Against the backdrop of deep digital-real economy integration and intensifying global innovation competition,accelerating digital transformation and platform transformation to shape a multidimensional,interactive,and ...Against the backdrop of deep digital-real economy integration and intensifying global innovation competition,accelerating digital transformation and platform transformation to shape a multidimensional,interactive,and co-evolutionary innovation ecosystem represents a crucial pathway to enhancing the independent innovation capability of manufacturing enterprises.By incorporating digital elements and platform concepts into the traditional techno-economic paradigm,this study constructs a Technology-Organization-Innovation theoretical framework to analyze how digital transformation facilitates organizational platform transformation,thereby improving enterprise innovation performance.Based on the theoretical analysis,this study empirically examines the relationship between digital transformation,platform transformation,and enterprise innovation performance using panel data from Chinese listed manufacturing firms from 2014 to 2021.The results indicate that digital transformation significantly enhances enterprise innovation performance,with more pronounced effects for firms with higher levels of digitalization and higher ownership concentration.Additionally,digital transformation drives organizational platform transformation,fostering an innovation ecosystem through digital platforms,which in turn strengthens enterprises’independent innovation capabilities.The role of digitalization in facilitating platform transformation is primarily achieved through specialization in the division of labor and enterprise interconnectivity-two critical dimensions of the industrial internet platform.Promoting digital transformation and platform transformation in manufacturing enterprises while fully leveraging digital platforms as innovation infrastructure can enhance enterprise innovation performance and drive high-quality development in the manufacturing industry.展开更多
More than 20 years have passed since the first report on successful genetic transformation of wheat. With the establishment and improvement of transformation platform, great progresses have been made on wheat genetic ...More than 20 years have passed since the first report on successful genetic transformation of wheat. With the establishment and improvement of transformation platform, great progresses have been made on wheat genetic transformation both on its fundamental and applied studies in China, especially driven by the National Major Project for Transgenic Organism Breeding, China, initiated in 2008. In this review, wheat genetic transformation platform improvement and transgenic research progresses including new techniques applied and functional studies of wheat quality, yield and stress tolerant related genes and biosafety assessment are summarized. The existing problems and the trends in wheat transformation with traditional methods combined with genomic studies and genome editing technology are also discussed.展开更多
基金supported by the Key Project of the National Natural Science Foundation of China“Research on Evaluation Indicators,Development Patterns,and Path Selection of a Modern Industrial System”(No.23AZD027)the General Project of the National Natural Science Foundation of China“Appropriate Technology Selection and Power Transformation for the Transformation and Upgrading of China’s Manufacturing Industry under the Guidance of High-Quality Development”(No.71973083)the General Project of the Ministry of Education Humanities and Social Sciences“Appropriate Technology Selection,New-Old Momentum Conversion,and the Driving Mechanism of Manufacturing Transformation and Upgrading”(No.19YJA790016).
文摘Against the backdrop of deep digital-real economy integration and intensifying global innovation competition,accelerating digital transformation and platform transformation to shape a multidimensional,interactive,and co-evolutionary innovation ecosystem represents a crucial pathway to enhancing the independent innovation capability of manufacturing enterprises.By incorporating digital elements and platform concepts into the traditional techno-economic paradigm,this study constructs a Technology-Organization-Innovation theoretical framework to analyze how digital transformation facilitates organizational platform transformation,thereby improving enterprise innovation performance.Based on the theoretical analysis,this study empirically examines the relationship between digital transformation,platform transformation,and enterprise innovation performance using panel data from Chinese listed manufacturing firms from 2014 to 2021.The results indicate that digital transformation significantly enhances enterprise innovation performance,with more pronounced effects for firms with higher levels of digitalization and higher ownership concentration.Additionally,digital transformation drives organizational platform transformation,fostering an innovation ecosystem through digital platforms,which in turn strengthens enterprises’independent innovation capabilities.The role of digitalization in facilitating platform transformation is primarily achieved through specialization in the division of labor and enterprise interconnectivity-two critical dimensions of the industrial internet platform.Promoting digital transformation and platform transformation in manufacturing enterprises while fully leveraging digital platforms as innovation infrastructure can enhance enterprise innovation performance and drive high-quality development in the manufacturing industry.
基金supported by the National Major Project for Transgenic Organism Breeding, China (2014ZX08002-004 2014ZX08010-004)+3 种基金the International S&T Cooperation Key Projects of Ministry of Science and Technology, China (2009DFB30340)the National Natural Science Foundation of China (30871524 and 31071403)the Natural Science Foundation of Hubei Province, China (2010 CBD 02403)the Wuhan Municipal S&T Research Project, China (201120922286)
文摘More than 20 years have passed since the first report on successful genetic transformation of wheat. With the establishment and improvement of transformation platform, great progresses have been made on wheat genetic transformation both on its fundamental and applied studies in China, especially driven by the National Major Project for Transgenic Organism Breeding, China, initiated in 2008. In this review, wheat genetic transformation platform improvement and transgenic research progresses including new techniques applied and functional studies of wheat quality, yield and stress tolerant related genes and biosafety assessment are summarized. The existing problems and the trends in wheat transformation with traditional methods combined with genomic studies and genome editing technology are also discussed.
