, founder of HanchorBio. Drawing on his battle-tested experience leading the team behind Taiwan’s first innovative drug to receive EU approval, he dissects his decision to enter the "multifunctional fusion protein" arena—a path fewer than 1.6% of companies dare to tread.
Dr. Liu unveils the biomedical sector’s unique "Jackpot Theory": when a single target can simultaneously trigger multiple immune mechanisms, the payoff transcends a mere product—it becomes a strategic asset with global competitiveness. Join us to uncover the business logic behind the data and decipher the anti-cancer revolution unfolding before our eyes.