Release time: January 25, 2026 | Information source: Anhui Economic News

When plants that can glow independently in the dark night enter primary and secondary school classrooms from cutting-edge laboratories and become scientific practice objects cultivated and observed by students, a deep integration of cutting-edge technology and basic education is quietly beginning. On January 25, the Shenbi Biological Research Practice Education Base located in the Oriental Happy Valley in Hefei released the country's first standardized research product system based on synthetic biology and gene editing technology, and simultaneously completed the awarding of the Science Popularization Culture Tourism and Research Committee of the Anhui Science Popularization and Culture Industry Association and the signing of multiple strategic cooperation agreements, marking that technological achievements in this field have entered a new stage of large-scale and standardized application.

At the press conference, the "Luminescent Bio" standardized research product kit independently developed by Shenbi Biotech was unveiled for the first time. The package includes a number of core courses such as "The Plants I Raise Glow" and "The Elves Escape from the Deep Sea". It aims to transform technologies such as gene editing and microbial fermentation that were only seen in scientific research papers or high-end laboratories in the past into safe, operable and result-visible research practices.

Li Renhan, founder and chairman of Shenbi Biology, said that as the pioneer of the category of self-luminous plants in China, children can participate in the Shenbi Biology study course and witness with their own eyes the transformation of the microorganisms they cultivate from "non-luminous" to "luminous". Unlike many science popularizations that stay at the conceptual stage, this course covers students from 4 and a half to 18 years old. It transforms abstract scientific principles into concrete and tangible results, effectively alleviating the pain points of traditional biology education that "emphasizes theory and neglects practice" and injects attraction and a sense of accomplishment into scientific enlightenment.

Technological breakthroughs are the cornerstone of it all. Li Renhan demonstrated the "Pioneer of China's Self-illuminating Plant Category" certification issued by the international authoritative organization Frost & Sullivan. The company not only achieved a technological leap from 0 to 1, but also led the formulation of relevant process standards and development white papers. In addition, the "Non-edible Flower Genetic Engineering Innovation Center" jointly established with China Agricultural University, as well as dozens of domestic and foreign patents obtained, have jointly built a complete system from scientific research to products.

The launch of standardized research products is only the first step in the systematic industrial layout of Shenbi Bio. Currently, companies are using synthetic biology technology as support to build a diverse application ecosystem covering research and education, cultural tourism, life and health, and other directions. At the event site, Shenbi Biotech and Anhui Faxiaomeng Media Co., Ltd. signed a strategic cooperation agreement to promote the marketization of products.

In the field of research and study, Shenbi Biology has planned a series of courses ranging from luminescence themes to cellular microorganisms and life exploration; in the field of cultural tourism, it has cooperated with the National Museum of Natural History, Qingdao Underwater World and other institutions to create popular dark night luminous landscapes. In Li Inhan's description, in the future, gene editing technology may be able to realize the dreamy scenes in "Avatar", and luminous poplar trees, luminous lotus flowers, etc. will bring changes to night tours and urban landscapes.

In the field of life and health, companies are also conducting forward-looking exploration. Li Renhan revealed that in the future, he plans to use plant cell factories to synthesize high value-added substances, such as using lettuce cells to synthesize insulin, to provide new auxiliary treatment ideas for diabetic patients. In addition, relying on the soothing cold light released by luminous plants, the company has created a "light field healing" space to provide visual fatigue relief solutions for high-pressure people and tap into the growing health therapy market.

The market reacted positively to this. On the day of the product launch, more than 60 groups of parent-child families experienced in-depth courses at the base. Under the guidance of instructors, the children transformed into "bioengineers" and were immersed in scientific exploration. Sun Peilan, director of the Science Popularization, Culture, Tourism and Research Committee of the Anhui Science Popularization and Culture Industry Association, said when awarding the plaque that this is an important attempt to promote the transformation of scientific and technological innovation resources into popular science, and encourages enterprises to continue to explore new paths for the integration of science and technology and education.

When gathered it is a beam of light, when scattered it is a sky full of stars. At the press conference, Li Inhan concluded with these words, which also foreshadowed the future of this technology. From exhibitions at the National Museum of Natural History to standardized products that can now be entered into homes and campuses, Shenbi Biology has achieved a key leap from "displaying miracles" to "enabling industries". In the Hefei base, 400,000 luminous plants are being nursed and grown. Soon, a real "luminous forest" will appear here at night. This "light of life" illuminates not only the fantastic landscape in front of us, but also the curiosity and dreams of science in the hearts of young people. It is also a new industrial path driven by China's original technology and integrating scientific research, education, cultural tourism and health, providing a vibrant "luminous" sample for the field of biotechnology innovation.

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