Microbial microgravity cultivation system

（1） Kilby GravityMicrobial microgravity cultivation systemProduct Usage

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• 1.1 Growth and metabolic changes:Study the effects of microgravity on the growth rate, biofilm formation, and synthesis of secondary metabolites (such as antibiotics and toxins) of bacteria and fungi. For example, increased virulence or altered antibiotic sensitivity of certain pathogens.

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• 1.2 Space Biotechnology:Explore the use of microgravity environment to optimize microbial fermentation processes, producing drugs, enzymes, or other high-value products with higher yields or new characteristics.

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• 1.3 Space Station Life Support:Studying the behavior of microorganisms in a closed microgravity environment is crucial for wastewater treatment, air purification, and potential disease risk prevention and control.

（2） Kilby GravityMicrobial microgravity cultivation systemProduct performance characteristics

2.1 Ground simulation of microgravity effects:Without the need for expensive space flights, the main physical effects of microgravity on cells and tissues can be highly simulated in ground laboratories, such as low shear forces and suspension culture, significantly reducing research barriers and costs.

2.2 Modularity and Scalability:Flexible design that can adapt to different culture containers (culture bottles, culture plates, etc.),Different cultivation clips can also be customized according to customer needsTo meet the requirements of size and sample size, facilitating experiments of different scales and types.

2.3 Relative cost-effectiveness:Compared to real space experiments, the purchase, operation, and maintenance costs of ground-based microgravity simulation systems are significantly lower, making extensive and long-term microgravity biology research possible.

The microgravity cultivation system mainly affects the growth of cells and tissues by simulating the microgravity environment in space in ground laboratories. In this environment, the shear force experienced by cells is significantly reduced, closer to the mechanical environment of cells in vivo.

Beijing Kilby Biotechnology Co., LtdKilby Gravity cultivation system developed and producedBy precisely controlling the rotation vector, a low shear force environment is created, which not only protects the integrity of cells, but also promotes the spontaneous aggregation of cells to form three-dimensional spheres or organoids. In addition, some microgravity culture systems also combine suspension culture technology to allow cells to freely aggregate and grow without scaffolds, further simulating the growth state of cells in vivo.