超級雜交稻的培育需要基因工程的加盟 幾個雜交水稻新組合在雲南永勝的高產栽培特性初步研究 新株型育種進展 湖南隆回超級雜交稻「百畝方」單產突破13.5t/hm2的栽培技術 發展雜交水稻，造福世界人民 水稻兩用核不育系龍S抗稻瘟病主效基因的定位 壟栽模式對海南三亞超級雜交稻主要性狀和產量影響的初步研究 漵浦超級雜交稻「百畝示範」單產超 13.5t/hm2高產栽培技術 選育超高產雜交水稻的進一步設想 Y兩優2號在安徽舒城低海拔地區「百畝方」單產突破12.5 t/hm2栽培技術 Elucidation of miRNAs- Mediated Responses to Low Nitrogen Stress by Deep Sequencing of Two Soybean Genotypes Rice Zinc Finger Protein DST Enhances Grain Production Through controlling Gnla/OsCKX2 Expression 超級雜交稻兩優培九產量雜種優勢標記與QTL 分析 Days to Heading 7，a Major Quantitative Locus Determining Photoperiod Sensitivity and Regional Adaptation in Rice Development of Super Hybrid Rice for Food Security in China 發展超級雜交水稻 保障國家糧食安全 水稻單葉獨立轉綠型黃化突變體grc2的鑒定與基因精細定位 An Anther Development F- box（ADF）Protein Regulated by Tapetum Degeneration Retardation（TDR）Controls Rice Anther Development 第三代雜交水稻初步研究成功 中國雜交水稻的研究與發展 水稻斑馬葉突變體zebra1349的表型鑒定及基因精細定位 Integrated Analysis of Phenome，Genome，and Transcriptom e of Hybrid Rice Uncovered Multiple Heterosis- Related Loci for Yield Increase 超優千號在山東莒南縣試驗示範表現及栽培技術 Progress in Super- hybrid Rice Breeding Performance and Cultivation Techniques of a Promising Super Hybrid Rice Combination Chaoyou 1000 in High- latitude Area 超級雜交稻研究進展 大力開展「種三產四」推動湖南水稻持續發展 基於高通量測序的超級稻不同生育期土壤細菌和古菌群落動態變化 雜交水稻發展的戰略 Natural Variation in the HAN1 Gene Confers Chilling Tolerance in Rice and Allowed Adaptation to a Temperate Climate Strategic Vision for Hybrid Rice 秈型雜種雄性不育水稻9814HS-1 的育性與遺傳分析 An R2R3 MYB Transcription Factor Confers Brown Planthopper Resistance by Regulating the Phenylalanine Ammonia- lyase Pathway in Rice Molecular Regulation of ZmMs7 Required for Maize Male Fertility and Development of a Dominant Male- sterility System in Multiple Species 基因組學方法用於水稻種質資源實質派生的檢測結果和應用討論 A Novel Strategy for Creating a New System of Third- generation Hybrid Rice Technology Using a Cytoplasmic Sterility Gene and a Genic Male- sterile Gene 超優千號定向改良前後抗性、產量和主要農藝性狀的對比評價 Resequencing of 1，143 Indica Rice Accessions Reveals Important Genetic Variations and Different Heterosis Patterns Rice MutLγ，the MLH1-MLH3 Heterodimer，Participates in the Formation of Type I Crossovers and Regulation of Embryo Sac Fertility
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