Stem cell

Culture

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Warm congratulations on the official launch of the website!


The project team members have been engaged in stem cell technology research and development for many years, with rich experience in stem cell culture and induced differentiation

Based on the serum-free stem cell culture process, the project team has developed a stem cell culture medium with clear chemical components

It can be used in various application scenarios for stem cell culture and is a cost-effective domestic substitute product for imported high-end stem cell culture media

The total global market size of cell culture media in 2020 was 4.65 billion US dollars, and it is expected to reach 8.24 billion US dollars by 2028; The market size of cell culture media in China will reach 5.44 billion yuan by 2025; Domestic culture media increased from 18.6% in 2016 to 22.8% in 2020

Under the requirements of reducing costs and seeking stable supply of raw materials, more and more domestic biopharmaceutical companies are choosing domestic culture media.

★ This product is suitable for multiple species, including humans, mice, monkeys, pigs, cows, sheep, and more, to meet various needs in the fields of medicine, agriculture, and animal husbandry.

★ The cell expansion efficiency of this product has reached the international advanced product level, and it can be stably passaged for more than 100 times without producing karyotype mutations, maintaining dryness, and ensuring the ability of the three germ layers to differentiate in vitro.

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Warm congratulations on the official launch of the website!

We are committed to the research and industrialization of stem cell culture media


Project Debriefing

Sample trial production has been completed; Complete the screening of raw material suppliers and validation of raw material performance.


Stem Cell Media Solutions

This project has developed stem cell culture medium beyond market products, and domestic raw materials have been tested and can be used in the production of culture medium, which will greatly reduce costs, have cost-effective advantages to fight against imported products, and realize the domestic substitution of stem cell culture medium.


Half-human and half-pig embryos have been successfully cultivated. One of the scientific breakthrough figures comes from China.

Wu Jun, a tenured professor in the Department of Molecular Biology at the University of Texas Southwestern Medical Research Center, has long been engaged in basic and translational research on pluripotent stem cells. Pluripotent stem cells are powerful tools for development and disease modeling, with promising applications for regenerative medicine and reproductive biology


Scientists create a half-human, half-pig embryo

Scientists have created a half-human, half-pig embryo, a technique that raises the possibility of interspecies organ transplantation


What are stem cells used for

The use of stem cells is still in the clinical research stage, and through clinical research and observation, stem cells are mainly used in the medical field. The characteristic of stem cells is that they are in a poorly differentiated or undifferentiated state for life, have the ability to differentiate into different types of cells, and can divide and proliferate infinitely