今年2月，以"打造新时代思想纸、观点纸、标注纸、收藏纸、稀缺纸"为定位，《河南日报》启动改版升级。 作为改版后首个亮相的深读版面，创新版甫一亮相，就吸引各方关注，令万千读者耳目一新。 10个月，44次见面。这份每周一的约定，攒成了厚厚一摞"创新日记"。当2025年的日历即将翻到最后一页， 《河南日报》深读·创新版的"2025年度报告"也正式生成。 回过头看，这一年我们一直在做一件事：持续追踪中原大地上最活跃的"能量信号"，为河南的创新拍下一张 张"正在进行时"的快照。 我们盯着刚出炉的新政策，看它们如何点燃第一把火，为万千新赛道制定规则；我们走进实验室和生产线， 看一个个写在论文中的想法，怎样变成货架上的实物；我们听科研人员聊最难的那道坎，他们是如何咬紧牙 关闯过来的。 每一次记录，都让我们更加确信：创新，从来不是一个抽象的词，而是一群具体的人，在这片热土上，解决 一个个实际的问题。 这份热气腾腾的年度记录，请您查收—— 3月20日，中豫具身智能实验室首次开放日活动现场展出的人形机器人系列产品。 记者 聂冬晗 摄 创新政策权威解读 打开河南政策"能量包" 这一年，每有科技创新相关重磅文件出台、重要政策发布，我 ...

Group 1: Core Insights - The Henan Provincial Academy of Medical Sciences is advancing cutting-edge medical technologies, focusing on clinical applications of innovative projects [3][5] - The academy has developed a new warm blood transport system for heart transplants, significantly extending the viability of hearts during transport [5][8] - The "organ-on-a-chip" technology is being utilized to personalize cancer treatment, allowing for the selection of the most effective therapies for patients [9][11] Group 2: Heart Transport System - The new transport system maintains a physiological temperature of 34°C to 36°C, avoiding the metabolic slowdown associated with traditional cold storage methods [5][7] - The system has shown promising results in animal experiments, with a pig heart remaining functional after 24 hours of transport [7][8] - Future experiments will simulate real-world transport conditions to further validate the system's effectiveness [7][8] Group 3: Organ-on-a-Chip Technology - The organ-on-a-chip platform has begun clinical validation, focusing on difficult-to-treat gynecological cancers [11][12] - The technology allows for the cultivation of "mini-tumors" from patient samples, which can be tested against various drug treatments to determine the most effective option [12][13] - Initial results indicate a 71% tumor suppression rate for one patient, showcasing the potential for improved treatment precision [12][13] Group 4: Nanomaterials and Agricultural Applications - The Henan Provincial Academy has launched the world's first pilot production line for nanoenzymes, marking a significant step towards industrialization [10][14] - The nanoenzyme technology has demonstrated the ability to enhance crop yields while reducing nitrogen fertilizer usage, with reported increases of up to 20.6% in certain crops [15][16] - The laboratory aims to expand the application of agricultural nanoenzymes across 20 million acres in Henan by 2026 [15][16]