Cell Culture

Why Did South Dakota Choose a Pause Over a Ban?
Biotech & Bioprocessing Why Did South Dakota Choose a Pause Over a Ban?

The emergence of cell-cultured protein has sparked intense debate at the intersection of agricultural tradition and technological innovation, nowhere more so than in states with deep roots in the livestock industry. In South Dakota, a legislative effort to completely prohibit the sale of lab-grown

Will a New Nano-Drug Change Cancer Treatment?
Biotech & Bioprocessing Will a New Nano-Drug Change Cancer Treatment?

Today we're joined by Ivan Kairatov, a biopharma expert with a deep understanding of the technological innovations driving the industry, particularly in oncology. His work at the intersection of research and development gives him a unique perspective on the recent FDA clearance for PharmaResearch’s

CDMO Alliances Streamline Complex Drug Development
Biotech & Bioprocessing CDMO Alliances Streamline Complex Drug Development

The ambitious journey of bringing a groundbreaking therapy from a laboratory concept to a patient-ready treatment is increasingly intersecting with the harsh realities of a complex and fragmented manufacturing landscape. As biopharmaceutical innovators pioneer increasingly sophisticated molecules,

Can Safer mRNA Delivery Unlock a New Era of Medicine?
Biotech & Bioprocessing Can Safer mRNA Delivery Unlock a New Era of Medicine?

The immense success of messenger RNA vaccines painted a tantalizing picture of a medical revolution, yet the very technology that made them possible has also been a barrier to their wider therapeutic use. While transformative in preventing infectious diseases, the first generation of mRNA delivery

AstraZeneca Bets $15 Billion on China's Innovation Hub
Biotech & Bioprocessing AstraZeneca Bets $15 Billion on China's Innovation Hub

In a move that sends ripples across the global pharmaceutical landscape, AstraZeneca has committed to a landmark $15 billion investment in China, a strategic initiative designed to run through 2030. The announcement, made on January 29, 2026, signals a profound deepening of the company's research,

Can a 3D-Printed Chip Mimic Human Tissue?
Biotech & Bioprocessing Can a 3D-Printed Chip Mimic Human Tissue?

Researchers have developed a groundbreaking microfluidic chip using a single-step 3D printing process that successfully mimics the three-dimensional environments where cells grow in the human body, a development poised to revolutionize how diseases are studied and new drugs are tested. This new

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