Core Points - The Fifth World Biosphere Reserve Congress opened on September 22 in Hangzhou, marking the first time the event is held in Asia and involving the widest participation from UNESCO member states [3][4] - The event emphasizes the balance between biodiversity conservation and human livelihoods, a principle rooted in the Man and the Biosphere (MAB) program initiated by UNESCO in 1971 [4][5] - China has 34 nature reserves included in the global biosphere reserve network, ranking first in Asia, showcasing its commitment to ecological conservation and sustainable development [4] Group 1 - The congress aims to discuss the "UNESCO Man and the Biosphere Program and its World Biosphere Reserve Network Hangzhou Strategic Action Plan (2026-2035)" and release the "Hangzhou Declaration" to outline a development blueprint for global ecological governance [4][5] - The Chinese Biosphere Reserve Network (CBRN), established in 1993, now includes 214 members, making it the largest national collaborative platform for implementing the MAB program globally [4] - The congress highlights the role of new technologies, such as artificial intelligence and biotechnology, in addressing global ecological challenges [4] Group 2 - The Chinese Academy of Sciences, as the chair unit of the National Committee for Man and the Biosphere in China, provides strong scientific support for biodiversity conservation and sustainable development [5] - The Secretary-General of the UNESCO MAB program, Antonio Abreu, noted that China's biosphere reserves increasingly reflect the vision of harmonious coexistence between humans and nature, and China's experiences are valuable for international sharing [4]

Group 1 - The fifth World Biosphere Reserve Congress opened in Hangzhou, Zhejiang, focusing on "Shaping a Sustainable Future for People and Nature," showcasing China's achievements in ecological civilization and promoting global biodiversity conservation and sustainable development [1] - This congress is the first of its kind held in Asia and has the widest participation from UNESCO member countries, attracting around 4,000 representatives from over 150 countries and regions [1] Group 2 - The Man and the Biosphere (MAB) program, initiated by UNESCO in 1971, aims to explore and promote harmonious coexistence between humans and nature, emphasizing the organic combination of protection and development [2] - China's MAB program aligns with national conditions, promoting community involvement in ecological protection through initiatives like hiring local residents as ecological forest rangers and developing eco-friendly products [2] Group 3 - The Gaoligong Mountain Biosphere Reserve has successfully implemented a "bird-watching economy," significantly increasing local income through tourism-related activities, which enhances community awareness and participation in ecological protection [3] Group 4 - China has 34 natural reserves approved as World Biosphere Reserves by UNESCO, ranking first in Asia, serving as platforms for biodiversity protection, ecosystem maintenance, and sustainable resource use [4] - The country has made significant progress in protecting endangered species, with successful recovery of populations like the giant panda and the Yangtze finless porpoise through national park and botanical garden systems [4] Group 5 - The construction and development of biosphere reserves provide important application scenarios for new ideas, technologies, and products, facilitating international cooperation in ecological protection and sustainable development [5] - Recommendations for enhancing technological cooperation in biosphere reserve construction include promoting joint research in key areas, strengthening shared foundational capabilities, and expanding technical application scenarios [5]

Core Points - The fifth World Biosphere Reserve Congress was held in Hangzhou, China, focusing on the harmonious coexistence of humans and nature, marking the first time the event took place in Asia [1][2] - The "Man and the Biosphere Program" initiated by UNESCO aims to balance biodiversity conservation and human livelihoods through interdisciplinary research and collaboration [1][2] Group 1 - The concept of harmonious coexistence between humans and nature has taken root in China over the past 50 years, with the World Biosphere Reserve and its global network serving as key platforms for this initiative [2] - China ranks first in Asia with 34 natural protected areas included in the World Biosphere Reserve network, which encompasses 214 members representing major ecosystem types [2][5] - The current technological revolution, including advancements in artificial intelligence and biotechnology, provides favorable conditions for addressing global ecological challenges [5] Group 2 - The congress will discuss the "UNESCO Man and the Biosphere Program and its World Biosphere Reserve Network Hangzhou Strategic Action Plan (2026-2035)" and release the "Hangzhou Declaration," outlining a ten-year development blueprint for global ecological governance [5] - The Chinese Academy of Sciences, as the chair unit of the National Committee for Man and the Biosphere in China, provides strong scientific support for biodiversity conservation and sustainable development [5]

Group 1 - The 2025 Pujiang Innovation Forum emphasized the importance of technological innovation as a key force for addressing global challenges and promoting development, with the Chinese government prioritizing strategies to enhance scientific and technological capabilities [1] - China aims to build a global scientific community through enhanced bilateral and multilateral cooperation, focusing on technology exchange and collaborative platforms such as joint laboratories and innovation cooperation zones [1] - The forum highlighted the significance of international scientific collaboration in addressing major global health challenges, exemplified by the development of a novel cell therapy for chronic hepatitis B involving teams from Germany, Singapore, and China [2] Group 2 - The successful development of the TCR-T cell therapy for chronic hepatitis B represents a milestone in treatment options, potentially offering a solution to the lifelong medication challenge faced by patients [2] - The forum underscored the necessity of diverse thinking in scientific research, advocating for the establishment of more international research platforms in China to facilitate long-term collaboration among scientists [3] - China is actively participating in major international scientific projects, such as the International Thermonuclear Experimental Reactor and the Square Kilometer Array, which are crucial for advancing knowledge and addressing significant scientific challenges [4]

新华社天津9月22日电（记者张建新、栗雅婷、马博文）21日发布的一份最新研究报告显示，中国工程教育在第四次工业革命中实现跨越式发展， 完成从规模扩张到质量提升的转变，中国工程教育规模居世界前列，整体实力在世界第一方阵中靠前。 2025国际工程教育发展会议当日在天津召开，会上发布了《工程创造世界 教育引领未来——国际工程教育发展报告》。该报告由全国新工科教育 创新中心、天津大学编著，教育部高等教育司指导，中国多所高校参与了编写工作。 9月21日，国际工程教育发展会议在天津大学北洋园校区举行。国内外高校、企业、行业协会代表等约720人参会。新华社发（杜鹏辉摄） 在规模优势基础上，中国工程教育正着力提升质量与内涵。报告介绍，中国构建了"项目-学院-基地"三级创新体系，设立未来技术学院，瞄准未 来前沿性、革命性、颠覆性技术发展，培养未来技术创新领军人才；并与科技企业共建现代产业学院，形成覆盖传统工科与新兴交叉学科的完整 培养生态。 "工程呼唤工程教育，工程教育要响应工程的发展。"中国工程院院士、天津大学校长柴立元表示，中国的工程教育在全球具有引领性，未来中国 工程教育将继续以产业需求为导向，聚焦国家重大工程，助推未来 ...

来源：市场资讯 （来源：美股情报站） 近期，生物科技巨头安进公司的股价表现引人注目。9月19日，该公司股价上涨了3.47%，连续三天保 持增长，累计增幅达4.51%。这反映出市场对安进最新动态的积极评价，以及投资者乐观的情绪。 安进公司于8月6日发布了2025财年的中期财报，数据显示公司于2025年上半年实现收入173.28亿美元， 同比增长9.43%。令人瞩目的是，净利润增长至31.62亿美元，较去年同期激增399.53%。如此显著的盈 利增长表明公司在战略执行和市场扩展方面取得了不俗的成就，也为股价提供了支持。 安进公司成立于1980年，并于1987年迁至特拉华州。作为全球领先的独立生物技术公司，安进致力于发 现、开发和提供创新药物，以解决全球一些最为严峻的医疗需求。公司在过去40多年中，不仅开创了生 物技术产业，还在不断寻求能够改善人类生活的解决方案，同时努力减轻疾病带来的社会和经济负担。 在分析安进股价变化的背后因素时，公司财报显然是一个关键推动力。此外，生物技术行业的整体趋势 也是不可忽视的因素。随着全球对创新医药需求的增长，生物科技领域的投资吸引力不断增强。安进凭 借其技术优势和市场领先地位，有望 ...

东京, Sept. 20, 2025 (GLOBE NEWSWIRE) -- King Faisal Specialist Hospital and Research Centre (KFSHRC) 宣布参加将于 2025 年 9 月 24 日举行的 C3 Davos of Healthcare™ 日本峰会，此次峰会以“三国合作：跨越国界在医疗保健领域架起桥梁”为主题，汇聚全球领导者、政策制定者、投资者和创新者，促进国际对话与合作。 沙特王室顾问、KFSHRC 首席执行官 Majid Alfayyadh 博士阁下将作为 KFSHRC 代表团的核心成员，发表题为“KFSHRC 对综合医疗保健和投资于现代医学新基础设施的愿景”的主旨演讲。 在演讲中，Alfayyadh 博士将介绍沙特构建互联互通且以患者为中心的医疗保健生态系统的战略，重点阐述该国在数字医疗、医院扩建以及医学教育方面的举措。 他还将阐述公私合伙、外国投资和监管改革是如何正在塑造沙特医疗保健领域的未来，就沙特的宏伟计划以及全球合作机遇发表见解。 作为流程的一部分，KFSHRC 的思想领袖们将进行有关医疗保健转型的战略讨论。 KFSHRC 首席教育与培 ...

Xencor (XNCR) shares soared 7.3% in the last trading session to close at $9.25. The move was backed by solid volume with far more shares changing hands than in a normal session. This compares to the stock's 13.6% gain over the past four weeks.The sudden price rise can be attributed to growing investor optimism related to the company’s efforts in developing engineered antibodies for the treatment of patients with cancer, as well as autoimmune and inflammatory diseases.This biotech developing antibodies for s ...

近日，雅诗兰黛集团宣布任命René Lammers为执行副总裁兼首席研发与创新官，该任命将于2025年10 月1日正式生效。René Lammers将直接向集团总裁兼首席执行官Stéphane de La Faverie汇报，并成为高管 团队的一员。公开资料显示，在加入雅诗兰黛集团之前，René Lammers曾在百事公司（PepsiCo）担任 执行副总裁兼首席科学官，负责管理一个由3000名员工组成的全球研发团队。在此之前，他在联合利华 担任高管，主导开发了个人护理、家居护理及衣物洗护领域的多项开创性技术，并在欧洲和亚洲建立了 多个创新中心。据雅诗兰黛集团介绍，作为首席研发与创新官，Lammers先生将领导The Estée Lauder Companies全球研发创新体系的战略升级。他的职责涵盖产品与临床创新、科学事务、监管策略以及集 团旗下品牌组合的上游技术开发。他将推动公司高端定制化创新模式的发展，通过引入颠覆性技术和新 型科学平台，全面提升产品的功效、品质、安全性和可持续性。Lammers先生还将统管全球研发创新中 心网络，重点关注高需求细分品类、功效场景和消费场景，加速符合市场趋势的创新成果快速上 ...

Core Viewpoint - Hubei Fubon Technology Co., Ltd. reported a revenue growth of 6.50% in the first half of 2025, driven by strong performance in its modern agriculture business, and is focusing on integrating biological and digital technologies to enhance agricultural modernization [2][4]. Financial Performance - In the first half of 2025, the company achieved a revenue of 684.60 million yuan, an increase of 6.50% year-on-year [2] - Domestic revenue was 365.06 million yuan, up 5.10%, accounting for 53.32% of total revenue [2] - International revenue reached 319.54 million yuan, growing by 8.16%, making up 46.68% of total revenue [2] - Net profit attributable to shareholders was 61.22 million yuan, with net assets of 1.47 billion yuan, reflecting a year-on-year increase of 9.53% [2] R&D and Innovation - The company has established a comprehensive R&D innovation mechanism, maintaining investment in R&D to accelerate industrialization through demonstration verification and business model innovation [3] - In the modern agriculture sector, the company is developing a strain resource library, efficient fermentation processes, and field application technology [3] - Collaborations with academic institutions are ongoing to advance key projects in nitrogen fixation and nematode control [3][5] Strategic Layout - The company aims to empower global agriculture through biological and digital technologies, focusing on a dual-driven approach for agricultural modernization [4] - The biological agriculture sector is centered on four product areas, establishing a full-chain R&D system to promote large-scale application of products [4] - The digital agriculture sector emphasizes data-driven and intelligent decision-making, providing comprehensive products and services for precision agriculture [4] Agricultural Microbial Technology - The company collaborates with various agricultural universities and research centers to build a collaborative innovation system [5] - It utilizes laboratory platforms to screen nitrogen-fixing strains and jointly develops process innovations [5] Digital Agriculture Solutions - The company has launched digital agriculture solutions that integrate biological and digital technologies, focusing on cost reduction and yield increase [6] - A press conference is scheduled for March 2025 to unveil the "Agricultural Doctor" green agriculture brand [6] Auxiliary Business Development - The company is committed to developing efficient and environmentally friendly auxiliary products for fertilizers, collaborating with OCP Group on advanced project research [7] - A comprehensive solution for heavy metal remediation has completed small-scale customer testing and is moving towards industrial experimentation [7] AI Technology Application - The company is introducing advanced agricultural smart devices, particularly in digital soil testing and fertilization [8] - Projects include soil detection and big data, precision irrigation, and yield estimation using AI to enhance planting chain efficiency [8]