Core Insights - The strategic cooperation agreement between Shandong Digital Culture Group and Shandong University of Science and Technology aims to deepen the integration of digital technology with education and research, exploring new models and paths for the fusion of education and culture [1][3] Group 1: Strategic Cooperation - The signing ceremony marks the official commencement of the strategic partnership, focusing on leveraging strengths in media communication, digital technology, cultural creativity, higher education, research innovation, and talent cultivation [4] - Both parties will collaborate on key technology breakthroughs and digital cultural technology research, as well as jointly cultivate composite talents needed in the digital cultural industry [4] Group 2: Institutional Background - Shandong University of Science and Technology, with over 70 years of history, is recognized as a key institution for applied talent cultivation and high-level university development in Shandong Province [1] - The university has been actively promoting the integration of artificial intelligence into education and has been involved in innovative explorations of interdisciplinary development [1][3] Group 3: Cultural Infrastructure Projects - The focus of the collaboration includes projects like the "Qilu Cultural Model," "Shandong Cultural Database," and "Confucius Intelligent Model," which are part of Shandong's cultural new infrastructure initiatives [3] - Shandong Digital Culture Group, a major state-owned cultural enterprise, plays a central role in managing data resources, computing networks, technology research and development, application presentation, and diverse services in the province's cultural industry [3]

Core Viewpoint - The "Hundred-Thousand" service project initiated by Heze City aims to leverage the intellectual advantages of non-Party intellectuals to enhance the city's economic and social development through a structured service framework [1][2][3] Group 1: Project Overview - The "Hundred-Thousand" service project started in 2023, focusing on forming a team of over 100 experts to serve more than 1,000 grassroots units and over 10,000 citizens [1] - The project has become a significant brand for the United Front Work in Heze City, demonstrating notable achievements over its two years of implementation [1] Group 2: Objectives and Strategies - The project aims to strengthen the sense of responsibility among non-Party intellectuals, providing new platforms for them to fulfill their roles and responsibilities [2] - It encourages non-Party intellectuals to become exemplary figures in promoting Party policies, conducting research, and serving the public, ensuring zero-distance service and full coverage of United Front management [2] Group 3: Implementation and Structure - A team of 226 experts was selected from non-Party intellectuals to form the "Hundred Experts Service Team," establishing practical bases for innovation and service [3] - The project has developed a structured management system, including guidelines for service team management and demand response processes to ensure efficient service delivery [3] - A matrix service system has been constructed to achieve comprehensive service coverage, focusing on effective supply-demand matching and resource allocation in key areas [3]

Core Insights - The establishment of the high-end petrochemical innovation and entrepreneurship community in Shandong Province has significantly advanced since its approval in January 2020, focusing on breakthroughs in the high-end chemical sector [3][4] - The community has developed two innovative mechanisms for collaborative research and technology transfer, with a cumulative R&D investment exceeding 500 million yuan, leading to substantial achievements in key technologies [3][4] Group 1: Innovation Mechanisms - The community has successfully constructed two innovation mechanisms: "enterprises propose challenges, the community responds, joint research, and industrial cluster pilot transformation" and "technology introduction, pilot verification, and transformation within industrial clusters" [3] - Key projects such as PETG high-end polyester and high-strength high-modulus asphalt-based carbon fiber have developed process packages, expected to break foreign monopolies and fill domestic gaps by the end of the year [3] Group 2: Talent Development - The community has adopted a "government-led + enterprise and academic participation" model to attract over 40 high-end talents, including academicians, and has established the first academician workstation in the region [4] - Collaboration with over ten universities has led to the creation of internship and training bases, forming a research and development team of over 110 people and training more than 1,200 practical technical talents [4] Group 3: Industry Incubation and Equipment Sharing - The community has incubated six technology-based enterprises, overcoming critical technologies in carbon fiber and high-end needle coke, and is creating a platform for the verification and transformation of scientific and technological achievements in the high-end chemical and new materials sectors [4] - An open sharing platform for pilot and testing equipment has been established, providing product and catalyst verification services to multiple enterprises [4] Group 4: Future Plans - The company aims to build a high-quality innovation center during the 14th Five-Year Plan period, focusing on traditional industry upgrades and new productivity development [5] - Plans include enhancing operational management, establishing a collaborative mechanism among government, industry, academia, research, finance, and service sectors, and optimizing the equipment sharing platform to strengthen industry-academia-research cooperation [5]

Core Insights - Dongying City is enhancing its national strategic technology platform layout and capability improvement, focusing on energy security, food security, and green low-carbon development [3][6] Group 1: National Strategic Technology Platforms - Dongying City has successfully established several national-level innovation platforms, including key laboratories for shale oil and gas, comprehensive utilization of saline-alkali land, and heavy oil carbon neutrality research [3][4] - The shale oil and gas laboratory has made significant contributions to energy security by developing a complete technical system for efficient shale oil resource development, including the discovery of China's first billion-ton shale oil field [4] - The saline-alkali land innovation center has created a collaborative innovation network to enhance agricultural development in saline-alkali areas, focusing on salt-tolerant crop breeding and comprehensive utilization [4] Group 2: Future Development Plans - Dongying City is planning a new round of national-level platform construction, including the establishment of the Yanzhou Bay National Laboratory Dongying Base and the National CCUS Technology Innovation Center [5] - The Yanzhou Bay Laboratory will complement the saline-alkali land center, focusing on the genetic innovation of salt-tolerant crops and promoting a comprehensive seed industry chain [5] - The CCUS Technology Innovation Center aims to develop a complete technical system for carbon capture, utilization, and storage, supporting the development of a new industrial ecosystem that integrates oil and gas development with carbon reduction [5][6] Group 3: Strategic Goals - Dongying City aims to build a technology innovation system that supports national strategies and regional development, enhancing platform capabilities and promoting industrial integration [6]

齐鲁晚报.齐鲁壹点李梦瑶 与此同时，济南曹范LNG调峰储配基地也顺利接过储液"接力棒"，投入冬季保供前夕的储液攻坚工作。 自10月9日首车卸液预冷成功以来，济南曹范LNG调峰储配基地已完成卸液104车，储液总存量目前已 近900万立方米，"按照相关要求，保证在采暖季前完成政府储液工作，达到'应储尽储'要求。"济南曹 范LNG调峰储配基地相关负责人说。 为应对即将到来的用气高峰，济南能源集团所属山东港华结合气候情况与市民需求，一手抓生产，一手 抓安全，"开足马力"推动进液储备工作。截至目前，安子坡LNG调峰储配站高效落实政府"应储尽储"要 求，已完成80%以上液位储备，为今冬明春燃气安全平稳保供筑牢"能源底气"。 据山东港华相关负责人介绍，目前辖区共有两座LNG调峰储配站，其中济南曹范LNG调峰储配基地储 气能力约4200万立方米，安子坡LNG调峰储配站总储气能力约1800万立方米，两座调峰储配站共计储 气能力约6000万立方米，可有效保障济南市民生用气需求。"早在今年7月份，安子坡LNG储配站便已开 始本年度冬储卸液作业。"该负责人表示，在夏季用气淡季积极储备天然气的基础上，安子坡LNG储配 站储液总存量目前 ...

Group 1 - Changfeng Pharmaceutical Co., Ltd. (stock code: 02652.HK) recently listed on the Hong Kong Stock Exchange, with its stock price opening over 200% higher on the first day and achieving nearly 6700 times oversubscription, setting a record in the healthcare sector since the implementation of the new stock pricing mechanism in Hong Kong [1] - The company focuses on the research, production, and sales of drugs for respiratory diseases, covering significant clinical needs such as asthma, chronic obstructive pulmonary disease (COPD), and allergic rhinitis, thus meeting the demands of patients and medical institutions across various specialties [3] - Changfeng Pharmaceutical has received six product approvals from the National Medical Products Administration of China and the U.S. FDA, with its first approved product, CF017 (Budesonide inhalation suspension), being the best-selling inhalation drug in China, rapidly included in the national centralized procurement plan [3] Group 2 - The company’s product CF018 is the first approved nasal spray for allergic rhinitis in China, which has quickly penetrated over 500 hospitals and medical institutions after being included in the 2023 National Medical Insurance Directory [3] - The company has a pipeline of over 20 candidate products under research, targeting major markets in China, the U.S., Europe, and emerging markets in Southeast Asia and South America [3] - Yantai Financial Group has established a comprehensive financial service ecosystem to support high-potential projects, having facilitated 38 companies to enter the capital market and 41 companies into the listing counseling stage [4]

Core Viewpoint - The incident of "ultra-low bid" in the procurement process of Jiangxi University of Traditional Chinese Medicine Hospital raises serious concerns about the integrity and quality of medical equipment procurement [1][2] Group 1: Incident Overview - Jiangxi University of Traditional Chinese Medicine Hospital had a budget of 3 million yuan for the procurement of fully automatic biochemical immunoassay analysis equipment, but a company won the bid with a price of only 1,000 yuan [1] - The hospital has suspended the procurement activity following the public outcry regarding the suspiciously low bid [1][2] Group 2: Implications of Ultra-Low Bidding - The significant price discrepancy suggests potential collusion between the bidding parties, raising questions about the legitimacy of the bidding process and the quality of the products offered [1][2] - The phenomenon of "ultra-low bidding" in public hospital procurement is not isolated, with extreme cases reported, such as a complete production line being bid at 1 yuan [2] Group 3: Industry Concerns - The prevalence of "ultra-low bidding" undermines the competitive order in the medical industry, potentially leading to inferior quality products entering hospitals, which directly affects patient health [2] - The Ministry of Finance has recognized this issue and is piloting measures in cities like Beijing and Shanghai to address abnormal low-price bids, emphasizing the need for quality over price in procurement [2]

齐鲁晚报.齐鲁壹点记者杨璐 农户储存方面，农户缺乏专业烘干设备，重点推荐采用以下三类方法：一是抓好离地通风关键环节。建议尽量避免将玉米穗直接堆放在泥土地或水泥地 上，这类存放方式易导致潮气滞留。推荐用木板、砖块或钢管垫高30厘米以上做隔潮层，再在上方堆放玉米穗，同时确保垛与垛之间留足通风道，进一步 减少潮气积聚。二是用好"玉米楼子"传统智慧。"玉米楼子"四面透风，能让玉米籽粒自然降水，是经过实践检验的有效储存方式，特别适合农户庭院使 用。三是做好简易辅助降湿与专业求助。连续阴雨时，可在玉米堆周围撒干沙土、生石灰吸湿，避免霉变；若为少量玉米，可用风扇辅助降湿；天气转晴 后，需将玉米摊薄至5-8厘米晾晒，每2小时翻动一次。若玉米水分超过18%，最稳妥的办法是联系周边粮食烘干企业或产后服务中心，通过烘干、代存代 放消除霉变风险。 储备企业方面，储备类企业承担长期安全储粮的战略任务，核心在于技术综合应用与风险全面防控：一是构建精细化温湿度控制体系。依托液压翻板快速 入库技术，快速完成整口仓的入库，为高水分玉米就仓干燥抢得宝贵时机；对高于安全水分2%以上的玉米，可采用大功率风机实现就仓干燥，将粮食水 分降至安全标准。粮 ...

Core Viewpoint - The Shandong provincial government is actively addressing the challenges posed by continuous rainfall during the "Three Autumns" production period, focusing on effective measures for harvesting, drying, and sowing autumn crops [1][3]. Group 1: Technical Measures for "Three Autumns" Production - Continuous rainfall has significantly hindered mechanized harvesting and added complexity to subsequent mechanized production processes [3]. - The provincial government has allocated special emergency funds to support urgent harvesting, drying, and wet sowing efforts [3]. - Recommendations include using small excavators to create drainage ditches and employing mobile pumping equipment for effective water removal from fields [3]. Group 2: Harvesting and Drying Strategies - For areas with rapid soil moisture loss, immediate mechanical harvesting is advised, while muddy fields should utilize tracked harvesters [4]. - To address high moisture content in corn due to rainfall, timely ventilation and mechanical drying are recommended, with a focus on segmented drying methods [4]. - Mobile drying machines are suggested for on-site drying services to enhance efficiency [4]. Group 3: Soil Preparation and Sowing Techniques - Following the initial harvesting phase, five cities in Shandong have reported over 80% corn harvest completion, with preparations for soil tillage and sowing underway [5]. - Special attention is required for straw management, with recommendations for proper straw crushing and soil leveling to ensure quality [5]. - Increased seeding rates and adjustments to planting equipment are advised to accommodate higher soil moisture levels during sowing [5]. Group 4: Operational Safety and Equipment Readiness - Farmers are reminded to adhere to safe operational practices for agricultural machinery, especially as the peak sowing period approaches [6]. - Anticipation of concentrated tillage and sowing activities necessitates preemptive maintenance and preparation of machinery to meet increased operational demands [6].

管理体系维度上，于家傲副院长重点解析"制度-执行-监管"闭环机制。他强调需以核心制度落实为抓手，分享了吉大一院在不同发展阶段医疗资源合理分 配、手术流程优化改进、专病中心管理等方面的经验。他建议日照市人民医院进一步强化数据赋能，通过医疗决策分析系统实现质量问题的精准预警与持 续改进。 10月14日，日照市人民医院迎来一场聚焦医疗质量提升的学术盛宴。吉林大学第一医院党委委员、副院长，教授、博士生导师于家傲受邀莅临，以《多维 度推动医疗质量的可持续提升》为题，为全院医护管理骨干开展专题授课。此次活动既是两院深度医疗协同合作的重要延伸，更是日照市人民医院对标高 水平医院、推进"十四五"发展规划落地的关键举措。 授课伊始，于家傲副院长就明确强调："医疗质量安全是医院的生命线，必须常抓不懈"。他结合吉大一院在医疗质量管理中的丰富实践经验，系统拆 解"多维度发力"的核心内涵，为在场人员构建起兼具理论高度与实践价值的质量提升框架。 在学科建设维度，于家傲副院长指出，学科是医疗质量提升的核心载体。他以吉大一院学科发展经验为参照，结合日照市人民医院的基础优势，提出"分 层培育、精准突破"策略。该策略明确要建立以行风建设为基础， ...