A new recombinant feline interferon, a crucial drug for treating viral diseases in cats and dogs, was successfully launched into the market in the first quarter by Zhongke Baike (Tianjin) Biological Pharmaceutical Co., Ltd. The journey of this veterinary drug from research to market involved a collaborative effort spanning over a decade across the Beijing-Tianjin-Hebei region. The formula was developed in Beijing, underwent pilot testing in a Tianjin facility, involved clinical trials across eight pet hospitals in the region, and utilized packaging prepared by a manufacturer in Hebei province. The deepening integration of the biomedical industry and supply chains within the region has significantly smoothed the flow of innovative resources. In March alone, sales of this interferon approached 5 million yuan, tapping into a promising market combining pet economy and biomedicine, according to General Manager Chen Huangshi.
The Tianjin Baodi Jingjin Zhongguancun Science City, where Zhongke Baike is located, provided fertile ground for this technological transfer. Tailored services and streamlined approval processes enabled a swift transition from project completion to operational launch. This efficiency is observable from individual enterprises to entire industrial parks, highlighting how smoother circulation of innovation factors underpins successful technology commercialization within the regional cooperative framework. The area's strategic location was a key factor in its selection for development, facilitating a model where research from Beijing is transformed into products in Baodi.
Within the science city, an intelligent bus system utilizing integrated vehicle-road-cloud technology, developed by a team from the Chinese Academy of Engineering in Beijing, has been implemented, creating a seamless link between the Baodi high-speed rail station and the tech park. Meanwhile, in Hebei, the Hebei Center of the Beijing-Tianjin-Hebei National Technology Innovation Center has opened application scenarios to attract and test new technologies from Beijing and Tianjin. This complementary approach, leveraging regional strengths, effectively bridges the gap between laboratory research and industrial production.
Joint initiatives, such as a special cooperative fund for natural sciences established by the three regions, have fostered collaboration among more than 700 research teams. During the 14th Five-Year Plan period, the value of technology contracts transferred from Beijing to Tianjin and Hebei exceeded 320 billion yuan, a significant increase from the previous period.
Addressing market demand is a critical prerequisite for successful commercialization. At Tianjin Siasun Intelligent Technology Co., Ltd., also located in the science city, a new intelligent fusion perception system developed in the first quarter is now in operation. Designed in collaboration with North China Electric Power University's Baoding campus, the system enhances mining transport safety by providing real-time detection of obstacles on tracks. The development process involved extensive on-site research in mines across the region to accurately identify and address practical needs.
Efforts to strengthen ties between academia, research institutions, and businesses, coupled with enhancing the supply of application scenarios based on market demand, ensure that technology transfer is targeted and effective. Talent remains the most dynamic element in innovation. At Zhongke Baike, technician Yuan Hongfeng, originally from Hebei, relocated his family to Tianjin in 2019, benefiting from preferential policies for housing and his child's education. Such measures, which precisely address the needs of skilled professionals, are vital for sustaining innovation momentum.
Continuous training programs for technology transfer professionals, improved accreditation systems for technology managers, and initiatives like the Beijing-Xiong'an Talent and Innovation Corridor are breaking down institutional barriers. This improves the flow of labor, capital, technology, and data, creating a more favorable ecosystem for cross-regional technology commercialization. By leveraging synergistic advantages and ensuring the smooth flow of production factors, the region is poised to transform scientific advances into industrial successes, thereby contributing to high-level technological self-reliance and high-quality development.
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