齐鲁晚报.齐鲁壹点台雪超 9月20日上午，2025青岛眼科医院临床科研创新论坛在青岛开幕，本次大会以"交叉融合创新发展"为主题，搭建高水平学术交流 平台，来自各专业领域、国家地区的顶尖专家学者百余人共聚一堂，聚焦和探讨眼科前沿创新。大会同期还举办了谢立信教授 从医执教60周年学术研讨会，传承医学大家治学精神，弘扬科研创新学术品格。 大咖云集，探讨医学前沿研究成果 本次临床科研创新论坛由山东省眼科学会、北京医学科学健康学会、山东第一医科大学附属眼科研究所共同主办，围绕角膜 病、屈光、白内障、青光眼、眼底病、斜视与眼眶等专题方向，将开展多场次、多维度的专题论坛及前沿交叉论坛，会议报名 及参会人数超过500人，规模和层级超过历年研讨会。 六秩传薪火，匠心谱华章。今年恰逢谢立信教授从医执教60周年，会议现场也通过视频短片，共同回顾了谢立信教授从医执教 六十载的奋斗历程。中国工程院院士、山东第一医科大学附属眼科研究所(山东省眼科研究所)创始人谢立信教授上台致辞，感谢 中华医学会眼科学分会、山东第一医科大学、青岛市政府以及国内外眼科界的认可和支持，并深情回顾了自己的来时路。 2025青岛眼科医院临床科研创新论坛开幕。 9 ...

Core Viewpoint - The "Republic's Backbone" Xinjiang tour has commenced in Urumqi, marking the beginning of a series of activities aimed at celebrating the 70th anniversary of the Xinjiang Uygur Autonomous Region and promoting the spirit of scientists [1][3] Group 1: Event Overview - The series of activities is themed "Promoting the Spirit of Scientists and Strengthening the Awareness of the Chinese National Community" and will take place in multiple locations including Urumqi, Shihezi, Changji, Bazhou, and Hotan [1] - The event aims to create a cultural wave across Xinjiang that spreads the spirit of scientists and fosters national unity [1] Group 2: Performance and Audience Engagement - The premiere performance titled "Backbone" was created by the Inner Mongolia Association for Science and Technology, featuring six chapters that combine recitation, music, and drama to narrate the touching stories of older scientists like Qian Xuesen and Deng Jiaxian [3] - The performances in Urumqi and Shihezi attracted nearly 3,000 students and members of the public from various universities, significantly inspiring local scientists and youth with patriotic feelings and innovative enthusiasm [3] Group 3: Educational Initiatives - From September 17 to 18, a series of report meetings by the Chinese Scientists Spirit Promotion Team were held simultaneously in four regions of northern and southern Xinjiang [3] - Notable speakers, including Zhu Mingyuan, son of the "Two Bombs and One Satellite" contributor Zhu Guangya, shared stories of scientists dedicated to serving the country, encouraging youth and scientists to establish ideals of "striving for knowledge and contributing to the nation" [3] Group 4: Organizing Bodies - The "Spirit of Scientists Shining on Tianshan" series is co-hosted by multiple organizations including the China Association for Science and Technology, the Ministry of Education, the Ministry of Culture and Tourism, the Chinese Academy of Sciences, the Chinese Academy of Engineering, the Central Committee of the Communist Youth League, and the China Federation of Literary and Art Circles [3]

Core Viewpoint - The 60th anniversary of the artificial synthesis of crystalline bovine insulin marks a significant milestone in the exploration of life sciences, showcasing the innovative spirit and scientific ambition of Chinese scientists [1][2]. Group 1: Historical Significance - The artificial synthesis of crystalline bovine insulin was achieved on September 17, 1965, representing a major breakthrough in understanding the essence of life [2]. - This achievement followed the determination of the primary structure of insulin three years earlier and was part of a national secret research program designated as "601" [1]. Group 2: Scientific Spirit - The "insulin spirit" embodies six aspects: pursuit of excellence, innovative courage, patriotism, academic democracy, collaborative atmosphere, and rigorous exploration [2]. - The ethos of "dedication, realism, unity, and progress" aligns with the mission of the Chinese Academy of Sciences' Molecular Cell Science Excellence Innovation Center [2]. Group 3: Future Aspirations - The Molecular Cell Science Excellence Innovation Center aims to accelerate the production of original and critical scientific achievements, fulfilling its role as a strategic technological force for the nation [3][4]. - Current scientists are encouraged to learn from the pioneering team of artificial synthesis, embodying the spirit of dedication and commitment to advancing science in areas of national need [4].

Core Viewpoint - The introduction of the new textbook "There is a 'Nan Rendong Star' in the Sky" in the eighth-grade Chinese language curriculum aims to instill a spirit of scientific pursuit among students by sharing the stories of prominent scientists like Nan Rendong, Yuan Longping, and Deng Jiaxian [1][11]. Group 1: Educational Initiatives - The new curriculum includes activities such as students researching the lives of scientists, writing letters to them, and even staging plays to deepen their understanding of scientific spirit [2][3]. - Schools are encouraged to utilize rich educational resources, allowing students to experience science firsthand through visits to research bases and participation in competitions [3][11]. Group 2: Curriculum Content - The new textbook features stories of contemporary scientific achievements, including the first entry of topics like "China's first entry into its space station" and "the 'Jiaolong' exploring the sea," showcasing China's innovative strength in the global scientific arena [12][13]. - The textbook integrates elements of patriotism, innovation, and dedication, reflecting the rigorous academic spirit of scientists [11][12]. Group 3: Impact on Students - Students express admiration for scientists, recognizing the perseverance and dedication required to achieve scientific breakthroughs, as seen in their reflections after visiting relevant sites [3][9]. - The curriculum aims to shape students' values, fostering a love for science and a sense of national pride, which is crucial for their personal development [3][11].

Core Viewpoint - The introduction of new educational materials featuring stories of prominent scientists aims to instill a sense of scientific spirit and national pride among students, fostering a deeper understanding of the contributions made by these figures to science and society [3][4][6]. Group 1: Educational Initiatives - The new curriculum includes a lesson titled "There is a 'Nan Rendong Star' in the Sky," which highlights the life and achievements of scientist Nan Rendong, emphasizing the importance of scientific exploration and dedication [3][4]. - Schools are implementing various activities to engage students, such as writing letters to scientists and organizing stage plays to further explore the themes of scientific spirit and national service [4][6]. - The curriculum encourages students to appreciate the perseverance and dedication required in scientific endeavors, as exemplified by Nan Rendong's 22-year journey to realize the "China Sky Eye" project [4][5]. Group 2: Field Learning Experiences - Students are participating in hands-on learning experiences at research bases, such as the Yuan Longping Hybrid Rice Science Park, where they gain practical knowledge about agriculture and the significance of scientific advancements in food security [7][8]. - The Yuan Longping Hybrid Rice Science Park has hosted over 60 educational activities this year, reaching approximately 15,000 young people, thereby bridging classroom learning with real-world applications [8]. - The Qinghai Atomic City Memorial Hall provides students with insights into the historical context of China's nuclear development, enhancing their understanding of the contributions made by scientists like Deng Jiaxian [10][11]. Group 3: Impact on Student Values - The educational initiatives aim to cultivate a love for science and a sense of national pride among students, encouraging them to draw inspiration from the stories of scientists [6][7]. - Students express a desire to emulate the qualities of perseverance and dedication demonstrated by the scientists featured in their studies, indicating a positive influence on their personal aspirations [5][11]. - The integration of scientific stories into the curriculum is seen as a way to instill values of hard work and commitment to national development in the younger generation [6][10].

Core Viewpoint - The current educational reforms in China emphasize the promotion of scientific spirit among students, integrating elements of patriotism, innovation, and collaboration into the national curriculum, particularly in the new textbooks for the fall semester [1][2]. Group 1: Educational Reforms - The national curriculum aims to enhance scientific education amidst the "double reduction" policy, fostering curiosity and imagination in students [1]. - New textbooks include both classic and contemporary stories of scientists, showcasing China's achievements in the global scientific arena [1][2]. Group 2: Content of Textbooks - The textbooks feature historical figures like Zhang Heng and contemporary scientists such as Yuan Longping and Tu Youyou, illustrating the evolution of scientific contributions in China [2]. - The narrative in the textbooks is designed to inspire students by presenting the stories of scientists as guiding stars in their pursuit of knowledge [2].

"因为热爱，可以发光。" 2025年9月16日至9月25日，一场跨越古今的科学家对话，原创沉浸式舞台剧《华夏之光-文明的烛火》在中国科学技术馆上演。 剧目运用声、光、电、舞美等多元艺术手段，还原北宋水运仪象台攻坚现场、当代"拉索"观测站建设与科研壮举，通过震撼的视听语言打造沉浸式观演 体验。演出进一步深化科学家精神的代际传承与接力发展，突出科学精神的火种赓续传递，为公众奉上一场兼具科学启迪与艺术震撼的科学文化盛宴。 《华夏之光-文明的烛火》剧照。 本次演出在原版基础上编创升级，进一步深化科学家精神的代际传承与接力发展。古今对望，科学家追光而遇，沐光而行。那束穿越时空的光，不仅是 宁宙的星光，更是一代又一代科学家静心笃志、心无旁骛，独创独有、创新创造，探索未知、艰苦奋进的精神之光，永恒照亮人类前行之路。 【1】 【2】 【3】 【4】 《华夏之光-文明的烛火》以北宋1054年"天关客星"观测与当代高能天文学"蟹状星云"研究为线索，构建了一场横跨中西、纵贯千年的科学对话。该舞 台剧由中国科学技术馆与中国煤矿文工团联合打造。 剧中，苏颂为代表的北宋科学家与当代"拉索"科研团队展开跨时空联动，生动展现中国古代天文学的 ...

Core Viewpoint - The event aimed to enhance scientific literacy among youth in the Guangdong-Hong Kong-Macao Greater Bay Area through hands-on experiences in scientific research and education [1][3]. Group 1: Event Overview - The Guangdong-Hong Kong youth science exploration event took place in Guangzhou, involving nearly 70 students and teachers from Hong Kong and Guangzhou [1]. - Participants engaged in a scientific journey, exploring topics such as telomere theory and the potential of pig cells in cancer resistance [1]. Group 2: Educational Activities - A report titled "From Laboratory to Lifeline: How Anti-Cancer Drugs are 'Refined'" was presented, detailing the complex development process of anti-cancer drugs, including examples like Osimertinib and toluenesulfonamide [3]. - Students participated in a classic experiment to synthesize aspirin, gaining insights into the drug's history and the importance of patience and perseverance in scientific research [3]. Group 3: Importance of Scientific Education - Legislative member Chen Yingxin emphasized the significance of early exposure to scientific education in inspiring future scientific talent among youth [3]. - Zhong Weiyue, a prominent figure in the Guangdong Province Respiratory and Health Association, highlighted the critical period of adolescence for cultivating scientific interest and thinking [4].

Core Viewpoint - The article commemorates the 60th anniversary of the first artificial synthesis of bovine insulin in China, highlighting the enduring spirit of scientific innovation and the importance of passing this legacy to future generations of researchers [1][2]. Group 1: Historical Significance - The artificial synthesis of bovine insulin is regarded as a milestone in the journey to uncover the essence of life, marking a significant leap in the history of life sciences [1]. - The project began in December 1958, three years after the first determination of the primary structure of insulin, and faced immense challenges in a scientific "no man's land" [1]. Group 2: Scientific Spirit - The perseverance and dedication of the pioneering scientists, who worked under extremely challenging conditions, exemplified the spirit of innovation, rigor, and collaboration [2]. - The successful synthesis of crystalline bovine insulin in September 1965 represented the first instance of artificially creating a protein with the same chemical structure and biological activity as its natural counterpart [2]. Group 3: Call to Action - Current scientists are encouraged to learn from the insulin synthesis team, striving to reach new scientific heights and embrace their responsibilities in advancing national strategic technological capabilities [3]. - The emphasis is placed on integrating personal pursuits with national development goals, aiming for more original breakthroughs in technology [2][3].

Core Viewpoint - The 60th anniversary of the artificial total synthesis of crystalline bovine insulin is celebrated as a significant milestone in life sciences, marking a leap in understanding the essence of life and showcasing the innovative spirit of Chinese scientists [2][3]. Group 1: Historical Significance - The artificial total synthesis of crystalline bovine insulin is recognized as a milestone following the first artificial synthesis of an organic molecule, urea, in 1828, highlighting its eternal significance in the history of life sciences [2]. - The project was officially initiated in December 1958, three years after the first determination of the primary structure of insulin, under a national secret research program code-named "601," indicating it as the primary task of the 1960s [2]. Group 2: Scientific Achievement - In September 1965, a collaborative effort among the Chinese Academy of Sciences' Biochemistry Research Institute, the Organic Chemistry Research Institute, and Peking University led to the world's first artificial synthesis of a protein with the same chemical structure and complete biological activity as the natural molecule—crystalline bovine insulin [2][3]. Group 3: Inspirational Messages - The process of synthesizing artificial crystalline bovine insulin reflects the innovative confidence and scientific ambition of Chinese scientists to challenge the frontiers of life sciences [3]. - The event emphasized the connection between scientific exploration and revolutionary exploration, showcasing the shared spirit of great achievements in both fields [3]. Group 4: Call to Action - Current scientists are encouraged to learn from the team behind the artificial total synthesis of crystalline bovine insulin, aiming to reach new heights in technology and contribute significantly to the nation [5].