Dissertation 

About 408 item dissertation in line with S566,Sugar crop query results,the following is 1 to 50(Search took 0.012 seconds)

  1. The Effects of NaCl and Nitric Oxide on the Growth,Physiological Responses and Glycoside Contents of Stevia Rebaudiana Bertoni,ZengJianWei/Sichuan Agricultural University,0/31
  2. Autotetraploid Germplasm Innovation and Evation of Autotetraploid Stevia Rebaudiana Bertoni,LiHong/Nanjing Agricultural College,0/10
  3. Effect of Fertilization Modes and Photosynthesis Synergist on Yield and Quality of Sweet Sorghum,LiYongJin/Hunan Agricultural University,0/3
  4. Effect of Sowing Date and Nitrogen Application Rate on Growth, Yield and Quality of Sweet Sorghum,HouZuo/Hunan Agricultural University,0/5
  5. Screening of New Cultivar on Cold Resistance of Stevia Rebaudiana by Radiation of Heavy Ions and Establish the Steviol Glycosides Model by NIR,TangQiKun/Anhui University,0/1
  6. The Study on Establishment of Regeneration Systems of Sorghum for Its Agrobacterium-medisited Transformation of Bar Gene and Rice Transformation of EIS Gene,WuXianHua/Tianjin Agricultural,0/10
  7. The Comparative Analysis of Cms-associated Gene in Sugar-beet Mitochondria and the RNA Editing of atp6Gene,ShiZhen/Harbin Institute of Technology,0/15
  8. Study on water use efficiency of sugar beet with drip irrigation under mulch,SunWuRiNa/Inner Mongolia Agricultural University,0/4
  9. The Molecular Detection and Functions Identification of T1Generation of AtAMT1;1Transgenic Sugar Beets,DuanNa/Inner Mongolia Agricultural University,0/5
  10. Preliminary Study on the Mechanism of Boron Alleviating Growth Inhibition of Beta Vulgaris under Salinity,TanSuNa/Shandong Normal University,0/2
  11. Study on the Photosynthetic Capacity and Photoprotection Mechanisms in Beta vulgaris L. under Salt Stress,ChengRanRan/Shandong Normal University,0/6
  12. Established of GISH System for Hybrid between Saccharum.L×E. Arundinaceus and Analysis the F1Chromosome Composition,WuJiaYun/Fujian Agriculture and Forestry University,0/0
  13. Studies on Methodology of Agrobacterium Tumefaciens-mediated Transformation for Sugarcane,CaiLanFeng/Fujian Agriculture and Forestry University,0/1
  14. Effects of Mechanical Harvesting on Ratoon Sugarcane Growth and Physical and Chemical Properties of Soil,HeZhangFei/Guangxi University,0/5
  15. Mechanism of Tolerance to Drought in Sugarcane Plant Improved by Foliar Application of Abscisic Acid under Water Stress,LiChangNing/Guangxi University,0/113
  16. Effects of Low Temperature Stress on Root Differential Gene Expression and Mitochondrial Physiology and Biochemistry in Sugarcane Seedlings,ChenRongFa/Guangxi University,0/26
  17. Study on Physiological and Molecular Mechanism of Cold Resistance Enhanced by Exogenous ABA Application in Sugarcane,HuangXing/Guangxi University,0/207
  18. Identification and Species Diversity of Arbuscular Mycorrizal Fungi in Sugarcane of Hainan Province,ShaoJinCheng/Hainan University,0/17
  19. Quantitative RNA-seq Analysis of the Sugarcane Response to PEG and the Identification of Differentially Expressed Genes,GuoJinLong/Fujian Agriculture and Forestry University,0/169
  20. Screening of Highly Efficient Sugarcane Nitrogen Fixation System in Guangxi,WangQianZuo/Guangxi University,0/16
  21. Construction of Molecular Genetic Linkage Map in Saccharum Spontaneum L.,YangHaiXia/Guangxi University,0/29
  22. Cloning and Expression of Specific Gene Induced under Drought and Re-watering in Sugarcane(Saccharum Spp. L.),WuKaiChao/Guangxi University,0/126
  23. Strdy on Genetic Diversity and Germplasm Improvement of Erianthus Arundinaceus and Erianthus Rockii,CaiQing/Yunnan University,0/153
  24. Isolation of Nitrogen-Fixing Bacteria from the Sugarcane Rhizosphere and Interaction between Pseudomonas Stutzeri and Host Rice,Khandakar Mohiul Alam/Chinese Academy of Agricultural Sciences,0/24
  25. Study on Sweet Sorghum Sucrose Synthase Genes’ Clone and Transgenic of EPSPS Gene,SongZuo/Guangxi University,0/1
  26. Variation of Stem Content and Fermentation Study of Sweet Sorghum,YanHongDong/Chinese Academy of Agricultural Sciences,0/1
  27. Cloning and Expression Analysis of SAI-1Gene in Sweet Sorghum,NieYuanDong/Chinese Academy of Agricultural Sciences,0/1
  28. Construction and Characterization of a Large Insert Deep Coverage BIBAC Library of Sorghum Nengsi-1,LiHaiYan/Huazhong Agricultural University,0/2
  29. The Construction of Genetic Map and QTL Mapping of Some Energy Related Traits in Sweet Sorghum,HuangJian/Shenyang Normal,0/58
  30. The Influence of Different Nitrogen, Phosphorus and Potassium Level on the Growth of Sweet Sorghum Under Salt Stress,MengGuoHua/Shandong Normal University,0/102
  31. Effects of Different Planting Density on the Growth and Yield and Sugar Content in Sweet Sorghum,ZhangYanHong/Xinjiang Agricultural University,0/23
  32. The Research of Relationship between the Expressional Rules of Sucrose Synthase Gene and the Sugar Content,AnYunRong/Tianjin Agricultural,0/59
  33. Cloning of Epsps Gene and Preliminary Study on Sweet Sorghum Transformation,XieHongZuo/Guangxi University,0/54
  34. The Association Analysis in F1Population of Stevia and Genetic Diversity Research on Different Lines,WangRuiGuo/Zhejiang University,0/59
  35. Study on Genetic Diversity and Physiological Mechanism of High Photosynthetic Efficiency of Sweet Sorghum Germplasms,FengGuoJun/Xinjiang Agricultural University,0/62
  36. Study on the Cultivation Techniques of Sweet Sorghum in the Saline Soil of Yellow River Delta,WuHaiDong/Shandong Normal University,0/71
  37. Study on Sugar Accumulation、Suitable Seedtime and Correlation between Traits of Energy Sweet Sorghum,LiJingCheng/Guangxi University,0/100
  38. Mutagenic Effect of N~+Ion Beam and Colchicine about Stevia Rebaudiana,SuZuoZuo/Anhui University,0/107
  39. Study on Sugar Accumulation of Different Sweet Sorghum and Correlation between Sugar Metabolism and Related Enzymes,HuRuiFang/Shenyang Normal,0/118
  40. Nacl Stress on the Physiological and Biochemical Response with Sweet Sorghum,JiangHui/Shenyang Normal,0/120
  41. The Screening of Salt-tolerant Varieties of Sweet Sorghum,ZhouMeiLi/Shandong Normal University,0/135
  42. Efefct of Plant Density, Nitrogen, Phosphorus and Potassium Application Rates on Sugar Content and Biomass of Sweet Sorghum,LuoLiHong/Jilin University,0/179
  43. Study on Adaptive Mechanisms and Expression Analysis of Different Genes of Sweet Sorghum Seedlings under Saline-alkali Stress,DaiLingYan/Shenyang Agricultural University,1/495
  44. Analysis of Differentiated Expression of Salt Stress Related Genes by DDRT-PCR,LiHeNan/Harbin Institute of Technology,0/1
  45. Proteomic Analysis of Florescence Differentiation between Cytoplasmic Male Sterile Line and Maintainer in Sugar Beet,NiuJia/Harbin Institute of Technology,0/0
  46. Interaction of Water and Nitrogen on the Yield and Sugar Content of Sugar Beet Under Plastic Mulching with Drip Irrigation(PMDI),LinFeng/Shihezi University,0/0
  47. Establishment of DNA Fingerprintmap and Analysis of Genetic Diversity among Beet Cultivar,WuZeDong/Chinese Academy of Agricultural Sciences,0/10
  48. Earth-atmosphere Resource Use Studies in Communities of Sugarbeets,JieMingMing/Agricultural University of Hebei,0/19
  49. Study of Suger Beet M14 cysteine proteinase inhibitor gene function,WangYuGuang/Heilongjiang University,1/37
  50. Effects of salt stress on Photosynthesis and antioxidant capacity of betaine under sugar beet,ZhengCuiBing/Heilongjiang University,1/79

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