About 91 item dissertation in line with introgression lines query results,the following is 1 to 50(Search took 0.065 seconds)

  1. Development of Chromosome Segment Introgression Lines from Gossypium Hirsutum Race Latifolium Acc. TX-48in Genetic Standard Line, G. Hirsutum CV.TM-1,JieXinMei/Nanjing Agricultural College,0/1
  2. Fine Mapping of QFL-Chr1, a Fiber Length QTL on Chromosome1in Cotton and Development of Single QTL Near-Isogenic Lines,GaoJin/Nanjing Agricultural College,0/2
  3. Genetic Dissection of Fiber Quality QTL in Upland Cotton (Gossypium Hirsutum L.) Germplasm with Introgression Genetic Elements from Island Cotton (G. Barbadense L.),MaHeHuan/Shandong Normal University,0/2
  4. Genetic Dissection of Quantitative Trait Loci for Important Traits Associated with Drought Tolerance in Wheat (Triticum Aestivum L.) Backcrossing Introgression Lines,WangHuiRu/Gansu Agricultural University,0/15
  5. Epigenetic Alterations in Cold Tolerance Introgression Lines Derived from Dongxiang Wild Rice(O.rufipogon Griff.),ChenYaLing/Jiangxi Normal University,0/9
  6. Mapping QTLs for Heavy Metal Stress Tolerance Using Two Sets of Reciprocal Introgression Lines in Rice,Aijaz Ahmed Soomro/Chinese Academy of Agricultural Sciences,0/35
  7. Detection of Heat Tolerant QTL in Rice at Flowering Time Using Selected Introgression Lines of Elite Restorers,U.A.Kapila Siri Udawela/Chinese Academy of Agricultural Sciences,0/24
  8. Improvement and QTL Mapping for Low Nitrogen Tolerance Using Selected Introgression-line in Rice,WangChao/Anhui Agricultural University,0/12
  9. Screening and QTL Mapping of Advanced Backcrossing Introgression Lines for Drought Tolerance in Huang Huazhan,ZhuoZhuang/Sichuan Agricultural University,0/10
  10. Mapping of QTL for Ferrous and Zinc Toxicity Tolerance at Seedling Stage Using Two Sets of Reciprocal Introgression Lines in Rice,ZhangJian/Chinese Academy of Agricultural Sciences,0/11
  11. Advanced Backcross QTL Analysis for the Whole Plant Growth Duration Salt Tolerance in Rice (Oryza Sativa L.),ChaiLu/Chinese Academy of Agricultural Sciences,0/38
  12. Construction of Cucumber Chromosome Introgression Lines and Location of Main Fruit Qtls,MengJiaLi/Nanjing Agricultural College,0/3
  13. Fine Mapping of Quantitive Trait Loci Conferring Seedling Salt Tolerance Derived from Tomato Wild Species Solanum Pennellii,ZhouLongXi/Chinese Academy of Agricultural Sciences,0/0
  14. The Genetic Analysis and the Identification of the Resources of the Resistance to Tomato Yellow Leaf Curl Virus,ZongYuanYuan/Jiangxi Agricultural University,,0/3
  15. Mapping of Qtls Conferring Salt-Tolerance in Tomato Using Solanum Pennellii La716Introgression Lines,YuQingHui/Nanjing Agricultural College,0/9
  16. Construction of Solanum Pennellii LA0716Introgression Lines and Mapping of Related Agronomic Traits,QiuShuLiang/Chinese Academy of Agricultural Sciences,2/104
  17. QTL Mapping for Seed Weight and Quality Traits in Brassica Napus Based on the Introgtession Line,HouFan/Huazhong Agricultural University,0/1
  18. Construction and Evaluation of G. Barbadense Cv. Pima90 CSILs in the Genetic Background of G. Hirsutum Cv. Handan208,FengChangHui/Huazhong Agricultural University,1/18
  19. Construction of Introgression Lines,Development of New Markers, and Construction of High-Density Genetic Linkage Map in Cotton,LiXiMei/Huazhong Agricultural University,0/24
  20. Qtl Mapping for Lint Percentage and Fiber Quality and Study Formation Mechanism of Lint Percentage Using Cotton CSILs,MaJun/Shandong Agricultural University,1/51
  21. Dissection the Genetic Basis of Combining Ability of Yield and Yield Components with a Set of Maize Introgression Lines,QiHuanHuan/Huazhong Agricultural University,0/0
  22. Study on the Genetic Basis of Yield Related Traits, Drought Resistance at Seedling Stage and Heterosis with Maize Introgression Lines,FengXiaoMin/Huazhong Agricultural University,0/0
  23. Development of Chromosome Segment Introgression Lines and Elite Inbred Improvement by Molecular Marker Assisted Selection in Maize,WangLiQiu/Huazhong Agricultural University,1/175
  24. Genome Survey of Transcription Factor Family and Gene Characterization Related to Stress Resistance in An Introgression Cultivar Shanrong No.3of Common Wheat,ZhuZuoLei/Shandong University,0/24
  25. Genetic Dissection of Quantitative Loci for Traits Associated with Drought Tolerance in Wheat (Triticum Aesitvum L.) Backcrossing Introgression Lines,ShiWei/Chinese Academy of Agricultural Sciences,0/68
  26. DNA Sequence and Methylation Changes in the Introgression Lines Derived from Oryza Sativa L. Mating with0. Rufipogon Griff,DengXiaoJuan/Jiangxi Normal University,0/68
  27. Indexes for Screening High Phosphorus Efficiency Germplasm and Characteristics of Introgression Lines in Dianjingyou No.1,TangCuiFeng/Chinese Academy of Agricultural Sciences,0/9
  28. The Improvement of Yield-Related Traits in Rice (Oryza sativa L.) Using QTL Designed Pyramiding between Selected Introgressed Lines,ShenQian/Anhui Agricultural University,0/8
  29. Improvement of Drought Tolerance and Identification of QTLs Conferring Drought Tolerance Using Advanced Backcrossing Introgression Lines in Rice,XiangChao/Anhui Agricultural University,0/17
  30. Genetic Analysis of Sheath Blight Resistance Using the Introgression Lines,DangHui/Huazhong Agricultural University,0/0
  31. Analysis on Transcriptional Profiles and Salt Responsive Genes in an Introgression Cultivar of Common Wheat,LiCuiLing/Shandong University,2/468
  32. QTL Analysis of Drought Tolerance at Seedling Stage Based on Introgression Lines and F2:3 Families of Maize,WangYang/Chinese Academy of Agricultural Sciences,1/222
  33. QTL Mapping for Drought Tolerance and Genetic Basis of Yield-related Traits in Maize (Zea Mays L.),LiYongXiang/Chinese Academy of Agricultural Sciences,3/513
  34. QTL Analysis for Grain Number and Related Traits in Wheat,WangZuo/Agricultural University of Hebei,2/405
  35. Development of Wheat Near Isogenic Introgression Lines and Characterization of Progenies Derived from Triticum Aestivum×Ae. Longissima,LiuShuBing/Chinese Academy of Agricultural Sciences,4/222
  36. Selective Responses and Genetic Overlaps of the Advanced Backcrossing Introgression Lines from Directional Selection in Rice,ZhengTianQing/Nanjing Agricultural College,10/240
  37. Genomic Variation of Somatic Hybrid Introgression Lines between Triticum Aestivum and Agropyron Elongatum,LiuShuWei/Shandong University,0/221
  38. Development of Introgression Lines of Common Wild Rice (O.rufipogon Griff.) from Dongxiang in Jiangxi Province and Mapping QTLs for Improving Yield,LiDeJun/China Agricultural University,5/286
  39. Molecular Mapping of Quantitative Trait Loci Using Recombinant Inbred Lines and Near-isogenic Introgression Lines in Rice(Oryza sativa L.),XuJianLong/Zhejiang University,3/578
  40. Study on the application of molecular marker technique in breeding wheat for powdery mildew resistance and constructing DNA fingerfrinting of wheat,WangXinYu/Nanjing Agricultural College,9/439
  41. Chromatin Elimination and Introgression in Wheat Somatic Hybridization,CuiHaiFeng/Shandong University,1/294
  42. Identification and Molecular Mapping of Yellow Rust New Resistance Genes in Wheat-secale Africanum Introgression Lines,JiaJuQing/University of Electronic Science and Technology,1/89
  43. Expression Profiles of Wheat Somatic Hybrid Introgression Line Shanrong No.3 under Salt Stress and Functional Analysis of Salt Responsive Genes,LiShuo/Shandong University,3/729
  44. Genetic Background Effect and Environment Interaction Effect on QTL Expression of Yield Related Traits Revealed by Reciprocal Introgression Lines in Rice,WangYun/Shenyang Agricultural University,0/189
  45. Genetic and Heterosis Analysis of Grain Appearance Quality in Rice,LeiDongYang/Hunan Agricultural University,1/194
  46. Dissection of Important Agronomic Traits Using Reciprocal Introgression Lines and Recombinant Inbred Lines in Rice (Oryza Sativa L.),ChengLiRui/Chinese Academy of Agricultural Sciences,0/116
  47. Study on Abiotic Stress Response and Sequence Variation of MYB Family of Somatic Hybrid Introgression Line Shanrong No.3 and Tamyb31 Function in Stress Tolerance,LvJian/Shandong University,0/212
  48. Exploration and Functional Characterization of Drought Responsive Genes Based on S. Pennellii Introgression Lines,GongPengJuan/Huazhong Agricultural University,0/336
  49. Wheat / Elytriga somatic hybrid introgression of new germplasm genetic basis,LiFei/Shandong University,0/121
  50. Transfer the New Chromatin from Thinopyrum into Triticum Aestivum and Identification of New Resistance Germplasm in Wheat-Thinopyrum,HuLiJun/University of Electronic Science and Technology,1/80

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