Stem Cells
What is stem cells
Stem Cells are like the “master seeds” of the body.
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They can keep making copies of themselves to produce new cells.
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They can also develop into different types of cells in the body, such as blood cells, muscle cells, or nerve cells.
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Because of this special ability, stem cells are often called the “mother of cells” or the “repair system of life.”
In simple terms:
Stem cells = the body’s spare parts library, helping repair damage and restore health.
Our advantage
Our NK cells are like an elite task force—stronger, more precise, and more effective than ordinary NK cells in fighting cancer and infections.
This technology helps train and expand the body’s own immune “killer cells” so they can better recognize and destroy tumor cells and viruses—making treatment more precise and more effective.
BsAb work like a bridge, connecting immune cells to cancer cells, making treatments more powerful, more targeted, and often more affordable.
iPS technology can turn ordinary cells back into “master cells,” giving science a powerful tool for regenerative medicine, disease research, and future therapies.
Invention patent and Global Coporation
National Technical University of Ukraine
One of the world’s oldest and most prestigious universities, with 19 faculties, 5 institutes, 14 research centers, and over 30,000 students.
Zhongke Baocheng has signed a strategic cooperation agreement covering talent exchange, R&D, and academic collaboration.
Introduced technologies include nano-molecular pharmaceuticals, bio-welding, laser hemostasis, stem cell & artificial bone transplantation, and bioprosthesis manufacturing.
Founded in 1934, the Paton Institute is the world’s largest welding technology research institute and was the top welding center of the former Soviet Union. It has nearly 1,000 staff, including 11 academicians, 50 professors, and over 40 PhD researchers, and is renowned for its advanced welding technologies widely applied in aerospace and shipbuilding.
Zhongke Baocheng has established cooperation with the Paton Institute in high-frequency biological welding technology, which has broad clinical application prospects. This technology enables precise cutting, hemostasis, tissue connection, and repair during surgery, reducing surgical bleeding by up to 80%, lowering infection risks, and improving recovery.
The project has been successfully registered under the China–Ukraine Science and Technology Cooperation Program of the Ministry of Science and Technology of China.