Core Insights - The collaboration between Jianhe Group and South China University of Technology marks a significant step in integrating industry and academia, focusing on research talent cultivation and innovation transformation in the maternal and infant health sector [1][3][11] Group 1: Partnership Details - The signing ceremony established a "Graduate Joint Training Base," which aims to enhance research capabilities for Jianhe's brand, Gan Shen Yuan, and promote sustainable development in the maternal and infant health industry [1][11] - The Food Science and Engineering College of South China University of Technology has collaborated with Jianhe Group on over ten research projects in maternal and infant nutrition, resulting in one provincial technology project and multiple technical breakthroughs [3][11] Group 2: Research Achievements - The partnership has led to the application of 11 invention patents, with 5 granted, and successful applications in products like Gan Shen Yuan's probiotic milk powder [3][10] - Since its establishment in 1999, Gan Shen Yuan has focused on infant nutrition research, publishing over 120 SCI papers and applying for more than 200 patents, with over 100 granted [10] Group 3: Future Outlook - The collaboration is seen as a milestone that will inject innovative energy into Jianhe Group and cultivate high-quality talent for the industry, promoting high-quality development in the health sector [11] - Jianhe Group plans to continue its PPAE business model (Premium, Proven, Aspirational, Engaging) and deepen cooperation with universities to explore diverse talent cultivation models [11]

Core Insights - A team of undergraduate students from Wenzhou University has developed a high-performance conductive ink with completely independent intellectual property rights, achieving a 6-fold increase in conductivity and a 35% reduction in cost, which supports the upgrade of the domestic electronic label industry [1][3]. Group 1: Research Breakthrough - The team faced numerous challenges during a three-month research period, initially struggling with substandard conductivity in their samples [3]. - Through extensive research, including reviewing over 200 professional papers and making 137 formula adjustments, the team significantly improved their product [3]. - The introduction of a gallium-doped formula led to a substantial 6-fold increase in conductivity, while adjustments in screen printing parameters improved electronic label response speed [3]. Group 2: Intellectual Property and Collaboration - The project has established a complete intellectual property system, with 6 SCI papers published and 8 patents applied for [3]. - The project is expected to complete a pilot test phase of 50-100 kilograms by June this year and has already formed cooperation intentions with companies like Xinggu Optoelectronics and Zhejiang Mashang [3]. - Mass production of the product is projected to reduce electronic label production costs by approximately 40% [3]. Group 3: Youth and Innovation - The young team exemplifies the spirit of contemporary youth contributing to national technological advancement, showcasing perseverance in research [5]. - Their efforts not only contribute to the development of the domestic electronic materials industry but also serve as an inspiration for more young individuals to engage in technological innovation [5].

Core Insights - The article highlights the innovative development model of Yejiji Village in Longkou City, Shandong Province, focusing on the integration of party building and the grape industry to enhance rural economic growth [1] Group 1: Party Building and Economic Development - Yejiji Village utilizes a "Party Building Chain" to connect the industrial chain, integrating over 300 acres of land to establish a smart grape industry park [2] - The village has formed a cooperative model involving party branches, leading enterprises, and farmers, resulting in an average annual income increase of over 30,000 yuan for more than 200 households [1][2] - The village signed a directed purchase agreement with Yantai Changyu Group, ensuring stable income for farmers through a complete "planting-processing-sales" industrial chain [2] Group 2: Technological Empowerment - The introduction of modern agricultural technology services, including soil testing and crop selection, has improved the smart farming level in Yejiji Village [3] - A "5G + Smart Agriculture" management system has been deployed, allowing real-time data collection for better farming practices, saving 200 yuan in labor costs per acre [3] - The development of a traceability app for grapes has increased the premium rate of Yejiji Village's grapes, with online sales exceeding 1.5 million yuan last year [3] Group 3: Diversified Income Generation - The village promotes the integration of agriculture, tourism, and education, establishing a high-end grape planting garden and a science museum, attracting over 50 research teams annually [4] - The transformation of idle farmhouses into "Grape Fragrance Homestays" has led to an average annual income increase of 25,000 yuan per household [4] - Collaboration with universities to develop deep-processing products has created job opportunities for local women, increasing their monthly income by 1,800 yuan [4] Group 4: Shared Prosperity Mechanisms - Yejiji Village has implemented a "secondary dividend" distribution model, with total dividends exceeding 400,000 yuan last year [5] - The establishment of an "Industry Development Fund" supports low-income families, helping 12 households achieve an average annual income increase of 15,000 yuan [5] - The village has also adopted a land management model that integrates village committees, cooperatives, and farmers, significantly increasing collective economic income [6] Group 5: Cross-Village Collaboration - The formation of a grape industry alliance with five neighboring villages has standardized technical practices and shared sales channels, leading to an average income increase of over 80,000 yuan for alliance villages [6]

Group 1 - The core project "Research on Lipoprotein Profile and New Intervention Targets Based on Large Natural Population Cohorts" has been officially approved, aiming to address residual risk in atherosclerotic cardiovascular diseases using VAP precision lipid testing technology [1] - VAP precision lipid testing technology utilizes vertical density gradient centrifugation to quantitatively measure major components and subcomponents of lipoproteins in human serum or plasma, providing significant value in risk prediction and individualized treatment for cardiovascular diseases [1] - The company has obtained Class II medical device registration for VAP-related reagents and instruments, and its testing methods have been included in national clinical guidelines, enhancing market recognition and clinical application of precision lipid products [1] Group 2 - The company has over 20 years of experience in the IVD industry, with a comprehensive product line covering various technology platforms, making it one of the most complete and diverse IVD manufacturers in China [2] - The strategic layout of the company focuses on the synergy of diagnostic instruments, core diagnostic products, and diagnostic services, supported by multiple R&D centers and collaborations with universities and research institutions [2] - As of the end of 2024, the company has obtained 49 diagnostic instrument registration certificates and 459 supporting reagent registration certificates, covering essential equipment for various diagnostic needs [2] Group 3 - The company is the first Chinese IVD manufacturer to join JCTLM, promoting standardization and global recognition of test results, and has participated in the development of over 30 international and national standard materials [3] - The collaboration with Peking University First Hospital on the national major science and technology project signifies a breakthrough in the integration of industry, academia, and research [3] - The company plans to increase R&D investment and deepen technological innovation, aiming to contribute to chronic disease management and prevention in alignment with the "Healthy China 2030" strategy [3]

中国发展网讯 记者袁小峰林强报道 近日，黑龙江五大连池市政府与东北农业大学合作共建的大豆育种 研发中心项目正式启动首次春播工作，标志着双方在大豆种质资源创新、品种选育等科研领域的合作进 入实质性阶段，同时也意味着双方将携手探索产学研深度融合新路径，为提升区域大豆育种水平、推动 农业高质量发展注入强劲动能。 五大连池市现代农业产业园的1650亩育种试验田是大豆育种的重要基地，这里不仅为培育大豆新品系提 供种质资源储备，还通过标准化种植模式，发挥农业科技示范引领作用。目前，试验田已形成多元化功 能布局，包含市校合作实验区、种业创新研发区、国家核心品种展示区，以及2025年黑龙江省农作物专 家育种示范核心基地，成为集科研攻关、成果转化、技术推广于一体的现代农业样板区。 五大连池市农业农村局二级主任科员庞友祥表示，今年大豆育种试验田播种工作已经完成了95%以上， 这些地块主要用于高校和种业育种研发使用，通过引入高校的科研力量，为大豆种业的发展注入了新的 活力，促进粮食单产提升，助力农民增收致富。 在五大连池市现代农业产业园育种试验田里，东北农业大学的专家进行播种前的各项准备工作，严格按 照预定的方案进行操作，对播种的 ...

Core Viewpoint - The establishment of the Fujian Special Vehicle Product Quality Inspection Center has significantly enhanced the inspection and testing capabilities for specialized vehicles in Fujian Province, addressing the long-standing lack of local testing institutions and improving efficiency and competitiveness for local enterprises [1][2]. Group 1: Development and Capabilities - The center has invested over 100 million yuan and built a laboratory area of nearly 5,000 square meters, equipped with key testing facilities, forming a comprehensive testing capability system for specialized vehicles and key components of new energy vehicles [2][3]. - It has established 11 specialized laboratories for complete vehicle testing and obtained 361 CMA qualifications, making it the first comprehensive inspection institution in Fujian with such capabilities [2][3]. - The center has completed 197 CMA recognized projects for automotive parts testing and received 179 CNAS certifications, significantly enhancing the testing capabilities for key components in the new energy vehicle sector [2][3]. Group 2: Innovation and Service Expansion - The center has developed five sets of pilot testing equipment, filling domestic gaps in key performance testing for specialized vehicle attachments, establishing a new industry benchmark [3]. - It has provided inspection services for 21 vehicle manufacturers and technical support for over 10 companies, helping them reduce costs and improve product quality [3][5]. - The center has expanded its service capabilities by conducting various new testing projects, including those for thermal management systems in new energy vehicles, further supporting the transition of the automotive industry towards new energy [4][9]. Group 3: Economic Impact and Collaboration - The center has conducted nearly 200 product testing services and supported over 20 enterprises, enhancing local companies' production efficiency and market competitiveness [5][6]. - Collaborations with local government and industry experts have led to significant improvements in welding quality and cost savings for enterprises, demonstrating the center's role in driving economic benefits [6][7]. - The center has initiated 23 research projects, including provincial-level projects, resulting in 21 authorized patents and the establishment of local standards, thereby increasing its influence in the industry [8][10]. Group 4: Future Outlook - The center aims to enhance its testing capabilities and service levels, aspiring to become a national-level quality inspection center and contribute to the transformation and upgrading of the industry [11].

Core Viewpoint - Shihezi City is emerging as a national-level innovation hub, leveraging its strategic platforms and rich resources to drive technological advancements and economic growth in Xinjiang [1][2][3] Group 1: Innovation and Development - Shihezi City is recognized as a national-level innovative pilot city, hosting significant strategic platforms such as the Wuchang-Shi National Independent Innovation Demonstration Zone and the Silk Road Economic Belt Innovation-Driven Development Experimental Zone [1] - The city has established itself as a gathering area for agricultural technology, high-tech industries, and emerging industries, with 18 research institutions and numerous national and provincial innovation platforms [1][2] - Shihezi has 113 high-tech enterprises and 174 technology-based SMEs, showcasing continuous innovation vitality [2] Group 2: Achievements and Recognition - The city has received multiple awards for its technological advancements, including six second-class National Science and Technology Progress Awards and over 100 provincial awards [2] - Shihezi High-tech Zone has been selected as a pilot city for "Science and Technology Innovation China" and has received accolades as a national advanced county (city) for scientific progress [2] Group 3: Green Energy and Agriculture - The "Photovoltaic + Sand Control and Ecological Agriculture" project by China New Energy Group integrates ecological and economic benefits, expected to generate approximately 150 million kWh of green electricity annually and reduce carbon emissions by about 78,000 tons [2] - The Xinjiang Tianye Group's modern water-saving agricultural demonstration base utilizes smart technology and data platforms to enhance agricultural efficiency, addressing challenges in saline-alkali land cultivation [3] Group 4: Policy Support and Talent Development - Shihezi City has implemented supportive policies for technological innovation, including a maximum reward of 5 million yuan for technology transformation projects and a 1 billion yuan industrial fund to support leading enterprises [3] - The city is enhancing talent recruitment efforts by establishing special funds and providing green channels for education and medical services for innovative talents [3]

Group 1 - The Ministry of Industry and Information Technology, along with several other government bodies, has issued an implementation opinion to accelerate the high-quality development of the technology service industry, emphasizing the importance of technology transfer and industrialization to support innovation [1] - Technology transfer is identified as a crucial link between innovation and industry, necessary for realizing the value of innovations and contributing to the development of a modern industrial system [1][2] - Various regions are implementing measures to facilitate technology transfer, such as establishing parks and promoting innovative application scenarios [1] Group 2 - Universities are recognized as significant sources of technological breakthroughs, with a high percentage of national science awards attributed to them, yet many innovations remain uncommercialized [2][3] - Jiangsu Province's Yixing City has developed a model leveraging top talent to drive industrial development, with new provincial academician workstations established to enhance collaboration between academia and industry [3] Group 3 - Shanghai Jiao Tong University has created a technology transfer service team to assist faculty in commercializing research, while Zhejiang University collaborates with local governments to establish dedicated teams for technology transfer [4] - The University of Science and Technology of China has introduced a new model for technology transfer that simplifies approval processes and attracts more social capital, resulting in significant increases in technology transfer outcomes [5] Group 4 - The government is actively working to improve technology transfer efficiency, as outlined in the "Education Strong Nation Construction Plan Outline (2024-2035)" [6] - A collaborative model involving government coordination, technical contributions from universities, and implementation by enterprises is emerging as a new approach to facilitate technology transfer [6] Group 5 - The establishment of the Yixing Food and Biotechnology Research Institute has revitalized an innovation park, focusing on developing future food and biotechnology industries [7][8] - The research institute has attracted significant investment and aims to create a comprehensive support system for technology transfer from research to application [8] Group 6 - DeRong Technology has achieved a breakthrough in flexible thin-film solar cell efficiency, marking a significant advancement in high-efficiency photovoltaic technology [9][10] - The company has successfully reduced production costs and improved yield rates through innovative manufacturing techniques, positioning itself as a leader in the renewable energy sector [9][10] Group 7 - The integration of academic research and industry practices has been crucial for companies like Zhongchao Aerospace Precision Casting Technology Co., which has achieved significant advancements in high-temperature alloy precision casting through collaboration with Shanghai Jiao Tong University [10]

杨德才还分析称，该法专门对民营企业及企业家合法权益保护做出明确规定，特别强调要严惩通过互联 网恶意污蔑、诽谤民营企业和企业家的行为，为舆论环境的优化提供法律依据。此外，"市场准入负面 清单"和"公平竞争审查制度"被纳入《民营经济促进法》，明确所有市场主体在负面清单以外领域"非禁 即入"，坚决破除隐性壁垒。正如杨德才所言，"通过法律手段重构民营经济发展生态，真正让民营经济 吃上'定心丸'。" 西蒙则特别强调，该法最关键的是"产权保护(包括知识产权)"，以及"明确的金融规则"，例如让民营企 业知道如何获取融资、怎样进行外汇结算，从而在国内外市场中畅通无阻。他指出，"信心才是驱动商 业投资和企业成长的根本动力，只要对未来充满信心，就会有更多民营企业蓬勃涌现。" 经济引擎：驱动增长新动能 中新网北京5月31日电 题：吃下"定心丸"，中国民营经济迈入新阶段 作者 陈天浩 陈彩霞 近日，《中华人民共和国民营经济促进法》(以下简称《民营经济促进法》)正式施行。作为中国第一部 专门关于民营经济发展的基础性法律，它的实施将对中国民营企业以及世界经济发展产生何种影响？在 中新网新一期"中外对话"节目中，全国政协委员、南京大学民营 ...

Core Insights - The collaboration between Zhongshan Industrial Technology Research Institute and various universities has led to the establishment of a robust innovation ecosystem, resulting in the incubation of 223 technology companies and nearly 100 projects at the municipal level [2][4]. Group 1: Company Developments - Audo Technology, a company focused on automotive intelligent core components and vehicle networking, has grown its annual output value from 200 million yuan to an expected 800 million yuan this year [3]. - Precision Optical Technology Co., Ltd. has developed an intelligent optical fiber early warning system for safety monitoring in engineering projects, gaining market recognition [3]. - Guangdong Jingcui Biotechnology Co., Ltd. produces natural plant surfactants for various cleaning products, with an annual output of approximately 400 tons and over 200 clients [5]. - Guokai Ruino (Zhongshan) Biotechnology Co., Ltd. has developed water-soluble chitosan technology to address chronic wound issues, with an expected annual output value exceeding 80 million yuan [6]. - 聚云软件科技有限公司 has established a bridge collision warning monitoring center, addressing safety concerns in the shipping industry [7]. - Guangdong Zhengde Material Surface Technology Co., Ltd. has developed advanced nano-composite surface coating materials, achieving import substitution and securing 20 million yuan in angel round financing [8][9]. Group 2: Innovation and Support Mechanisms - The establishment of a market-oriented research institute platform has facilitated deep integration of industry, academia, and research, with over 200 scientists engaged in various projects [4]. - Continuous financial support from Zhongshan's technology bureau has been crucial for the growth of innovative enterprises, with policies updated to enhance the incubation system [6]. - The collaboration between scientists and entrepreneurs has proven effective in transforming scientific achievements into marketable products, thereby bridging the gap in technology commercialization [9].