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New Product Launch | bioGenous™ Human and Mouse Brain Organoid Kits (Serum-Free) Now Available! Innovative Yet Wise—ushering in the golden age of highly biomimetic brain science research!
Publication Date:2025-03-31

 

 

Foreword

Traditional brain organoid research heavily relies on induced pluripotent stem cell (iPSC) technology. While capable of simulating certain neurodevelopmental processes, it suffers from significant drawbacks, including lengthy cycles (exceeding 3 months), low functional maturity, and pronounced batch-to-batch variability. These limitations severely constrain drug screening and the reliability of disease models. BioGenous™ once again leads innovation by introducing its serum-free human and mouse brain organoid culture kits! Derived from human and mouse brain tissue and utilizing a serum-free, end-to-end system, this breakthrough overcomes the limitations of iPSC technology. It enables the efficient construction of highly biomimetic, functionally complete brain organoids, establishing a new paradigm for neuroscience research and propelling brain science studies to a new level.

 

Product Highlights

Standardized Scalable Brain Organoid Cultivation

 

  • Innovation at the Source, Efficient Expansion

Cycle Shortened by 85%: Organoid passage and expansion cycles take only 12-14 days, significantly faster than the average 3+ months for traditional iPSC induction cycles.

High-Efficiency Expansion, Long-Term Stability: Supports long-term stable expansion with >90% viability, overcoming the challenge of sustaining iPSC organoids over extended periods.

  • Highly Functional Mimicry, Precisely Simulating Brain Development and Disease

Naturally Preserves Spatiotemporal Characteristics: Directly reproduces cortical layering without complex induction.

More Authentic Pathological Models: Accurately simulates neurodegenerative diseases and brain tumor development.

  • Serum-Free Workflow, Balancing Safety and Stability

Defined Components: Serum-free with clearly identified ingredients.

Safety and Stability: Manufactured and managed under GMP standards with minimal batch-to-batch variation.

 

 

Product Data

  • Mouse Fetal BrainExpansion) Organoid Kit

P1-D2                 P1-D8

 

P3-D4             P3-D8

Figure 1 E13.5 Bright-field images of first- and third-generation mouse brain organoids constructed from mouse embryonic brain tissue. Experimental materials require strict ethical review. (Scale bar, 200 μm)

 

 

Figure 2 Immunofluorescence staining of Ki67 (proliferation marker)
and Sox2 (stem cell marker) in mouse brain organoids
constructed from E13.5 mouse embryonic brain tissue (scale bar, 200 μm).

 

 

  • Mouse Fetal Brain (Differentiation) Organoid Kit

 

Figure 3 Bright-field image of differentiated mouse brain organoids
constructed from E13.5 mouse embryonic brain tissue (scale bar, 200 μm).

 

 

Figure 4 Differentiated brain organoids maintain low levels of Sox2 expression while extensively expressing the mature neuronal cell marker MAP2 (scale bar, 100 μm).

 

 

Product Information

 

 

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