为保障生产平稳运行，集输站建立了完善的数据统计与分析体系，将数据化管理贯穿设备维护、数据监 控、日常巡检全过程。他们提出"重要、紧急报警零容忍"的要求，报警信息产生后5分钟内响应，员工 需要快速完成识别确认并采取有效处置措施，确保外输参数、管线压力、升温降黏等关键数据及时恢复 至正常范围。 通过对各类生产数据的深度分析，精准定位工作中的问题与优化空间，制定针对性改进措施，这个集输 站实现报警确认及时率100%，以数据驱动生产决策的科学化。 与此同时，他们建立定期目标复盘机制，及时跟踪完成进度，根据生产动态调整工作策略，确保全年原 油外输效率稳定保持100%，为管理区产量目标的实现提供了有力支撑。 技能是安全生产的第一道防线。站长刘鹏坚持"因人而异、因材施教"，精准掌握每位员工的技能短板， 量身定制个性化培训计划：针对沟通能力薄弱的员工，开展沟通技巧专项培训；对业务流程不熟悉的新 人，安排经验丰富的老员工进行一对一辅导。他还与主任技师秦胜华紧密协作，将培训内容与现场实操 深度融合，通过"学练结合、对照指导"的方式，及时纠正工作中的低标准、老毛病，让培训成果直接转 化为实际操作能力。得益于这套高效的培训体系，集输 ...

"国家在用车排放检验防作弊系统"在甘肃试点落地 三大硬核举措，构建全链条防作弊体系 作为本次试点的核心支撑，三大创新举措形成"软件赋能+硬件管控+流程规范"的立体防作弊网络，从 源头遏制违规操作。 1.防作弊软件：给检测流程"划红线" 本次试点核心的"国家在用车排放检验程序"，通过五大技术路线构建全流程防作弊屏障：一是打通国家 平台数据链路，实现车辆与设备关键参数统一引用，杜绝人为修改；二是固化检验流程、判定方法与参 数取值标准，强制规范日常检查，避免流程跳步或标准误用；三是采用闭源代码设计，仅保留开发者权 限，从根源阻断作弊功能植入；四是统一测功机控制策略，确保检测工况符合国标要求；五是新增权限 审计、过程审计、本地预警等溯源功能，实现检验动作与数据全程可追溯。 每日甘肃网12月22日讯 据兰州晚报报道 12月20日，"国家在用车排放检验防作弊系统"甘肃省现场会在 我市举行，省市生态环境部门相关负责人、甘肃省机动车检测行业专家、省内机动车检测单位代表参 会。本次试点通过技术赋能规范机动车排放检验（以下简称"环检"）行业秩序，为全省环检行业规范化 发展提供实践样本。 通过试点形成经验，推动全省环检行业提质升级 ...

Core Insights - The second China Research Hospital Association Thyroid Disease Professional Committee's academic exchange and the sixth Guangxi-Thailand Thyroid Academic Exchange Conference were held in Guangzhou, highlighting advancements in thyroid tumor diagnosis and treatment [1] Group 1: Treatment Advances - Thyroid tumors have seen significant breakthroughs in diagnosis and treatment, but experts emphasize the importance of standardized treatment to ensure efficacy [1] - The most common malignant thyroid tumor is papillary thyroid carcinoma, often referred to as "lazy cancer" due to its slow progression and favorable prognosis [1] - However, experts warn against complacency, as anaplastic thyroid carcinoma is highly aggressive and often diagnosed at an advanced stage [1] Group 2: Surgical Techniques - Surgical intervention remains the preferred and potentially curative treatment for thyroid cancer, particularly in early-stage patients, where standardized surgery can enhance cure rates [1] - The conference discussed the critical role of fine needle aspiration biopsy in preoperative diagnosis, allowing for more accurate tumor characterization and personalized surgical plans [2] Group 3: Technological Integration - The application of artificial intelligence in preoperative planning, intraoperative navigation, pathological diagnosis, and postoperative follow-up is a key discussion point, aiming to enhance precision in thyroid surgery [2] - Robotic surgery, combined with AI, is beginning to integrate into thyroid tumor treatment, offering precise operations and the potential to improve access to care in remote areas [2] Group 4: Public Awareness and Education - There is a call for collective efforts to improve public understanding of thyroid cancer, including prevention, treatment knowledge, and postoperative care [2] - A new book titled "Hundred Questions and Answers on Thyroid Diseases" is planned to provide authoritative and accessible health guidance for patients [2]

中国经济网北京12月17日讯(记者鞠然)随着我国食品安全监管力度不断加大，现场快检需求日益迫切， 传统快检产品因关键原材料匮乏、评价标准不统一及智能化水平低等问题，成为制约执法效能提升 的"堵点"。近日，记者从市场监管总局获悉，由该局组织，中国质量检验检测科学研究院攻关的现场执 法食品安全快速检测产品研发与应用项目取得重要突破，从多场景现场执法产品和智能装备研发到评价 体系和智慧监管系统构建，全方位提升我国食品安全现场执法效能。 在成果转化与示范应用层面，研究团队已在湖南南县等地建成多个食品安全快速检测技术应用示范点， 并与三亚市市场监督管理局、武夷山市农业农村局等多个部门达成示范应用合作意向，为技术成果的全 国推广积累了宝贵经验。 项目研究团队表示，下一步将持续优化技术方案，加快推进成果在全国范围内的推广应用，进一步提升 食品安全现场执法的智能化、精准化水平，为全面推进食品安全治理能力现代化建设贡献力量。 此次技术突破覆盖多个核心领域。项目团队已研发快检产品关键原材料近10种，形成适用于多场景农药 残留检测、多场景动物源产品兽药残留及违法添加物检测、收贮运环节粮油生物毒素检测等多种模块化 装置；与此同时，项 ...

此次手术中，神经外科团队创新性引入术中彩超技术。术前通过影像学检查明确肿瘤大致位置后，术中在超声实时引导下，清晰显示肿瘤与周围脑室壁、 血管及神经结构的解剖关系。主刀医生根据超声图像精准规划手术路径，沿着脑沟这一脑组织自然间隙逐步深入，避免对正常脑组织的过度牵拉和损伤。 (临沂市肿瘤医院) 脑室作为颅内脑脊液循环的核心区域，空间狭小且周围密布重要神经核团与血管，肿瘤切除手术长期面临"定位难、创伤大、风险高"的三大挑战。传统手 术中，医生多依赖术前影像规划，但术中脑组织移位可能导致定位偏差，增加神经损伤风险。 近期，临沂市肿瘤医院头颈外科二病区神经外科团队成功完成一例高难度术中彩超引导脑室肿瘤切除术。医生团队通过实时超声定位肿瘤位置，沿脑沟自 然间隙入路，在最小创伤前提下实现肿瘤完整切除，为脑室肿瘤治疗提供了精准微创的新范式。 "就像给手术装上了'实时导航'，"头颈外科二病区许春华副主任介绍，"术中彩超能动态显示肿瘤边界，让我们在切除过程中始终掌握精准范围，既确保肿 瘤完整切除，又最大程度保护了周围正常神经功能。"手术全程出血少，术后患者意识清晰，未出现肢体活动障碍等并发症，恢复情况良好。 术中彩超技术在脑室肿 ...

Core Viewpoint - The article emphasizes the importance of "regionalization" in promoting rural revitalization in Shandong, aligning local practices with national strategies to create a robust model for rural development [1][3]. Group 1: Regionalization Strategy - Shandong's approach to rural revitalization focuses on "regionalization," which involves grouping villages based on geographical, social, and industrial connections to foster collaborative growth [2][3]. - The provincial government has initiated a series of strategic plans since 2019 to establish demonstration areas for rural revitalization, emphasizing systematic and prioritized development [3][4]. Group 2: Diverse Regional Development - Different regions in Shandong are leveraging their unique advantages: coastal areas like Qingdao and Yantai are developing marine economies, while central regions focus on urban and smart agriculture [5][6]. - The province plans to construct around 300 new regional development areas annually, with 70 designated as provincial-level, ensuring tailored development plans that consider local conditions [7]. Group 3: Tailored Development Approaches - The article highlights the necessity of avoiding a "one-size-fits-all" approach, advocating for precise strategies that cater to the specific needs and resources of each village [8]. - Successful case studies illustrate how localized industries, such as the cultivation of North American holly and garlic, have significantly boosted local economies and employment [9]. Group 4: Ecological and Cultural Integration - The integration of ecological resources into development plans has proven beneficial, with projects like the "Dragon Lake Moonlight" area attracting over 700,000 visitors and generating substantial revenue [10]. - Cultural initiatives, such as sports events and local art, are enhancing community engagement and contributing to the overall soft power of rural areas [12]. Group 5: Organizational Collaboration - The establishment of cooperative organizations among villages is crucial for resource sharing and collective growth, as demonstrated by successful partnerships that have improved local incomes and employment opportunities [13][14]. - Political leadership and effective governance are essential for fostering collaboration and ensuring that rural revitalization efforts are sustainable and impactful [16][17]. Group 6: Resource Activation and Financial Support - The article discusses how regionalization has enabled the activation of dormant resources and the mobilization of financial support, transforming previously underutilized assets into productive capital [19][20]. - The shift from external financial aid to internal resource mobilization marks a significant evolution in the approach to rural revitalization, promoting self-sufficiency and sustainable growth [20].

Core Insights - Lung cancer is the most prevalent and deadly malignancy in China, with 1.0606 million new cases and 733,000 deaths reported in 2022 [1] - The five-year survival rate for lung cancer patients in China is gradually increasing, supported by national cancer prevention strategies [2] - Early diagnosis and treatment are crucial for improving survival rates, with multidisciplinary teams (MDT) playing a significant role in personalized treatment plans [3][4] Group 1: Lung Cancer Statistics and Trends - In 2022, China reported 1.0606 million new lung cancer cases and 733,000 deaths, highlighting the severity of the disease [1] - The "Healthy China 2030" initiative aims to increase the overall five-year cancer survival rate to 46.6% by 2030, with lung cancer survival rates also on the rise [2] Group 2: Early Detection and Management - The detection rate of lung nodules in China is approximately 20%, emphasizing the importance of public awareness regarding lung nodules as early signs of lung cancer [2] - Comprehensive management of lung nodules should include screening, follow-up, and intervention to enhance early detection and treatment [2] Group 3: Treatment Advances - Surgical intervention remains key for early-stage lung cancer, with minimally invasive techniques improving recovery times and treatment outcomes [3] - For late-stage lung cancer patients, treatment goals shift from cure to prolonging survival and enhancing quality of life, with new therapies like targeted and immunotherapy showing promise [3] Group 4: Multidisciplinary Approach - MDTs facilitate collaborative treatment planning by integrating expertise from various medical fields, leading to personalized and effective treatment strategies [4] - The MDT approach allows for a comprehensive evaluation of treatment options, optimizing decision-making and improving patient outcomes [4]

Core Insights - The Chinese pesticide industry maintains its position as the world's largest producer and exporter, showing signs of recovery, but still faces structural challenges characterized by three imbalances [1] Group 1: Industry Challenges - The first imbalance is between supply and demand, with increasing competition leading to low capacity utilization and intensified price competition [1] - The second imbalance involves insufficient investment in innovation, with most companies spending less than 3% of sales on R&D, further compressing profit margins due to vicious competition [1] - The third imbalance is between domestic production capacity and international market influence, where high export volumes are met with low pricing, creating dual pressure [1] Group 2: Government and Association Initiatives - The Ministry of Agriculture and Rural Affairs is set to implement revised pesticide regulations in January, aiming for comprehensive oversight to standardize industry development [1] - The China Pesticide Industry Association has launched a three-year initiative to restore competitive order in the industry, focusing on strict self-regulation and foundational measures [1] Group 3: Strategic Opportunities - Experts highlight that the pesticide industry is at a strategic opportunity period but must address issues like structural overcapacity and low-end product homogeneity [2] - Future development will focus on four key areas: greening, precision, intelligence, and biological methods, with the global biopesticide market expected to be a fast-growing sector [2] - The Ministry of Agriculture is committed to providing support for enterprise development and coordinating policy efforts to promote high-quality growth in the pesticide industry [2] Group 4: Technological Innovations - Shenzhen Jingtai Technology Co., Ltd. has developed a specialized chemical synthesis platform to address challenges in chemical synthesis, aiming to accelerate the intelligent synthesis of pesticides [3]

Core Viewpoint - The Dongying Maritime Bureau is implementing an intelligent monitoring system to address the challenges of rapidly changing water depth at the Yellow River estuary, ensuring safe navigation for passenger ships while enhancing data accuracy and reliability [1][4]. Group 1: Intelligent Monitoring System Development - The Dongying Maritime Bureau is focusing on real-time, precise, and intelligent monitoring of water depth by integrating signal foundations, equipment, and multi-party collaboration [1][3]. - The bureau is actively constructing 5G communication bases and other signal stations in key areas to minimize signal blind spots, facilitating stable real-time data transmission [3][4]. Group 2: Data Collection and Verification - The implementation of the MIBT system, intelligent depth measuring devices, and mobile 5G repeaters on emergency vessels allows for high-frequency data collection, with measurements being transmitted every 2 seconds [3]. - A three-way verification mechanism involving drones, smart devices, and manual checks has been established to ensure data reliability, with measurement errors controlled within 0.1 meters [3][4]. Group 3: Safety and Regulatory Enhancements - The intelligent monitoring system enables comprehensive safety assessments of the Yellow River passenger routes, particularly during peak travel periods, ensuring navigation safety [4]. - The system not only addresses water depth measurement challenges but also supports dual objectives of safety regulation and tourism development, contributing to ecological protection and high-quality development in the Yellow River basin [4][5]. Group 4: Future Optimization Plans - The Dongying Maritime Bureau plans to enhance the effectiveness of the intelligent monitoring system by deepening the application of AI in data analysis for automatic risk warnings and dynamic assessments of navigation capacity [4]. - Regular maintenance and calibration of smart devices will be conducted to ensure long-term stability and reliability of monitoring data [5].

Group 1 - The core viewpoint of the article highlights the collaboration between Yangzhou University and the Xinjiang Yili Prefecture to enhance agricultural practices through the introduction of advanced farming machinery, specifically the nine-process tillage and sowing machine [1][3] - The research team observed the practical application of the nine-process tillage and sowing machine, which integrates nine functions including tilling, soil crushing, ridge forming, sowing, and fertilizing, achieving a "one-stop" operation [1] - The machine significantly improves operational efficiency, sowing accuracy, fuel consumption, and soil adaptability, thereby saving labor and enhancing the quality of farming [1][3] Group 2 - The cooperative society's leader reported that the new machine simplifies the traditional multi-machine process into a single operation, greatly improving sowing uniformity and fertilization precision, making it a key player in local spring and autumn sowing [3] - A long-term cooperation consensus was reached on topics such as the adaptation of tillage technology for specialty crops, targeted training for agricultural machinery talent, and efficient transformation of scientific achievements [3] - The nine-process tillage and sowing machine technology developed by Yangzhou University can increase corn and wheat seedling rates by over 20%, enhance seedling quality by 30%, improve fertilizer utilization by 20%-30%, reduce comprehensive tillage costs by 20%, and increase yield per acre by 10%, supporting the transition of agriculture towards digitalization, precision, and automation [3]