An Innovation Way to Grow Cells

We provide products and service for 3D cell culturing.

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Microfiber Extracellular Matrix

Accurately Simulating the 3D Architecture of the Real Biological Extracellular Matrix

A novel type of artificially synthesized organic copolymer macromolecular biological structure with high cell affinity and non-toxicity.

High reproducibility, and stable batch quality

It allows for the adjustment of pore size, structural rigidity, and other factors during synthesis to meet the needs of various in vitro culture of mammalian cells

Provides a stable micro-environment

It effectively provides a stable micro-environment necessary for cell growth, ensuring effective exchange of nutrients and the metabolism of cellular metabolic waste.

Organoid Culture Kit

We provide primary tumor/normal tissue organoid cultivation solution different from BME matrix gel, with minimal samples, low cost, and high efficiency.

Innovative CTC in-vitro Culture Kit

Based on the optimization of the matrix material for the in vitro culture of circulating tumor cells (CTCs), a 3D culture condition highly simulating the in vivo microenvironment of cells is established, whichmay effectively support the growth of CTCs, endothelial cells, and stromal cells. This system allows resting and dying CTCs recover and grow, achieving a high efficiency of in vitro culture and expansion of CTCs, so that signifcant amout of CTCs can be obtained and may facilitate subsequent research and diagnosis.

Additionally, a method for constuction of PDOX model by implantation of CTCs in vivo is established, providing an innovative solution for the evaluation of drug efficacy of anti-cancer drugs.

Suitable Solutions For 3D Cell Culture

3D cell culture has broad innovative applications in many life science fields, such as biomedicine, clinical diagnosis, organoid cultivation, and in vitro production of therapeutic macromolecules.

Biopharmaceutical

Efficient production of bio-macromolecules，high-throughput drug screening of CROs

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Medical

Construction of in vivo and in vitro disease models, meeting the unmet evaulation needs of IVD and medical products.

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Research&Development

Efficient cultivation of primary tissue organoids, co-culture of organoids with immune cells, low-cost establishment of organoid biobank, iPSC-induced disease/organoid models

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