广征良策绘就广 东农业新图景， 这场专题会干货 满满_南方+_南 方plus 全省11个市的海 洋牧场建设成 果，10个市的特 色农业发展成 效，8家高校科 研单位和企业的 创新成效，以及 紫心马铃薯等众 多可赏可闻可尝 的农产品……8 月26日，广东省 农科院设置的岭 南特色现代农业 成果展示专区， 成为广东省加快 推进现代化产业 体系建设专题会 议（岭南特色现 代农业专场）的 序曲。该次会议 是系列专题会议 的第五场，围绕 更好推动岭南特 色现代农业高质 量发展共同探 讨、共商良策， 共同绘就广东农 业新图景。 院士、代表、专 家、企业家谋共 识 2025年2月发布 的《广东省建设 现代化产业体系 2025年行动计 划》明确提出， 发展岭南特色现 代农业，实 施"粤强种 芯""粤强农 装"工程，以种 业创新引领产业 升级，构建智能 农机产业链创新 体系。全链条发 展现代化海洋牧 场，加快远海抗 风浪新型重力式 网箱、桁架类网 箱和养殖工船布 局，大型养殖平 台数量实现翻一 番。 省人大专题调研 组围绕岭南特色 现代农业主题， 重点关注"粤强 种芯""粤强农 装"工程实施情 况，重点推进现 代化海洋牧场规 ...

8月22日，2025年湖北省博士后创新创业大赛总决赛在武昌洪山礼堂举行，来自全省顶尖博士后 团队的11个"硬科技"项目同台竞技。经过激烈角逐，最终华中科技大学、武汉工程大学、华中农业大 学等高校博士后团队参赛项目分获特等奖及金奖、余下8个项目获得银奖，这些获奖项目还将代表湖 北出征今年10月在福建晋江举办的第三届全国博士后创新创业大赛总决赛。 本次大赛以"博聚楚天、共建支点"为主题，由中共湖北省委人才工作领导小组办公室指导，湖北 省人力资源和社会保障厅主办，赛事覆盖机器人与高端装备制造、预设信息技术与人工智能、新能源 与节能环保、新材料与石油化工、生物医药与大健康等七大前沿领域。大赛自今年4月启动以来，共 吸引1751名博士博士后参与，10位院士亲自带队参赛，30多个国家级重点实验室踊跃响应，历经预 选、复赛、决赛，最终11个项目晋级总决赛。 总决赛现场，11支从全省412个高水平项目中脱颖而出的博士后团队同台献技，展开了一场以"路 演+答辩"为形式的巅峰对决，也展现了湖北博士后群体在前沿科技领域的深厚积累与创新活力。华 中科技大学博士后团队参赛的大型复杂构件吸附式移动加工装备研发与应用项目，已开发出吸附式机 ...

Core Viewpoint - The recent investment of 50 million yuan by Haida Group in "spine-free grass carp" gene editing technology has sparked significant discussion, highlighting the contrasting perceptions of gene editing as either a boon or a Pandora's box in agriculture [2][5]. Group 1: Gene Editing Technology Overview - Gene editing is referred to as the "5G technology" of agriculture, focusing on precise modifications of an organism's own genes without introducing foreign genes, which distinguishes it from traditional genetic modification [4][11][13]. - The efficiency of gene editing is notable, with the time required to cultivate a new variety being significantly reduced to 4-6 years compared to 8-12 years for transgenic breeding [25][26]. Group 2: Regulatory Challenges - Despite advancements, the commercialization of gene-edited animals in China faces hurdles due to stringent regulations that equate gene-edited animals with transgenic organisms, requiring extensive safety evaluations [36][37]. - Currently, there are no established safety evaluation guidelines for agricultural gene-edited animals in China, which hampers their market entry [42][43]. Group 3: Global Context and Future Prospects - Internationally, countries like Argentina, the USA, and Japan have approved various gene-edited animal products, indicating a faster pace of commercialization compared to transgenic animals [72]. - The potential for China's gene-edited animals to capitalize on the current global momentum could significantly influence the future landscape of the aquaculture industry [73].

Group 1 - The core point of the article is that Haida Group has invested 50 million to exclusively use a gene-editing technology for "spine-free grass carp" for a period of 20 years, which has sparked discussions in the industry [2][3][15] - The technology involves identifying and knocking out the key gene responsible for the development of small bones in grass carp, making it safer for consumption [5][6][8] - Currently, no gene-edited animals have been approved for market in China, which raises questions about the strategic reasoning behind Haida's investment in a technology that cannot yet be commercialized [12][14] Group 2 - The investment may be a strategic move to position the company ahead of potential regulatory changes that could allow gene-edited fish to enter the market in the future [19][20] - If spine-free grass carp becomes available for sale, it could address consumer pain points, enhance product value, and increase market acceptance [24][25] - The technology could strengthen Haida's competitive edge by creating a more robust supply chain and enabling the introduction of additional gene-editing technologies [26][27] Group 3 - The gene-editing technology could serve as a critical competitive advantage in the global aquaculture market, as countries like Japan and the U.S. have already approved gene-edited fish for consumption [17][18][30] - This investment may also prepare Haida for international competition by developing advanced breeding technologies that could lead to a stronger market position [29][31] - The transaction could potentially mark the beginning of a technological revolution in aquaculture breeding in China, paving the way for the first gene-edited fish to reach consumers [32][33]