数字化种植追溯系统

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步长制药的“智”药术
Da Zhong Ri Bao· 2025-09-27 22:40
Core Viewpoint - The article highlights the modernization of traditional Chinese medicine (TCM) through digitalization and innovative technologies, particularly focusing on the practices of Shandong Buchang Pharmaceutical Co., Ltd. Group 1: Digitalization and Traceability - Buchang Pharmaceutical has established a digital traceability system covering 350 nodes for Chinese medicinal materials, allowing for full lifecycle tracking from seedling to product delivery [4][6] - The system has accumulated traceable information for over 200,000 acres of standardized medicinal material management, addressing the industry's "difficult traceability" issue [6] Group 2: Quality Control and Raw Material Sourcing - The company emphasizes the importance of selecting the right cultivation areas to ensure the quality of medicinal materials, with specific bases in the Yimeng Mountains and Xinjiang [3] - The effective components in the medicinal materials from these regions exceed pharmacopoeia standards by over 40% due to favorable growing conditions [3] Group 3: Technological Innovations in Production - Buchang Pharmaceutical has implemented several technological breakthroughs in the production process, including precise material delivery, stable granulation, and intelligent drying technologies, resulting in a 40% reduction in energy consumption and a doubling of production efficiency [7] - The company has transitioned from traditional experience-based methods to a scientific verification approach in drug development, establishing a comprehensive quality control research system [9] Group 4: Integration of Traditional and Modern Practices - The modernization of TCM at Buchang Pharmaceutical does not discard traditional methods but enhances them with technology, converting experiential knowledge into digital parameters for precise control [10] - The DCS system allows for temperature control within ±0.1℃, replicating traditional extraction methods while improving yield and consistency by over 10% compared to manual operations [10]