Epistatic - Globe Thesis

Keyword [Epistatic] Result: 1 - 20 \| Page: 1 of 3
1.	Quantitative Trait Loci For Water Use Efficiency In Wheat
2.	Studies On Genetic Physiology Of Rice
3.	Study On Waterlogging Tolerance During Seedling Stage And Haploid Breeding In Maize
4.	Mutation Induction By Gamma Rays In Rice: Quality Assurance Of Induction Mutants And Studies On Several Important Mutant Traits
5.	Genetic Dissection Of Quantitative Loci For Traits Associated With Drought Tolerance In Wheat (Triticum Aestivum L.)
6.	Construction Of A Molecular Genetic Map And Analysis Of Quantitative Trait Locus In Lentinula Edodes
7.	QTL Analysis On The Genetic Effect And Their Environmental Interactions Of Oil And Protein Content In Soybean
8.	QTL Analysis Of Fatty Acids Content Of Soybean In Multiple Years And Sites
9.	Analysis Of Quantitative Trait Locus For Stem Borer Resistance In Rice
10.	Analysis Of Epistatic: A Genetic Model For Triploid Endosperms Traits
11.	QTL Analysis Of Bruchid Resistance And Important Agronomic Traits On Berken×Acc41 Recombinant Inbred Lines (RIL) In Mungbean
12.	Analysis Of QTLs,Epistatic Effects And Q×E Interaction Effects Associated With The Resistance To Ultraviolet-B Radiaton In Rice (Oryza Sativa L.)
13.	Mapping QTLs Related To Boron Efficiency In TN Population Of Brassica Napus L.
14.	QTL Analysis Of Protein And Oil Content Of Soybean In Multiple Years
15.	Inheritance Of A Leaf Color Mutant In Maize
16.	Quantitative Trait Loci (QTLs) Mapping For Nitrogenefficient Traits And Their Epistatic Interaction In Rice
17.	Genetic Analysis And QTL Mapping Of Fatty Acid Composition Contents In Soybean
18.	Molecular Mapping Of Sterile Genes Involved In Recessive Epistatic Genic Male Sterile System In Brassica Napus
19.	Development Of The Recessive Genic Male Sterility Line And Its Maintainer With The Genetic Background Of ZheShuang 72 In Brassica Napus By Marker-Assited Selection
20.	Development And Validation Of Molecular Markers Linked To The Epistatic Suppressor Gene (esp) Of A Recessive Genic Male Sterility In Brassica Napus L.
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