水稻科学英文版

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水稻科学英文版 关注(): 期刊周期：月刊; 期刊级别：省级; 国内统一刊号：33-1317/S; 国际标准刊号：1672-6308; 主办单位：中国水稻研究所; 主管单位：中国水稻研究所; 上一本期杂志：农业知识科技与三农农业科技期刊; 下一本期杂志：山东农业农村经济版

　　本刊主要刊登以水稻为研究对象的未经发表的英文原始论文、综述、研究简报、学术活动简讯等，内容涉及水稻研究的各个领域。旨在直接对外传递和交流水稻科学信息，扩大我国水稻科学研究的国际影响，同时吸收国外水稻研究信息，使之成为我国与国际水稻界有机结合的一条有效途径。

　　水稻科学英文版栏目设置主要栏目：综述、研究报告、研究简报、实验技术。

　　水稻科学英文版收录国家新闻出版总署收录　国外数据库收录

　　英国国际农业与生物科学研究中心：网络版

　　阅读推荐：杂交水稻

　　《杂交水稻》是国家杂交水稻工程技术研究中心和湖南杂交水稻研究中心主办、对国内外公开发行、专门报道杂交水稻的技术类科技期刊。以广大从事杂交水稻研究、开发、经营、推广和生产各个环节的人员，包括大中专院校、科研机构、种子生产和经营部门、推广部门及生产单位的有关人员为主要读者对象。欢迎有关杂交水稻遗传育种、繁殖制种、原种生产、种子营销、示范推广、耕作栽培、病虫害防治、生理生态、生物技术、组合介绍等方面具一定水平、未公开发表的专题综述、基础理论研究、应用技术总结、高产经验、新技术、新方法介绍以及学术活动与其它重要简讯等方面的稿件。

　　水稻科学英文版最新期刊目录

Engineering Prime Editing System for Concurrent Gene Knockout and Point Mutation Induction(KAPSi) in Rice

摘要：<正>Precise manipulation of complex agronomic traits often requires the simultaneous introduction of mutations at multiple gene loci, a capability that remains challenging for existing genome-edi...

Integrated Transcriptomic, Metabolomic, and Physio-Biochemical Analyses Reveal that NO and H₂S Enhance Drought Tolerance in Upland Rice

摘要：<正>Drought severely affects sustainable agricultural production worldwide. Upland rice ecotypes perform favorably under drought conditions; however, the underlying mechanisms remain largely uncl...

Dual-Direction of DNA Methylome Reprogramming During Rice Domestication

摘要：<正>Crop domestication has been attributed predominantly to selection on DNA sequence variation, yet the role of epigenetic factors remains largely unknown. Here, we conducted a genomewide compar...

Physicochemical Properties of Rice Hybrid Progeny from Parents with Divergent Resistant Starch Profiles

摘要：<正>The consumption of foods rich in resistant starch(RS) can help slow down the rise in blood glucose levels, thereby aiding in the alleviation of conditions such as obesity and diabetes. In rec...

Identification of miRNA-mRNA Modules in Yuanjiang Common Wild Rice Conferring Resistance to Rice Blast

摘要：<正>Rice blast severely threatens grain yield and quality, and utilizing resistance genes to cultivate disease-resistant varieties is the most effective strategy for controlling this disease. Yua...

Advances in Rice Coleoptile Elongation: Implications for Direct-Seeded Rice Adaptation

摘要：The rice coleoptile, a key protective structure during seed development, is crucial for safeguarding the plumule and facilitating seed germination. It plays a pivotal role in seedling emergence from s...

Advancing Rice Resilience to Heat Stress: Insights from CRISPR/Cas9 Genome Editing

摘要：Heat stress during reproductive stages remains one of the most critical constraints on rice yield and grain quality, yet progress in developing heat-resilient cultivars is slowed by the complex, polyg...

Evaluation of Leaf Spectra(150–1100 nm) in Tetraploid Rice and Their Spontaneously Reverted Diploid Counterparts

摘要：<正>The objective of this study was to examine the spectral differences between tetraploid rice and their spontaneously reverted diploid counterparts under field conditions. No significant absorp...

Conversion of Double-Cropping Rice into Rice-Vegetable Rotation System Increases Net Economic Benefit with Lower Environmental Cost

摘要：<正>Conversion of double-cropping rice（DR） into a rice-vegetable（RV） rotation system has become prevalent among farmers seeking higher economic returns in China. However, the overall impacts of t...

Genetic Variation and Population Structure of Asian Cultivated Rice

摘要：Rice germplasms serve as repositories of genetic variation. Population structure analysis is crucial for the effective utilization of rice germplasm and provides an evolutionary framework for future b...

Molecular and Functional Insights into Sugar Transporters in Rice

摘要：Sugars are the main sources of energy and carbon for plants, making them crucial for various aspects of plant growth and development. Three prominent families of sugar transporters have been extensive...

Global Patterns of Stage-Specific Alternative Polyadenylation in Rice Tillering Revealed by Nanopore Long Read Sequencing and Proteomics

摘要：Tiller number is a crucial agronomic trait that directly influences the grain yield per unit area of rice. Alternative polyadenylation(APA), an essential post-transcriptional regulatory mechanism, pla...

Enigma of Prolonged Submergence Tolerance in Rice: Rediscovering Critical Factors Beyond SUB1A

摘要：The discovery and subsequent introgression of SUB1A-1 gene into rice produces remarkable success in tolerating complete submergence for about two weeks. However, the tolerance of Sub1-introgressed cul...

A Low-Cost RGB-Based Image Processing Method for High-Throughput Assessment of Rice Grain Chalkiness

摘要：Although numerous rice genotypes have been developed worldwide, post-harvest evaluation of chalkiness, a key grain trait, remains a significant challenge in breeding programs. Conventional phenotyping...

Combined Transcriptomic-Proteomic Profiling Elucidates Mechanisms Underlying Ustiloxin-Induced Liver Injury

摘要：<正>Ustiloxins are the primary secondary metabolites of Ustilaginoidea virens (teleomorph:Villosiclava virens).While these toxins are known to exhibit toxicity in certain animals,their potential ...

Volatile Organic Compounds in Japonica Rice and Their Influence on Flavor Substances and Sensory Characteristics of Beer

摘要：<正>To elucidate the variations in volatile organic compounds (VOCs)among widely cultivated japonica rice varieties in China and offer novel perspectives on flavor formation during rice-based bee...

Auxin Response Factor OsARF13 Positively Regulates Scutellum-Derived Callus Induction Efficiency

摘要：<正>The significant vanation in plant regeneration efficiency between indica and japonica rice poses a major challenge for crop improvement.However,the molecular basis for this divergence remains...

Role of OsPHB2 in Rice Plant Architecture and Salt Stress Tolerance: Mining High-Yielding Haplotype 2

摘要：<正>Prohibitin (PHB) play s critical roles in plant growth and development.In this study,we utilized CRISPR/Cas9 gene-editing technology to generate homozygous OsPHB2 knockout transgenic plants,d...

Amino Acid Transporter OsAAP18 Modulates Nitrogen Allocation to Boost Yield and Grain Quality in Rice

摘要：<正>Synergistically improving the yield and grain quality of rice remains a major breeding challenge.Amino acid transporters play key roles in regulating plant growth and development,but their me...

An Endosperm-Specific Early Nodulin-Like Gene Regulates Amylose Content in Rice

摘要：<正>Amylose content (AC) is a key determinant of rice eating and cooking quality (ECQ).Lower AC is generally associated with improved palatability and is therefore a desirable trait in rice breed...

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