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Shenzhen Lingfu Tuopu Biotechnology Co., Ltd. (referred to as Lingfu Tuopu) was established in 2015. It is an innovative CRO enterprise that focuses on animal research and provides services for preclinical research and evaluation. The company focuses on animal models and provides one-stop services for cell, pathology, protein, molecular, biochemical, behavioral, and other fields, empowering life science and biomedical research.

Founded in 2022, Shenzhen Termi Technology Co., Ltd. takes unique bioorthogonal (& click chemistry) and biochemical technology as the core and foundation, and relies on four major technology platforms of protein engineering, chemical synthesis, separation and purification, analysis and detection to support the development of underlying tools and raw materials for synthetic biology. The company is committed to providing life science reagents, consumables, instruments and CRO and CDMO services for enterprises and biotechnology innovators

Founded in 2022 and incubated at the Shenzhen Engineering Biotechnology Innovation Center, as one of the fastest companies to pass the incubation period and generate revenue in the innovation center, the company is committed to providing protein product design, modification, production, and sales services through cutting-edge artificial intelligence and structural biology technologies. It can provide high-quality protein raw materials and technology modification services to multiple industries in various application scenarios.

Shenzhen Lingfu Top Biotechnology Co., Ltd. (hereinafter referred to as Lingfu Top) was established in 2015. It is an innovative CRO enterprise dedicated to animal research, serving preclinical research and evaluation. With animal models as its core, the company provides one-stop services in cell, pathology, protein, molecular, biochemical, and behavioral studies, empowering life science and biomedical research.

Liangping Biotechnology is a high-tech enterprise based on biotechnology innovation. The company uses technologies such as microbiology and synthetic biology to build an in vitro "digestion factory" to ferment plant and non grain raw materials, aiming to improve, upgrade, and create nutritional components, efficiently transforming non edible and digestible substances in raw materials into digestible and absorbable nutrients. By fermenting non grain raw materials such as shrimp shells, feathers, straw, and some extremely inexpensive industrial by-products, new alternative sources of nutrition can be developed to achieve several times the value increase; Bring the concept of precise nutrition to food and catering consumption, create high-value metabolic products related to health food, to better meet the nutritional needs of animals and humans, and transform food and feed nutrition.