智通财经APP讯，德康农牧(02419)公布，2025年12月22日耗资约30.55万港元回购4100股股份。 ...

格隆汇12月22日丨德康农牧(02419.HK)公告，12月22日耗资30.5万港元回购4100股。 ...

截至2025年12月19日，公司已将上述暂时补充流动资金的1.5亿元募集资金全额归还至募集资金监管账 户，实际使用期限未超过12个月，符合此前议案规定。公司已就募集资金归还情况及时通知保荐机构及 保荐代表人。 12月23日，湖南湘佳牧业股份有限公司（证券简称：湘佳股份，证券代码：002982；债券简称：湘佳转 债，债券代码：127060）发布公告称，公司已完成1.5亿元闲置募集资金的归还工作，资金使用期限未 超过12个月，且未影响募集资金使用计划的正常推进。 公告显示，湘佳股份于2024年12月27日召开第五届董事会第十次会议及第五届监事会第七次会议，审议 通过《关于使用部分可转债闲置募集资金暂时补充流动资金的议案》，同意公司使用不超过1.5亿元的 可转债闲置募集资金暂时补充流动资金，使用期限自董事会审议通过之日起不超过12个月。 据了解，在上述资金补充流动资金期间，公司对资金进行了合理安排与使用，未出现影响募集资金使用 计划正常进行的情况，亦未变相改变募集资金用途，资金运用情况良好。 责任编辑：小浪快报 （编辑：XXX） 点击查看公告原文>> 声明：市场有风险，投资需谨慎。 本文为AI大模型基于第三方数据库 ...

炒股就看金麒麟分析师研报，权威，专业，及时，全面，助您挖掘潜力主题机会！ 来源：证券之星 近日，受控股股东双胞胎集团一项资产注入承诺即将到期影响，正邦科技（002157.SZ）股价连续三个 交易日持续拉升，累计涨幅超20%。不过，正邦科技很快澄清不存在应披露而未披露重大信息。其也未 在资产重整计划原定时间内完成相关资产注入事项，导致市场预期落空，公司股价随之回落。 证券之星注意到，自2023年底完成重整后，正邦科技在新控股股东双胞胎集团协助下持续推动复工复 产，公司已初步实现减亏目标。不过，受公司整体产能利用率仍较低影响，其依旧面临较高成本压力。 今年前三季度，虽然正邦科技收入同比大幅增长，但公司营收规模仅有历史同期高点的三成左右。报告 期内，受营业成本涨幅较快叠加高额资产减值损失拖累，正邦科技归母净利润同比下降近一倍，扣非后 净利润再度严重亏损。按照双胞胎集团此前制定目标，2025年正邦科技要实现全年业绩扭亏。但在前三 季度公司归母净利润显著下滑、四季度前两个月份生猪销售价格持续高度承压的情况下，其想要实现这 一目标显然并非易事。 01． 资产注入强预期推动股价连续拉升 正邦科技于2007年上市，作为昔日江 ...

Core Viewpoint - The collective economic model in Teru Village, Qiongjie County, Tibet, is successfully enhancing the livelihoods of villagers through profit-sharing and employment opportunities, marking a significant step towards collective prosperity [1][3]. Economic Performance - In 2024, Teru Ranch is projected to achieve revenue of 1.36 million yuan, a new high following its first-time revenue exceeding one million yuan [3]. - The number of yaks raised has increased from 550 to 750, with total collective profits exceeding 300,000 yuan [3]. - A total of 306,000 yuan in dividends was distributed to villagers, averaging nearly 3,000 yuan per household [3]. Employment and Income Generation - Eleven villagers secured local employment, contributing to an additional income of 580,000 yuan collectively [3]. - The implementation of a collective asset management strategy has transformed resources into assets, funds into shares, and villagers into shareholders [3][4]. Operational Improvements - The ranch has adopted intensive farming practices, moving from free-range yak grazing to standardized housing, integrating traditional farming knowledge with precise data monitoring [3]. - A new sales model has been established, shifting from traditional live yak sales to "direct sales + local delivery," resulting in increased profit margins due to guaranteed purchase contracts [3][4]. Community Impact - The collective economic initiative has fostered a sense of unity among villagers, leading to shared prosperity and a replicable model for other communities [4].

Core Insights - Since 2025, China's smart agriculture construction has accelerated, enhancing innovation capabilities and expanding application scenarios, leading to a vibrant agricultural sector empowered by technology [1][5]. Group 1: Smart Agriculture Innovations - The innovation capabilities in smart agriculture have been continuously improving, making production smarter from orchards to pastures and fish ponds [5]. - In Fujian's Shunchang County, 100,000 acres of citrus have seen a harvest boost, with rail transport vehicles and heavy-duty drones replacing traditional methods, significantly improving harvesting and transportation efficiency [9]. - In Inner Mongolia's Dongwuzhumuqin Banner, smart collars are used for cattle, allowing real-time monitoring of activity levels and health status via mobile devices [13]. - In Jiangsu's Pukou, smart aquaculture has enabled remote monitoring and precise feeding of shrimp, with expected production increases of 20% year-on-year and significant quality improvements [15]. Group 2: Technological Empowerment in Apple Industry - In Shaanxi's Yulin City, the local government is focusing on technological empowerment to transform small apple production into a large industry, introducing 13 intelligent sorting lines that classify apples into 10 grades, achieving a daily sorting capacity of 40,000 kilograms with over 98% accuracy [19]. - The county has built a 20,000-ton cold storage facility and equipped it with smart sorting lines, creating a comprehensive industry chain that integrates production, storage, processing, and sales [22]. - Currently, the apple planting area in Suide County has reached 236,000 acres, with a production volume exceeding 240,000 tons and an annual output value nearing 1 billion yuan [24].

2025 年 12 月 22 日 商 品 研 究 | 生猪：现货弱势显现 | | --- | | 周小球 | 投资咨询从业资格号：Z0001891 | zhouxiaoqiu@gtht.com | | --- | --- | --- | | 吴昊 | 投资咨询从业资格号：Z0018592 | wuhao8@gtht.com | 【基本面跟踪】 生猪基本面数据 | | | 单 位 | 价 格 | | 比 同 | | | --- | --- | --- | --- | --- | --- | --- | | 价 格 | 河南现货 | 元/吨 | 11780 | | -100 | | | | 四川现货 | 元/吨 | 12100 | | -50 | | | | 广东现货 | 元/吨 | 12160 | | -200 | | | 期 货 | | 单 位 | 价 格 | | 同 比 | | | | 生猪2601 | 元/吨 | 11150 | | -70 | | | | 生猪2603 | 元/吨 | 11325 | | 0 | | | | 生猪2605 | 元/吨 | 11925 | | 45 | | | | | 单 ...

（来源：中华工商时报） 转自：中华工商时报 "本次会议既是贯彻落实省委十一届十次全会'加快加强创新驱动，因地制宜发展新质生产力'要求的具 体行动，更是锚定《中共河南省委关于制定河南省国民经济和社会发展第十五个五年规划的建议》 中'突出科技创新引领作用，打造区域科技创新中心，建设科教强省，全面增强科技实力和创新体系整 体效能'目标的动员部署。"王载文表示，希望协同创新的各方主体齐头并进、携手同行，走好"企业出 题、政府助力、科研机构攻关、工商联搭台"的协同创新之路，推动民营企业有诉求能精准对接、科研 机构有成果能高效转化、政府部门有举措能直达病灶，让创新链条环环相扣、协同生态生生不息。 与会民营企业家和商会代表一致表示，将始终以"推进民营经济高质量发展"为根本，紧扣全省加快建 设"六个强省"、营造"六个环境"、突出抓好15项重点工作任务的战略部署，大力推动"名企进名校、名 校助民企"双向赋能，把"联动推进校企合作落到具体项目上"作为检验工作成效的关键标尺，持续强化 研发、人才、技术、资金等创新资源的深度协同，进一步夯实企业创新主体地位，在奋力谱写中原大地 推进中国式现代化新篇章中彰显民营企业担当、贡献民营企业力 ...

Core Insights - The article highlights the significant advancements in agricultural technology and research in Xinjiang, particularly in cotton and fruit cultivation, driven by experts from the Chinese Academy of Agricultural Sciences (CAAS) [1][2][3][4][5] Group 1: Cotton Research and Innovations - The CAAS has established multiple innovation teams focusing on high-quality cotton production, with a notable achievement of a single yield exceeding 750 kg per hectare in 2024 [1] - The "reduced density and robust plant" technique has been successfully promoted, enhancing cotton yield and reliability for farmers [1] - A new cotton variety developed by Yang Zuoren's team utilizes synthetic biology to produce astaxanthin, aiming for higher value utilization of cotton resources beyond traditional fiber production [5] Group 2: Fruit Cultivation and Genetic Resources - Wang Lirong's team has collected 244 samples of local peach genetic resources in Xinjiang, emphasizing the region's rich biodiversity and the need for improved agricultural techniques [2] - The research aims to enhance the understanding and utilization of Xinjiang's fruit resources, which are currently underutilized due to weak technical foundations [2] Group 3: Livestock and Crop Production - The introduction of the "Huaxi Cattle" breed by Hou Shaohua's team has improved the growth rate and meat yield, contributing to the livestock industry's efficiency in Xinjiang [3][4] - The implementation of precision corn planting techniques has led to a record corn yield of 1,018 kg per mu in Changji, marking a significant milestone in local agricultural productivity [4]

Core Viewpoint - The 20th Central Committee of the Communist Party emphasizes accelerating the comprehensive green transformation of economic and social development, with agricultural green development being a crucial component for high-quality development in the region [1] Group 1: Green Agricultural Production System - The focus of agricultural green transformation is to reconstruct the production system, forming a green closed-loop covering the entire production process [2] - Promotion of precision green production technologies, including the use of drones and smart systems for resource management in crop planting [2] - Optimization of resource recycling models, such as integrated "plant-animal" cycles and efficient waste conversion [2] - Establishment of standardized green bases for organic agricultural products, covering all stages of production [2] Group 2: High-Value Green Industry Chain - Green transformation involves not only production methods but also upgrading value creation [3] - Development of low-carbon deep processing through green food processing parks and energy-efficient technologies [3] - Cultivation of distinctive green brands by integrating local agricultural resources and enhancing sales channels [3] - Promotion of ecological industry integration, combining agriculture with tourism and culture [3] Group 3: Support Mechanisms for Green Transformation - Agricultural green transformation requires a multi-dimensional support network involving policies, technology, and talent [4] - Strengthening policy support through special action plans and funding for green agricultural development [4] - Establishing a technology support system focused on key areas like water-saving irrigation and waste resource utilization [4] - Optimizing talent cultivation by introducing relevant courses and training programs in green agriculture [4]