Core Insights - Shenzhen is emerging as a leader in agricultural biotechnology, particularly in crop breeding, driven by a combination of scientific research and corporate innovation [1][8] - The city has developed a comprehensive breeding ecosystem that integrates foundational research, field applications, and industrialization [3][8] Group 1: Breakthroughs in Rice Breeding - The Shenzhen Agricultural Genome Research Institute's team led by Shang Lianguang has created the world's first super pan-genome map of rice, which includes 251 rice germplasm, enabling precise selection of superior genes for molecular design breeding [2][8] - The team has identified the salt-tolerant gene STG5, allowing the cultivation of salt-tolerant rice in saline soils with a salinity of 10‰, potentially transforming 30 million acres of coastal saline land into arable land [2][3] Group 2: Innovations in Weed Resistance - Tang Xiaoyan's team has developed "Clean Field Rice," which exhibits 10-15 times the herbicide resistance compared to traditional varieties, significantly reducing weed presence with just one herbicide application [3][8] - The "Wide Three-Line" hybrid breeding technology developed by Tang's team accelerates the breeding cycle from 5-10 years to just 3 years, enhancing the efficiency of hybrid rice production [3][8] Group 3: Smart Breeding Technologies - BGI's CropGS-Hub system allows for precise gene-trait associations, enabling even non-experts to identify target gene combinations for breeding [4][8] - The collaboration between BGI and Yunnan University has led to the development of "Perennial Rice 23," which can be harvested for three years after a single planting, significantly reducing farming costs [4][8] Group 4: Potato Breeding Revolution - Zhang Chunzh's team has introduced a new potato seed that is one-sixth the size of traditional seeds, addressing high transportation and planting costs associated with conventional potato cultivation [5][8] - The new potato varieties have a weight of 100-200 grams and possess superior quality, although current yields are only 60-80% of traditional varieties [5][8] Group 5: Advanced Gene Editing - Zhu Jiankang's team has developed a new CRISPR-Cas enzyme that overcomes international patent barriers, facilitating the application of gene editing technologies in China [6][8] - The high oleic acid soybean developed by Zhu's team has an oil content exceeding 80%, surpassing that of olive oil, and has received China's first agricultural gene editing safety certificate [6][8] Group 6: Supportive Ecosystem - Shenzhen's agricultural biotechnology sector benefits from strong policy support and a collaborative ecosystem involving government, enterprises, and research institutions [8][9] - The city has attracted top talent and established key research centers, such as the National Super Hybrid Rice Engineering Technology Research Center, enhancing its research capabilities [8][9]

撰文丨王聪 编辑丨王多鱼 排版丨水成文 植物胞内核苷酸结合结构域和富含亮氨酸重复序列受体蛋白 （Nucleotide-binding domain, Leucine-rich repeat containing Receptors, NLR） 通过直接或者间接的方式识别病原微生物分泌的效应蛋白激活效应 子引发的免疫 （Effector-Triggered Immunity, ETI） ，引发细胞坏死进而抵御病原菌的侵染。 目前克隆的抗病基因大都编码这类免疫受体蛋白，因此，NLR 是抗病育种的重要靶蛋白。然而，NLR 基因 在亲缘关系较远的植物中可能无法发挥作用，即所谓的" 受限的分类学功能 " （Restricted Taxonomic Functionality，RTF） 。 2025 年 6 月 17 日， 中国农业大学 郭海龙 教授团队 在国际顶尖学术期刊 Cell 发表了题为： Interfamily co-transfer of sensor and helper NLRs extends immune receptor functionality between angiosperms 的论文。 ...

Group 1: Company Performance Overview - The company achieved an annual revenue of 85.66 billion CNY, with a net profit attributable to shareholders of 5.4 billion CNY, driven by a robust domestic business that generated 54 billion CNY in revenue [3][4] - Domestic rice revenue grew by 13% on top of a 36% increase in 2023, surpassing 20 billion CNY, while corn revenue exceeded 21 billion CNY despite international market challenges [3][4] - The company maintained a stable market share of approximately 20% in Brazil, with sales remaining flat year-on-year despite adverse conditions [3][4] Group 2: Strategic Focus and Initiatives - The company is focusing on a "2+2" crop strategy, prioritizing corn and sorghum while also expanding into soybeans and rice [5][6] - Aiming to enhance profitability, the company plans to leverage its operational management capabilities in Brazil to meet high customer service and product quality demands [5][6] - The company is optimizing its research and product strategies to develop globally competitive products while reducing costs and improving efficiency [5][6] Group 3: Market Trends and Future Outlook - The Brazilian corn market is expected to see significant changes due to the government's new biofuel policy, which will increase ethanol production and subsequently corn demand [7][8] - The company anticipates a slight increase in corn prices by the end of the year, with a clear and sustainable growth trend in the industry [7][8] - The company is positioned to capitalize on market opportunities by deepening its core crop strategy of "corn + sorghum" to enhance market share and profitability [7][8] Group 4: Financial Management and Cost Control - The company has implemented financial strategies to manage high interest rates in Brazil, securing loans at a significantly lower rate of 2.9% compared to local rates exceeding 16% [9][10] - Management expenses have decreased by 22.9 million CNY year-on-year, reflecting the company's commitment to cost control and efficiency [9][10] - The company is adopting hedging tools to mitigate exchange rate risks associated with cross-border loans, ensuring stability in profit margins [9][10] Group 5: Research and Development Focus - The company is prioritizing the development of drought-resistant and high-yield corn varieties, with a focus on enhancing traits such as resistance to pests and diseases [16] - The integration of gene editing technology is expected to significantly shorten breeding cycles from 7-8 years to 5-6 years, facilitating the introduction of competitive varieties [16] - The company plans to expand its market presence in northern regions by launching early-maturing corn varieties and optimizing product structures [14][15]