Core Insights - Bayer AG has entered a collaboration and global licensing agreement with Soufflé Therapeutics to develop a heart-targeted siRNA therapy for a rare form of dilated cardiomyopathy, enhancing its position in next-generation genetic medicines [1][9] - Soufflé Therapeutics' proprietary platform enables cell-selective delivery of siRNA therapies, potentially reducing off-target effects and the need for frequent dosing [2][9] - Bayer is also enhancing its R&D capabilities through a strategic collaboration with Cradle to integrate AI technology into its therapeutic antibody pipeline [4][5][6] - Bayer's AskBio has received FDA acceptance for its IND application for AB-1009, a gene therapy for late-onset Pompe disease, advancing into a phase I/II study [7][8] Bayer's Strategic Collaborations - The collaboration with Soufflé Therapeutics aims to bolster Bayer's cardiovascular portfolio and leverage Soufflé's capabilities in the siRNA space [3][9] - Bayer's partnership with Cradle focuses on deploying AI for protein engineering, aiming to accelerate lead generation and optimization [4][5] - Cradle's platform will support Bayer's antibody scientists in integrated design and testing cycles [6] Recent Developments and Performance - Bayer's stock has surged 123.7% over the past year, significantly outperforming the industry growth of 20.9% [11] - New drug approvals, including prostate cancer drug Nubeqa and kidney disease drug Kerendia, have contributed to Bayer's strong performance, offsetting declines in Xarelto sales [13][14] - Recent FDA approvals for elinzanetant and Hyrnuo have further strengthened Bayer's product offerings [14][15] - Bayer's pipeline progress includes the acceptance of a new drug application for gadoquatrane and positive results from the OCEANIC-STROKE Study for asundexian [16][17]

截至2026年1月9日 13:15，创新药ETF天弘(517380)盘中换手2.54%，成交4041.23万元。跟踪的恒生沪深港创新药精选50指数 (HSSSHID)一度跌超1.5%，随后反转拉升翻红。成分股药明合联(02268)上涨3.14%，迪哲医药(688192)上涨2.92%，皓元医药 (688131)上涨2.48%，绿叶制药(02186)上涨2.03%，美迪西(688202)上涨1.89%。 拉长时间看，截至1月8日，创新药ETF天弘(517380)最新规模达15.97亿元，最新份额达19.80亿份，创成立以来新高。 从资金净流入方面来看，创新药ETF天弘(517380)近3天获得连续资金净流入，最高单日获得8941.75万元净流入，合计"吸 金"1.15亿元。 【产品亮点】 创新药ETF天弘(517380)，对应场外联接基金(A类：014564；C类：014565)。 【机构观点】 万联证券指出，2025年FDA批准新药的创新"质量"提升和技术平台多元化，国内药企崭露头角。建议聚焦前沿技术平台，重点 关注拥有ADC、siRNA、细胞基因治疗（CGT）等前沿技术平台的公司；建议布局具有"出海"潜力的 ...

该行表示，2025年，中国生物医药板块经历了全面上涨;展望2026年，该行建议采取更具选择性、精选 个股的策略，聚焦优质标的。针对2026年，大和将：1)列出关键临床数据发布节点，2)梳理影响重大的 股价催化剂，3)分析重点领域(PD-(L)1/VEGF、GLP-1、siRNA等)。 大和发布研报称，对于医药个股作建议，首选是信达生物(01801)与恒瑞医药（600276）(600276.SH)， 信达生物目标价由95港元上调至112港元，恒瑞医药目标价维持80元人民币，并维持对石药集团(01093) 的"沽售"评级，目标价维持6.6港元。 ...

医药生物 2025 年 12 月 28 日 投资评级：看好（维持） 行业走势图 数据来源：聚源 -24% -12% 0% 12% 24% 36% 2024-12 2025-04 2025-08 医药生物 沪深300 相关研究报告 《推荐 CXO+科研服务板块的估值切 换机会—行业周报》-2025.12.21 《2025 国谈结果公布，关注相关公司 投资机会—行业周报》-2025.12.14 《必贝特在小核酸领域的差异化布局 —行业周报》-2025.12.7 瑞博生物通过港交所 IPO 聆讯，上市在即 ——行业周报 | 余汝意（分析师） | 巢舒然（分析师） | | --- | --- | | yuruyi@kysec.cn | chaoshuran@kysec.cn | | 证书编号：S0790523070002 | 证书编号：S0790525110001 | chaoshuran@kysec.cn 证书编号：S0790525110001 瑞博生物港交所 IPO 申请通过聆讯，上市在即 2025 年 12 月 21 日，瑞博生物港交所 IPO 申请通过聆讯，即将挂牌上市。瑞博 生物成立于 2007 年，是一家 ...

近日，瑞博生物已成功通过港交所聆讯，中金公司和花旗为其保荐机构。那么，如何看待其投资价值？ 在全球生物医药悄然迈入"核酸时代"的今天，小核酸药物正成为继小分子、抗体药之后颠覆性治疗的第三大药物范 式。 全球范围内具备完整小核酸药物自主研发能力的公司凤毛麟角，而来自中国的瑞博生物正是其中少数具备"端到端"能 力的平台型企业。这家公司不仅是"中国版Alnylam"，更是一家以原创技术驱动、具备全球定义未来治疗标准潜力的 平台型生物科技公司。 图表一：瑞博生物招股书节选 | 編纂]的[編纂]數目 | : [編纂]股H股(視乎[編纂] | | --- | --- | | | 行使與否而定） | | [編纂]數目 | .. [編纂]股H股(可予[編纂]) | | [編纂]數目 | :「編纂]股H股(可予[編纂]及 | | | 視乎[編纂]行使與否而定) | | 最高[編纂] | .. 每股H股[編纂]港元,另加1.0%經紀 | | | 佣金、0.0027%證監會交易徵費、 | | | 0.00015%會財局交易徵費及 | | | 0.00565％聯交所交易費(須於申請時 | | | 以港元繳足,多繳股款可予退還) | ...

Summary of Wave Life Sciences FY Conference Call Company Overview - **Company**: Wave Life Sciences (NasdaqGM: WVE) - **Industry**: RNA medicines, focusing on oligonucleotides, RNA editing, and genetic targets [3][4] Core Points and Arguments RNA Medicines and Pipeline - Wave Life Sciences is positioned at the forefront of RNA medicines, utilizing a proprietary chemistry engine to accelerate the development of oligonucleotides, including siRNA and RNA editing [3] - The company has successfully progressed from identifying genetic targets to generating meaningful human therapeutic data within 24 months, exemplified by their INHBE program for obesity [3] Alpha-1 Antitrypsin Program (WVE-006) - WVE-006 is the first RNA editing program to enter clinical trials, targeting alpha-1 antitrypsin deficiency [5] - The program achieved approximately 65% editing on protein levels, with a notable increase in protein response during acute exacerbations, demonstrating the potential for effective treatment [6][10] - The treatment paradigm is shifting from traditional IV protein replacement therapy to a more sustainable editing approach that can generate protein during acute events [9][10] - The FDA has not set a specific threshold for treatment efficacy, but the original approval for protein replacement therapy was based on an 11-micromolar threshold [19][20] Competitive Landscape - Wave Life Sciences is the only non-LNP derived therapy in the RNA editing space, differentiating itself through safety and durability by avoiding LNPs, which can cause liver injury [21][22] - The company emphasizes the specificity of its RNA editing approach, avoiding off-target effects and aberrant proteins, which are common in DNA editing [22][23] Obesity Program (INHBE - Program 007) - The INHBE program targets inhibin E, leveraging human clinical genetics to address obesity without inducing starvation or lean mass loss [28][29] - Wave has demonstrated significant reductions in activin E protein, correlating with weight loss similar to semaglutide, while maintaining lean muscle mass [30][31] - The potential for a once or twice yearly maintenance therapy is highlighted, with ongoing studies to assess fat loss and metabolic health [36][38] Future Studies and Market Strategy - Wave plans to conduct phase two studies on obese patients to evaluate fat reduction and sustainability of weight loss, with a focus on reducing reliance on GLP-1 therapies [42][43] - The company is exploring strategic collaborations while maintaining a wholly owned asset approach, aiming for clear registrational paths in the obesity landscape [42][43] Other Important Content - The company is optimistic about the potential for its therapies to transform patient outcomes in both alpha-1 antitrypsin deficiency and obesity [23][30] - Wave Life Sciences is focused on delivering data that demonstrates the efficacy and safety of its treatments, with upcoming data releases expected to provide further insights into their therapeutic potential [44][45]

Financial Data and Key Metrics Changes - Revenue for Q3 2025 was $7.6 million compared to a net loss of $7.7 million in the prior year quarter, attributed to the timing of revenue recognized under the collaboration agreement with GSK [22] - Research and development expenses increased to $45.9 million from $41.2 million year-over-year, driven by advancements in the inhibin E and RNA editing programs [22] - General and administrative expenses rose to $18.1 million from $15 million in the prior year quarter, primarily due to share-based compensation [22] - Net loss for Q3 2025 was $53.9 million, an improvement from a net loss of $61.8 million in the prior year quarter [23] - Cash and cash equivalents at the end of Q3 2025 were $196.2 million, down from $302.1 million as of December 31, 2024, but extended cash runway into Q2 2027 with additional proceeds [24] Business Line Data and Key Metrics Changes - The company highlighted significant advancements in the WVE-007 program, showing dose-dependent reductions in activin E levels, with reductions of 56%, 75%, and 85% for different dosing cohorts [8][9] - WVE-006 demonstrated the potential to restore physiological AAT production, achieving AAT levels of up to 13 micromolar and a 60% decrease in mutant ZAAT protein [13] - The DMD program, WVEN531, showed a statistically significant improvement in time to rise, with a 3.8 seconds improvement compared to natural history [18] Market Data and Key Metrics Changes - The company is addressing a significant market need with an estimated 9 million homozygous individuals living with PNPLA3I148M liver disease in the US and Europe, who are at a nine-fold higher risk of dying from their liver disease compared to non-carriers [16] - The obesity market is highlighted as having over 1 billion individuals living with obesity, many of whom lack access to current GLP-1 therapies, presenting a unique opportunity for the company's treatments [55] Company Strategy and Development Direction - The company is focused on advancing its pipeline, particularly in RNAi and RNA editing, with a strategy to leverage proprietary chemistry and platform innovations [5] - There is a strong emphasis on developing non-incretin treatment approaches for obesity, with WVE-007 positioned as a potential maintenance therapy to prevent rebound weight gain [6][11] - The company aims to build on its momentum in the obesity space, with plans for further studies and potential partnerships to enhance development [43] Management's Comments on Operating Environment and Future Outlook - Management expressed optimism about the progress made in clinical trials, particularly with WVE-007 and WVE-006, and the potential for these therapies to transform treatment paradigms [25] - The management team acknowledged the competitive landscape in the obesity market and the need for innovative solutions that provide durable results without the side effects associated with current therapies [55] - There is confidence in the ability to meet regulatory requirements and achieve clinical milestones, with ongoing discussions with the FDA regarding imaging endpoints for Huntington's disease [29][30] Other Important Information - The company is preparing for a global potentially registrational phase 2-3 study of WVE-003 in adults with Huntington's disease, using caudate volume as a primary endpoint [19] - The company has received positive feedback from key opinion leaders regarding the potential of its RNA editing programs to address unmet medical needs [14] Q&A Session Summary Question: Inquiry about cholesterol fat mobilization post-inhibin knockdown - Management confirmed no observed changes in increased lipids and deposits in the liver from preclinical studies, indicating positive findings regarding fat mobilization [26][27] Question: Pre-IND meeting with FDA regarding Huntington's imaging endpoints - Management confirmed alignment with the FDA on using MRI as an imaging endpoint, emphasizing the importance of well-designed clinical trials [29] Question: Changes in gene expression timing in obesity studies - Management noted that while gene expression changes occur over time, early engagement of targets and sustained suppression of proteins are observed [34] Question: Insights on acute phase response in AATD patient - Management indicated that the patient responded as expected, with no new insights beyond the initial findings [48] Question: Future studies beyond NYTE for obesity program - Management expressed interest in exploring further studies and potential strategic partnerships, while noting that the GSK collaboration would not hinder these opportunities [62]

Summary of Wave Life Sciences FY Conference Call Company and Industry Overview - **Company**: Wave Life Sciences (NasdaqGM: WVE) - **Industry**: RNA editing and gene therapy, specifically targeting alpha-1 antitrypsin deficiency (AATD) and other related conditions Key Points and Arguments 1. Targeting Alpha-1 Antitrypsin Deficiency - Wave Life Sciences is focusing on alpha-1 antitrypsin deficiency as an initial target due to its validation from a single point mutation and measurable biomarkers [2][4][6] - The company is the first to enter the clinic with data on this target, indicating significant progress in the field of RNA editing [2][3] 2. Mechanism of Action - The approach involves correcting mutations on the transcript level, transitioning patients from a ZZ phenotype (high risk of lung and liver disease) to an MZ phenotype (low risk) [5][6] - The editing process aims to increase the production of M protein, which is crucial for patient health during acute phase responses [8][9] 3. Clinical Data and Results - Initial clinical data showed a shift from 0% M protein to 44% after a single dose, with expectations of reaching 65% M protein with multi-dose administration [7][8] - The total protein levels increased to 12 micromolar, with ongoing studies indicating potential for further increases [6][9] - The 400 mg cohort is anticipated to provide insights into the durability and efficiency of the editing process [9][10] 4. Future Steps and FDA Approval - The next steps for the WVE-006 program include further trials with the 200 mg and 400 mg cohorts, focusing on the drug's ability to respond to acute phase events [11][13] - Discussions around FDA approval thresholds suggest that the focus should be on achieving clinically relevant protein levels, particularly the MZ phenotype [16][17] 5. Broader Implications for RNA Editing - The panel discussed the potential of RNA editing technologies to address a variety of genetic conditions beyond AATD, emphasizing the importance of selecting appropriate targets [44][45] - The ability to achieve high levels of editing and the precision of the ADAR enzyme were highlighted as significant advantages over traditional gene editing methods [62][63] 6. Competitive Landscape - Other companies in the RNA editing space, such as ProQR and Arana, are also targeting AATD, indicating a competitive environment [18][26] - ProQR's AX-810 program aims to modulate protein function for cholestatic diseases, while Arana is focusing on optimizing ADAR engagement for therapeutic applications [26][21] 7. Investor Sentiment and Market Expectations - There is a growing interest from investors in the RNA editing space, with discussions shifting from the technology itself to the selection of indications for proof of concept [71][73] - The panel expressed confidence that RNA editing could reach a level of acceptance similar to siRNA therapies, potentially in a shorter timeframe [65][66] 8. Challenges and Considerations - The need for clear biomarkers and therapeutic benefits associated with editing levels was emphasized as critical for advancing the field [59][60] - The panel acknowledged misconceptions about RNA editing capabilities compared to DNA editing, particularly regarding expected editing efficiencies [73][74] Additional Important Content - The discussion highlighted the importance of understanding the pharmacology of RNA editing and its translation from animal models to human clinical data [60][61] - The potential for RNA editing to provide temporary, reversible modifications without long-term consequences was noted as a significant advantage [62][63] This summary encapsulates the key discussions and insights from the Wave Life Sciences FY Conference Call, focusing on the advancements in RNA editing technology and its implications for treating genetic disorders.

Core Viewpoint - The article emphasizes the significance of gene editing technology as a revolutionary approach to curing genetic diseases, highlighting its potential to provide permanent solutions by directly correcting DNA sequences, unlike traditional therapies that only manage symptoms [3][4][5]. Group 1: Gene Editing Technology Overview - Gene editing is categorized into three generations: ZFN, TALEN, and CRISPR/Cas, with CRISPR/Cas representing a significant leap in efficiency and effectiveness [16][15]. - The CRISPR/Cas system utilizes RNA for target recognition, which simplifies the design and delivery process compared to previous methods [12][13]. - The article discusses the challenges of gene editing, particularly in identifying target sequences within vast genomic data, which has historically limited the technology's development [8][9]. Group 2: Current Market Landscape - The focus of investment in the biotech sector is shifting towards companies that leverage disruptive gene editing technologies, particularly those with proven products at the forefront of the market [5][18]. - Companies like CRISPR Therapeutics and Intellia are highlighted for their advancements in gene editing therapies, with CRISPR's products showing promising early commercial success [20][21]. - The article notes that the delivery of gene editing tools, especially to liver cells, has become more refined, with LNP (lipid nanoparticles) being a key method for effective delivery [21][23]. Group 3: Future Directions and Innovations - The emergence of base editing (BE) and prime editing (PE) technologies represents the next frontier in gene editing, offering more precise editing capabilities with reduced risks of off-target effects [31][36]. - Prime editing, in particular, is noted for its ability to perform complex edits without causing double-strand breaks, thus minimizing unintended genetic alterations [41][42]. - The article concludes with a forward-looking perspective on the potential for gene editing technologies to transform the biopharmaceutical industry, driven by ongoing innovations and the quest for effective treatments [45][46].

Summary of Codexis Conference Call Company Overview - Codexis specializes in protein engineering and biocatalysis, providing solutions for small molecule medicines like Januvia and Paxlovid [4][4] - The company is now focusing on enzymatic synthesis of oligonucleotides, particularly in the siRNA therapeutics space [4][4] Industry Insights - The siRNA therapeutics market is expected to grow significantly, with demand projected to increase from 100 kilos in 2023 to at least 10 metric tons by the end of the decade [8][8] - Recent announcements from companies like Novartis and CureVac indicate a growing demand, with CureVac projecting a need for 25 metric tons per year, which exceeds current phosphoramidite chemistry capabilities [9][9] - Codexis estimates that the demand could reach 50 metric tons or more as the market expands into preventive medicines and larger indications [9][9] Technical Challenges and Solutions - Current chemical synthesis methods for siRNA are inefficient, expensive, and labor-intensive, requiring significant raw materials and infrastructure [6][6] - Codexis offers a range of solutions from ligation of shortmers to end-to-end enzymatic synthesis, which can improve yield and reduce costs [10][10][12][12] - The company is engaged with multiple customers, including one drug moving into phase 3 trials, demonstrating the feasibility and scalability of their platform [11][11] Customer Engagement and Market Strategy - Codexis has seen a significant increase in customer engagement, with a progression from one contract in 2024 to multiple contracts signed in 2023 [21][21] - The company aims to partner with biotech firms that have strong management teams, funding, and potential for large indications [21][21] - Codexis is focused on long-term partnerships, with revenue growth expected as customers move through clinical development stages [28][28][30][30] Competitive Landscape - Codexis positions itself against established companies like Novartis and Alnylam, which have existing supply chains for their drugs [26][26] - The company believes its enzymatic process offers a faster and more cost-effective solution for scaling production compared to traditional methods [26][26] Future Developments - Codexis plans to showcase its capabilities at upcoming conferences, including the ability to produce GMP drugs at required clinical trial quantities [39][39] - The company is also exploring advancements in chiral control for molecules, which could lead to more potent and safer therapeutics [40][40][41][41] Financial Position - As of the last quarter, Codexis reported over $60 million in cash, sufficient to establish its GMP facility and support future growth [42][42] Conclusion - Codexis is well-positioned in the growing siRNA therapeutics market, with innovative solutions to address current production challenges and a strong pipeline of potential partnerships and revenue growth opportunities [43][43]