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中国生物制药格局:新资产诞生之地(英)2026
PitchBook· 2026-02-03 02:05
Investment Rating - The report indicates a positive outlook for China's biopharma sector, highlighting its transition into a more mature phase characterized by self-sufficiency and innovation [3]. Core Insights - China's biopharma sector is increasingly self-sufficient, supported by domestic funding and innovation, leading to a competitive edge in early-stage asset generation [3]. - The outlicensing market in China is expected to remain active, expanding into new therapeutic areas beyond oncology [3]. - Despite a pullback from non-domestic venture capital, domestic funding is reinforcing a self-reliant ecosystem in China's biopharma landscape [3]. - The report emphasizes that US restrictions may disrupt US biopharma innovation more than they will slow China's progress [3]. Summary by Sections Internal Dynamics of China's Biopharma Landscape - China's biopharma ecosystem is evolving from a generics powerhouse to a leader in next-generation therapeutics, supported by efficient clinical-trial infrastructure [5]. - The number of Investigational New Drug (IND) applications for innovative drugs increased significantly from 688 in 2019 to 2,298 in 2023 [5]. - China has adopted international standards for clinical trials, allowing companies to save 12 to 18 months in trial initiation compared to the US [5]. Global Engagement with China: Cross-Border Trends - China's licensing activity has increased, with a focus on complex biologics rather than legacy modalities [48]. - In 2025, antibodies and antibody-drug conjugates (ADCs) were the most licensed modalities, with significant deal values indicating their strategic importance [50][52]. - The report notes a trend of US and EU biopharma companies establishing centers of excellence in China to leverage local innovation [56][59]. Looking Ahead to 2026: Risks, Opportunities, and Geopolitical Trajectories - The BIOSECURE Act may introduce friction in cross-border collaborations but is primarily focused on downstream execution rather than early-stage asset generation [74]. - Despite potential disruptions, the demand for early-stage assets is expected to remain strong, particularly in precision oncology and cell and gene therapy [71][73]. - The report suggests that China's early-stage asset advantage is likely to persist due to rising US costs and funding constraints [74].
TECH Stock Might Rise Following the Leo Shipping Announcement
ZACKS· 2025-03-12 12:00
Core Insights - Bio-Techne Corporation has launched the Leo System, which utilizes Simple Western Technology to enhance bioanalytical workflows, allowing for faster market introduction of next-generation therapies [1][2]. Company Overview - Bio-Techne has a market capitalization of $9.24 billion, with a Zacks Consensus Estimate indicating a 5.1% year-over-year increase in fiscal 2025 earnings and a 5.5% revenue improvement [3]. Product Details - The Leo System can process up to 100 samples in a single 3-hour run, providing the necessary precision and reproducibility for regulatory submissions [4]. - Leo improves upon existing Simple Western platforms by enhancing sample throughput and protein quantitation reproducibility, and it includes advanced software for compliance with regulatory standards [5]. Customer Reception - Early adopters and beta testers have reported positive feedback on Leo's performance, data quality, and its applicability in various research areas, including clinical biomarker studies and gene therapy assays [6]. Industry Prospects - The global western blotting market is valued at $1.97 billion in 2024, with a projected compound annual growth rate (CAGR) of 6.01% from 2025 to 2030, driven by increasing research initiatives in biotech and pharma sectors [7]. Recent Developments - Bio-Techne's Asuragen brand has partnered with Oxford Nanopore Technologies to launch a new genetic panel for carrier screening research [10]. - The company has also expanded its RNAscope in situ hybridization probes, now covering over 70,000 unique probes across more than 450 species to support spatial biology research [11].