Create value for every user
The sun shone into the living room, and it was so beautiful

A biotech company driven by synthetic biology technology innovation
Biomaterial full industry chain platform company
A biotech company driven by synthetic biology technology innovation
Biomaterial full industry chain platform company
Established in 2000 with a registered capital of 10 million and over 40 employees, XYZ Biotechnology Co., Ltd. is a company driven by innovation in synthetic biology technology. Excellent employees, advanced technology, sophisticated equipment, and strict management are the fundamental reasons for the company's continuous growth and the trust its products have earned from users. "Reliability and professionalism" are our production ethos and service beliefs.
  • 7000 mu
    planned area
  • 1000 mu
    Phase I area
  • 90 trillion yuan
    Phase one investment
  • 2000 square meter
    built-up area
  • 01
    Cell recognition and signal transduction
    The glycans on the surface of cells serve as unique "identity tags", enabling cells to precisely distinguish between their own cells and foreign pathogen cells. For instance, in the immune system, immune cells recognize "non-self" components through surface glycans, subsequently initiating an immune response to eliminate pathogens.
  • 02
    Maintain cell structure and stability
    On the cell membrane, glycans bind to lipids and proteins to form glycolipids and glycoproteins, with their sugar chains extending outward to form the cell's glycocalyx, which acts like a "protective coat" to increase the stability and flexibility of the cell membrane and resist damage from external physical and chemical factors.
  • 03
    immunomodulation
    Glycans are ligands for some immune cell surface receptors and chemokines, regulating the activity and function of immune cells. For example, certain glycans can enhance the cytotoxicity of NK cells, aiding them in killing virus-infected cells and tumor cells.
  • 04
    Participate in substance transport and metabolism
    Within the cell, glycans can modify proteins and lipids, transforming them into glycosylated proteins, etc. Relying on sugar chain signals, they are precisely transported and localized within the cell, such as being sent to specific areas like the endoplasmic reticulum and Golgi apparatus for subsequent processing.