PRIMARY CELLS
Primary cells are isolated directly from human tissues or blood, retaining the physiological properties and predictive relevance of their origin, making them ideal for translational research, drug screening, and therapeutic development. Unlike immortalized cell lines, they have limited population doublings and require specific nutrients, posing challenges for certain assays.
However, with advanced isolation techniques and strict quality control, researchers can access a diverse range of high-quality primary cells from multiple human systems—such as nervous, cardiac, hepatic, renal, and more—many unique to the industry. These cells are cryopreserved at early passage to ensure high viability and consistency for a wide range of applications.
Allianz Bio, in collaboration with iCell and iPhase, offers a comprehensive range of high-quality primary cells from various human systems, ensuring high viability and physiological relevance for advanced research applications.
Key Features
High-quality primary cells isolated from healthy human tissues, cryopreserved at early passage for excellent viability.
Extensive range of cell types from multiple human systems, supporting diverse research applications.
Custom cell isolation services and cell-derived DNA, RNA, and proteins available for molecular studies.
Specialized hepatocyte culture systems:
HepatoMax™ – Co-culture with hepatocytes and stromal cells.
HepatoCon™ – Monoculture with hepatocytes in a fully defined medium.
More About Principals
iCell Bioscience offers high-quality primary cells from healthy human tissues, isolated using proprietary methods and cryopreserved at early passage for excellent viability. We also provide custom cell isolation services and cell-derived DNA, RNA, and proteins. Explore our categories for a full range of primary cell solutions
IPHASE offers high-quality primary cells along with advanced hepatocyte culture systems. The HepatoMax™ co-culture system (hepatocytes and stromal cells) and HepatoCon™ system (hepatocytes with defined medium) support hepatocyte viability for over two weeks, ideal for metabolism studies and drug evaluation.
