荣成部署2026年农机报废更新补贴工作 加快老旧农机淘汰进程
为加快山东省威海荣成市老旧农机淘汰进程、优化农机装备结构、筑牢农机安全生产防线，日前，荣成市农机发展中心召开农机报废更新工作部署会，全面安排部署本年度农机报废补贴工作，各相关科室、镇街农机工作人员、定点报废回收企业负责人30余人参会。&…
Biopesticides: Supporting Sustainable Agriculture in Jordan
Jordan’s agricultural sector has long demonstrated resilience and innovation despite limited natural resources and challenging climatic conditions. As the country continues to strengthen food security and agricultural sustainability, farmers are increasingly seeking solutions that protect crops while preserving soil, water, and biodiversity.
🎥 Inside Faraday Earth’s bid to make cheap green ammonia without Haber-Bosch
[Disclosure: AgFunderNews’ parent company AgFunder is an investor in Faraday Earth] Can a container-sized plasma reactor…
🎥 Can non thermal plasma seed treatment move from lab curiosity to broadacre reality?
[Disclosure: AgFunderNews’ parent company AgFunder is an investor in Sylvarum] Using non-thermal plasma or high voltage …
🎥 Inside Faraday Earth’s bid to make cheap green ammonia without Haber-Bosch
[Disclosure: AgFunderNews’ parent company AgFunder is an investor in Faraday Earth] Can a container-sized plasma reactor…
🎥 Can non thermal plasma seed treatment move from lab curiosity to broadacre reality?
[Disclosure: AgFunderNews’ parent company AgFunder is an investor in Sylvarum] Using non-thermal plasma or high voltage …
🎥 Inside Faraday Earth’s bid to make cheap green ammonia without Haber-Bosch
[Disclosure: AgFunderNews’ parent company AgFunder is an investor in Faraday Earth] Can a container-sized plasma reactor…
🎥 Can non thermal plasma seed treatment move from lab curiosity to broadacre reality?
[Disclosure: AgFunderNews’ parent company AgFunder is an investor in Sylvarum] Using non-thermal plasma or high voltage …
国光股份：以客户需求为中心，从″卖产品″向″卖价值″转型
世界农化网中文网报道：7月7日，四川国光农化股份有限公司（简称″国光股份″）接受东方证券等特定对象调研，公司回复了投资者关心的相关问题，如下：
先正达团队开发LbCas12a介导的高效玉米HI-Edit技术体系，可用于商业化品种基因编辑
世界农化网中文网报道：近日，Plant Biotechnology Journal杂志在线发表了由先正达北京创新中心梁大伟团队撰写的"A robust framework for maize elite line genome editing through enhanced HI-Edit via LbCas12a activity optimization"论文。该研究工作通过系统优化，成功实现了LbCas12a介导的玉米HI-Edit（单倍体诱导耦合基因编辑）；并通过优化Cas12a蛋白在生殖细胞中的表达水平、蛋白稳定性及单倍体诱导过程中环境温度，将该技术应用的核心瓶颈—玉米单倍体编辑效率（HER）从平均不足2%提升至最高33%。研究团队报道的这一套基于保守生物学过程HI-Edit技术策略，为玉米优良种质的直接基因编辑改良提供了明确的技术方案和路径，有望彻底改变传统育种中优良品种难转化、改良耗时长成本高的局面。