This afternoon, the 19th session of Wu Shichun’s Venture Breakthrough Dark Horse Laboratory was successfully hosted at our company. More than ten entrepreneur participants from across the country visited our firm to study and exchange ideas centered on technology entrepreneurship, and were warmly received by General Manager Gao Jianwei.Gao Jianwei first guided the participants on a tour of the company’s laboratories. Afterwards, he gave a detailed introduction covering the founding team, orga...
Thanks to thorough pre-project preparation and persistent efforts, the Rebaudioside M technical upgrading project at Jingde Fermentation Base has successfully completed local government filing formalities and is scheduled to start construction in the near future.Figure 1: Exterior view of Jingde Fermentation BaseAs an important natural sweetener, Rebaudioside M obtained marketing approval from the National Health Commission of China in March this year amid steadily rising market demand. Launc...
On May 31, 2024, Anhui Jingke Biotechnology Co., Ltd. successfully held the kick-off meeting for the construction of its Quality Management System (QMS). The meeting aims to comprehensively advance the development of the company’s quality management system, improve the quality of products and services, and sustain the company’s leading edge amid fierce market competition.Chaired by Wang Shudong, the Company’s Chief Operations Officer, the meeting was attended by General Manager Gao Jianwei, h...
The standard workflow of synthetic biology starts with target product confirmation. Based on product characteristics, appropriate chassis cells are selected, followed by genetic circuit design. Designed genetic constructs are transformed into chassis cells for testing and screening; circuits are iteratively revised according to experimental feedback to optimize performance. Repeated rounds of modification ultimately yield optimal cell factories and enable full-scale industrial production. Acc...
The fundamental principles and technical tools constitute the core of synthetic biology, enabling researchers to design and construct novel biological systems with customized functions. Key principles and technical approaches of synthetic biology are outlined as follows:Fundamental Principles1. Standardized Biological Parts: Synthetic biology standardizes biological components including DNA sequences, proteins and metabolic pathways into interchangeable modular units named BioBricks. These st...
As a golden key to decipher life and a disruptive technology reshaping the future, synthetic biology unlocks the pathway converting non-living substances into living materials. It enables rational design and editing of living systems, establishes a new research paradigm for life science, fuels iterative upgrades of biotechnology, and serves as a core driving force for the future bioindustry. Over more than two decades of development, synthetic biology has delivered successive breakthroughs, r...
Synthetic biology aims to design and construct novel biological components and biosystems or remodel existing biological systems via engineered design philosophies and technical methodologies to benefit human life. In recent years, accelerated advancements in underlying enabling technologies and applied scientific platforms, paired with robust policy support and massive capital inflows, have driven the rapid industrial translation of synthetic biology from laboratory research to commercial pr...
Hailed as the third revolution in biotechnology, synthetic biology has garnered worldwide attention as an emerging technological sector in recent years.Following China’s release of the 14th Five-Year Plan for Bioeconomy Development, which explicitly prioritizes the accelerated advancement of biotechnology and the bioeconomy, synthetic biology has gained growing public recognition. Subsequently, numerous provincial and municipal authorities across China have rolled out supporting policies to s...
