Shenzhen Kusi Biotechnology Co., Ltd. is a microbial technology research and development enterprise selected to settle in the Shenzhen Engineering Biological Industry Innovation Center. It focuses on the screening of environmental functional microbial communities, predictive cultivation based on omics, functional gene modification and evolution, microbial group information analysis and mining, as well as the application formulation and sales of microbial products. Its core philosophy is "using biology to transform the environment, and using the environment to shape the future." The company primarily engages in the exploration of microbial germplasm resources in special environments and agricultural application scenarios, the synthesis, testing, and application of efficient functional microbial communities, predictive analysis technology for microbial cultivation conditions, and the establishment of microbial germplasm resource banks, aiming to achieve efficient pollutant treatment, ecological restoration, and formulation applications related to modern agriculture.

     The company boasts a research and development team led by a returnee doctor, with over 50% of its members holding a master's degree or above. This team has forged a technology that deeply integrates biology, information technology, artificial intelligence, and automation for the exploration of environmental microbial germplasm resources. The company actively engages in collaborative research and development with educational institutions, collaborating on joint projects with prestigious research institutions such as the Shenzhen Institute of Advanced Technology, Peking University, Sun Yat-sen University, Shenzhen University, Hong Kong Polytechnic University, and Guangdong Ocean University. This collaboration has led to the formation of a patent portfolio in areas like microbial culture budgeting, rapid identification based on AI, and the rapid application of synthetic functional bacterial communities, furthering the industrialization and implementation of these achievements.

     In addition to the central platform, we have independently developed a functional microbial community analysis and prediction system for 16S and metagenomic sequencing, as well as an automated platform for microbial Al identification and isolation, enabling high-throughput mining of environmental microorganisms in fields such as environment, agriculture, food, and health. The pilot production platform for microbial agents has achieved production and application testing of synthetic functional microbial agents, providing technical support for the market promotion of these agents.

     Corporate website: https://qsensing.cn/