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【Asia Pacific Biopharma Daily News Summary|May 20, 2026】APAC BioPharma on May 20, 2026 is being shaped by major neurodeg...
05/20/2026

【Asia Pacific Biopharma Daily News Summary|May 20, 2026】

APAC BioPharma on May 20, 2026 is being shaped by major neurodegenerative disease licensing deals, regulatory pricing reform in South Korea, and the commercialization of regenerative medicine.

In South Korea, and signed a potential $4.7 billion licensing agreement for AR-1001, including a $60 million upfront payment, making it one of the largest Alzheimer’s deals ever involving a Korean biotech company. At the same time, the Korean government announced a major generic drug pricing overhaul, reducing reimbursement calculations from 53.55% to 45% in an effort to redirect incentives toward high-R&D and essential medicine developers. Earnings across the sector also continue to diverge sharply: Samsung Biologics reported a 35% increase in Q1 operating profit, while Celltrion Global posted 115% growth, even as many mid-sized biotech companies faced declining profitability.

In Japan, Samsung Bioepis officially launched its Stelara biosimilar “SB17” through following inclusion in the national reimbursement system, expanding patient access for plaque psoriasis and psoriatic arthritis treatment. Meanwhile, Sumitomo Corporation Pharma’s iPS cell-derived Parkinson’s therapy “Amchepry” officially entered Japan’s NHI pricing list, becoming the world’s first commercialized medical product derived from induced pluripotent stem cells. Japan’s Ministry of Health, Labour and Welfare also added the country’s first biosimilars for Xolair, Ranmark, and Simponi into the reimbursement system, accelerating broader biosimilar adoption.

In China, entered a global clinical collaboration with MSD GCC to evaluate its CLDN18.2-targeting ADC ATG-022 in combination with KEYTRUDA® for gastric and gastroesophageal junction cancers. also emphasized its expanding “NewCo” strategy, focusing on overseas entity creation and global asset development to reduce exposure to domestic pricing and regulatory pressure.

In India, the pharmacy sector remains divided over nationwide protest actions targeting online pharmacies and aggressive discounting models, although several major pharmacist associations chose to remain open to ensure uninterrupted patient access. also reported strong FY26 earnings, with revenue up 14% and net profit surging 50% year over year, reinforcing the resilience of India’s injectables and CDMO sector.

In Australia, released new data for International Clinical Trials Day showing that nearly 50% of reviewed studies are now First-in-Human or Phase 1 trials, further reinforcing Australia’s role as a leading global hub for early-stage clinical development.

Taken together, APAC biopharma is increasingly moving beyond its historical role as a regional manufacturing base and becoming a global driver of innovation across Alzheimer’s disease, regenerative medicine, ADCs, and early-stage clinical development.

Which development do you think best represents the next phase of APAC biotech competitiveness?

【GO Conference】Illumina, Inc. recently introduced its   whole genome sequencing solution at the “Unlocking Deeper Biolog...
05/18/2026

【GO Conference】
Illumina, Inc. recently introduced its whole genome sequencing solution at the “Unlocking Deeper Biology Conference” in Taiwan, showcasing how technology could help resolve long-standing challenges in and complex structural variants — opening new possibilities for precision medicine and rare disease diagnostics.

🔹 From “Sequencing” to “Interpretation”
Beyond high-depth sequencing, TruPath™ Genome integrates DRAGEN™ and Emedgene AI-powered analytics to significantly accelerate variant interpretation while improving detection of structural variants and highly homologous genomic regions.

🔹 Multiomics and AI Driving the Next Wave
Illumina also highlighted advances in 5-Base methylation, single-cell RNA sequencing, and proteomics, alongside AI models including PrimateAI-3D, SpliceAI, and PromoterAI — signaling a shift from data generation toward deeper biological insight.

🔹 Real-World Clinical Validation
Dr. Tao-Ming Niu from Taipei Veterans General Hospital shared challenging rare disease cases where TruPath™ Genome helped uncover previously undetectable structural variants, providing new directions for diagnosis and translational research.

Do you believe AI-powered multiomics integration will become the next major driver of precision medicine? Read the full article below👇


Cancer therapy may be entering its “combination era.”In a conversation with ShinYoung Park, CEO of South Korean VSPharmT...
05/18/2026

Cancer therapy may be entering its “combination era.”

In a conversation with ShinYoung Park, CEO of South Korean VSPharmTech (브이에스팜텍), one idea repeatedly surfaced:

The future of oncology may depend less on stronger inhibition — and more on smarter coordination.

That broader shift is perhaps best illustrated through VSPharmTech’s lead asset, VS-101. Rather than positioning VS-101 as a standalone DDR inhibitor, VSPharmTech is developing the asset as a radiosensitizer designed to enhance DNA-damage therapies while avoiding many of the toxicity limitations that have challenged the broader DDR space.

That strategy is already beginning to translate clinically. Early Phase 1 data showing a 100% response rate in head & neck cancer radiotherapy combinations has now pushed the company toward broader U.S.-first expansion, global licensing discussions, and future combination strategies across chemoradiotherapy and chemotherapy.

But the larger signal extends beyond a single company — and beyond Korea alone.

Across Asia, biotech companies are increasingly building innovation locally while pursuing global validation, partnerships, and commercialization strategies internationally. The region is no longer simply participating in biotech’s evolution; it is increasingly helping shape where oncology development may be heading next.

Several broader industry themes emerged from the discussion:
▪️ Oncology may be shifting from “strongest inhibition” toward therapies that integrate more safely and effectively across existing treatment systems
▪️ Radiosensitizers and treatment-enhancing platforms could become strategically important as combination oncology grows more complex
▪️ Clinical usability may become just as important as mechanistic novelty in determining commercial adoption
▪️ Asia’s biotech ecosystem is increasingly developing globally relevant assets designed for international clinical and licensing pathways from the outset

Why it matters:
As oncology pipelines become increasingly crowded worldwide, therapies that improve existing standards-of-care — rather than attempt to replace them entirely — may face lower adoption friction, broader physician integration, and faster scalability across markets.

More broadly, this reflects a growing shift across biotech itself:
Innovation is no longer only about discovering new modalities. Increasingly, it is about engineering therapies that can function effectively within real-world clinical systems at global scale.

Read more about these exclusive insights here: https://shorturl.at/tC3MK
Also available in Mandarin Chinese: https://shorturl.at/KLmoE

Latest   breakthroughs and high-growth opportunities converge at the Asia Summit on Global Health ( ) organized by Hong ...
05/06/2026

Latest breakthroughs and high-growth opportunities converge at the Asia Summit on Global Health ( ) organized by Hong Kong Trade Development Council (HKTDC 香港貿發局).

At , global leaders will explore revolutionary gene and cell therapies, precision medicine and smart ageing innovations that extend healthspan, and accelerated pathways from detection to cure for rare diseases, turning cutting-edge science into real impact for health systems and investors.

At the InnoHealth Showcase, pioneering start-ups in medical devices, , , and will present their latest technologies and solutions advancing from lab to scalable products and powerful partnerships.

ASGH also serves as a powerful platform where healthcare enterprises and global capital converge to turn innovation into investment. Through ASGH Deal-making, project owners can connect face-to-face with investors to explore strategic partnerships and unlock new growth potential.

Japan has become one of the world’s leading regenerative medicine hubs — not just for innovation, but for how advanced t...
05/06/2026

Japan has become one of the world’s leading regenerative medicine hubs — not just for innovation, but for how advanced therapies are regulated, commercialized, and integrated into healthcare systems. Increasingly, countries across Asia are looking toward Japan’s frameworks as a reference point for their own policy development.

But as regenerative medicine matures, a larger problem is emerging: Scientific breakthroughs are moving faster than the systems needed to deliver them.

Today, the challenge is no longer simply developing advanced therapies — it is whether clinical data, manufacturing, regulation, reimbursement, and logistics can operate together at scale.

That is where Taiwan and Japan are now aligning 🇹🇼🇯🇵

Key takeaways from Taiwan–Japan regenerative medicine collaboration:

🔷 Innovation alone is no longer enough — integration, scalability, and ex*****on now define success
🔷 Regulatory approval means little without reimbursement, logistics, and clinical adoption
🔷 Manufacturing comparability and cross-border data interoperability are becoming critical competitive advantages
🔷 Japan leads in system-level ex*****on; Taiwan brings flexibility, translational speed, and innovation agility
🔷 The future of advanced therapies depends on aligning clinical, regulatory, manufacturing, and data ecosystems — not operating them separately

Organized by BPIPO MOEA-IDA, under and Development Center for Biotechnology (DCB), the delegation brought Taiwanese biotech, clinical, and ecosystem leaders to Japan to foster cross-border collaboration and translational opportunities across regenerative medicine and advanced therapies.

Read more on GeneOnline in English: https://shorturl.at/Cr1cH
And in Mandarin: https://shorturl.at/053Vg

Featuring insights and engagement across Taiwan 🇹🇼
Tzu Chi Hospital CancerFree Biotech AngenMed Therapeutics STEMCELL BioTech 史坦賽薾生醫股份有限公司 Taiwan Exosome Spirit Scientific HeXun Biosciences TIMING PHARMACEUTICAL Steminent Biotherapeutics Heron Neutron Medical Corp. Taiwan Association for Cellular Therapy (TACT) TOKIWA-BIO Orient Europharma Medgaea Life Sciences Ltd. PEI LI Pharmaceutical Industrial Taiwan Bio Industry Organization (Taiwan BIO)

And Japan 🇯🇵
LINK-J FIRM DCI Partners SyntheticGestalt DiveRadGel Co., Ltd. Auxilart amelieff フォーネスライフ FonesLife Cellafa Bioscience Minaris Advanced Therapies Human Life CORD Japan Inc. CM Plus Corporation SEKISUI CHEMICAL Eisai Co., Ltd. University of Tsukuba Digital-Bio International Center iLAC Teijin Limited Alfresa Holdings Tokyo Midtown Clinic NoAGE official Heartseed Inc.

GeneOnline went on a site visit to Heartseed Inc., offering a detailed look at how integrated cell therapy platforms are...
04/24/2026

GeneOnline went on a site visit to Heartseed Inc., offering a detailed look at how integrated cell therapy platforms are being developed for cardiac regeneration.

Heartseed is advancing iPSC-derived cardiomyocyte replacement therapy (“remuscularization”) aimed at treating heart failure. The company’s approach focuses on restoring lost myocardial function by transplanting iPSC-derived ventricular cardiomyocytes directly into damaged heart tissue.

A key takeaway from the visit was Heartseed’s end-to-end platform strategy. Beyond cell differentiation, the company places strong emphasis on purification and delivery. Its proprietary metabolic purification method reduces residual iPS cells, a known tumorigenicity risk, to below detectable levels (~0.001%) through lactate-based selection, addressing a major bottleneck in cell therapy manufacturing.

Discussions during the visit also touched on manufacturing scalability, delivery precision, and future expansion plans, including catheter-based administration and potential development of autologous iPSC-derived therapies.

The 9th APACRM Program, “Post-Launch Regulatory Requirements for Regenerative Medical Products,” brought together expert...
04/24/2026

The 9th APACRM Program, “Post-Launch Regulatory Requirements for Regenerative Medical Products,” brought together experts across Asia to discuss evolving frameworks for long-term follow-up (LTFU) and post-marketing regulation of cell and gene therapies.

The session focused on how different APAC regions approach post-launch safety monitoring, highlighting clear differences in regulatory maturity and structure. A central theme was also the scientific necessity of long-term monitoring in regenerative medicine, where products involve living cells and genetic modification. Potential risks such as delayed adverse events, tumorigenicity, and unpredictable in vivo cellular behavior make post-approval surveillance a critical part of ensuring patient safety across the full product lifecycle.

The discussion also pointed to shared regional challenges, including limited long-term real-world data, varying national infrastructure for data collection, and the need for stronger coordination between regulators and developers to support consistent risk-based decision-making.

GeneOnline attended Sustainable Food Night  #37 hosted by Sustainable Food Asia Co., Ltd. in Japan, centered on “Food Ec...
04/24/2026

GeneOnline attended Sustainable Food Night #37 hosted by Sustainable Food Asia Co., Ltd. in Japan, centered on “Food Ecosystems Across Borders — Japan, Taiwan, and Southeast Asia.”

The discussion focused on how cross-border collaboration in the APAC food ecosystem actually takes shape in practice. Sustainable Food Asia and Taiwan-based Haoshi Foundation shared perspectives on how collaborations emerge and the practical challenges of building projects across different markets.

A key takeaway was how ecosystem platforms are becoming essential in connecting startups and corporates across borders, especially as ESG-driven priorities like health access, environmental impact, and social responsibility continue to shape food innovation.

Participants included HAOSHi ACCELERATOR, Leave a Nest Group, Sustainable Food Asia, Leeuwenhoek Labs, Space Ark Bio, Ikeda Tohka Industries Co.,Ltd., and King Noodles, spanning microbiome health, circular food systems, and functional food development.

At CPHI Japan 2026, discussions also centered on the operational barriers that continue to shape foreign biotech entry i...
04/24/2026

At CPHI Japan 2026, discussions also centered on the operational barriers that continue to shape foreign biotech entry into Japan’s pharmaceutical market.

The Triple-Helix Platform, introduced by the National Cancer Center Japan, was presented as a structured mechanism connecting academia, industry, and government to support international entrants navigating Japan’s healthcare ecosystem.

Key challenges highlighted included misalignment between global clinical trial data and Japan-specific regulatory requirements, fragmented stakeholder navigation across the healthcare system, and delays in market entry that contribute to what speakers described as avoidable “drug loss” opportunities.

To address these issues, the platform provides structured guidance for adapting global pipelines into Japan-compliant development strategies, access to local expertise for clinical trial design and regulatory planning, and support in building Japan-specific business and commercialization frameworks.

At The 9th APACRM Program, leaders in regenerative medicine across Asia gathered to discuss how evolving regulatory fram...
04/24/2026

At The 9th APACRM Program, leaders in regenerative medicine across Asia gathered to discuss how evolving regulatory frameworks, reimbursement systems, and cross-border ecosystem coordination are shaping the future of advanced therapies. Sessions spanning Singapore, Taiwan, and Japan highlighted key differences and emerging convergence in how cell and gene therapies are evaluated and brought to market.

Discussions showcased Singapore’s CTGTP classification system distinguishing Class I and II products based on manipulation level and intended use, as well as Taiwan’s dual-track framework separating clinical treatment innovation from product commercialization under distinct regulatory pathways, and Japan’s conditional and time-limited approval system that enables earlier patient access while generating real-world evidence and aligning reimbursement through national insurance mechanisms.

The program featured insights from Wannhsin Chen (President, Taiwan Association for Cellular Therapy), Shunsuke Tominaga (Chair, Regulatory Harmonization Sub-committee, FIRM Japan), and Srinivasan Kellathur (Singapore Association of Pharmaceutical Industries).

The event was supported by APACRM participating members including ABLE - Association of Biotechnology Led Enterprises (India), BPIPO MOEA-IDA (Taiwan), CARM (Korea), CMBA (China), FIRM (Japan), RMAF (Korea), and SAPI (Singapore).

Teijin’s CDMO model reshapes cell therapy developmentThe Teijin Limited team unpacked how the company has transformed fr...
04/23/2026

Teijin’s CDMO model reshapes cell therapy development

The Teijin Limited team unpacked how the company has transformed from its 1918 origins in fibers and materials into a healthcare-driven organization focused on advanced therapeutics.

The discussion revealed Teijin’s strategic positioning in cell and gene therapy through its CDMO model, where it supports biotech companies, universities, and pharmaceutical partners with end-to-end services spanning manufacturing, clinical trial material production, and regulatory support, while ensuring product ownership remains with the client.

This evolution demonstrates how Teijin is redefining its role from a traditional industrial manufacturer to a specialized enabler of regenerative medicine innovation, bridging development and clinical application across global markets.

As cell and gene therapies scale globally, integrated CDMO capabilities like Teijin’s reduce development friction, accelerate clinical translation, and enable more efficient pathways from discovery to patient access.

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