Epistatic - Globe Thesis

Keyword [Epistatic] Result: 21 - 40 \| Page: 2 of 3
21.	Studies On Statistical Methods For Mapping Epistatic QTL Using Genetic Mating Designs
22.	QTL Analysis For Percentage Of Grains With Chalkiness And 1000-Grain Weight And Fine Mapping Of QPGWC-7 In Rice (Oryza Sativa L.)
23.	Photoperiod-Temperature-sensitive And Mapping Of QTLs For Heading Time In Rice (Oryza Sativa L.)
24.	Fine Mapping Of The Epistatic Suppressor Gene (Esp) Of A Recessive Genic Male Sterility In Rapeseed (Brassica Napus L.)
25.	Mapping Quantitative Trait Loci For Boron Efficiency In Brassica Napus
26.	Fine Mapping Of Lobed-leaf Gene In Rapeseed (Brassica Napus L.) And Its Application In Heterosis Utilization
27.	Genetic Analysis Of Important Traits Using ADAA Model And Prediction Of Heterosis Using SNP Markers In Brassica Napus L.
28.	The Cry1C~*Transgenic Rice’s Cultivation And The Epistatic Interaction Analysis Of Heading Date QTLs In Rice
29.	Genovariation And Epistatic Interaction Of Genes For Heading Date In Rice
30.	The Epistatic Interaction Analysis Of Heading Date QTLs And Mapping Of Heading Date Gene Hd7m In Rice
31.	QTL Analysis Of Anthocyanin And Proanthocyanidin Content And Research On The Relationship Between Yield Traits In Rice
32.	QTL Analysis Of Cold Tolerance For Japonica Rice In Cold Region
33.	QTL Mapping Analysis Of Pericarp Thickness And Kernel-related Traits Of Fresh Corn
34.	Analysis Of QTLs With Epistasic Effects For The Bolting Trait In Brassica Rapa Basing On CSSL
35.	Primary Mapping QTLs Controlling Protein And Oil Content Based On Associated Ril Populations Of Soybean Across Multiple Environments
36.	Genome-Wide Association Studies Of Heterophylly In Populus Euphratica
37.	QTL Mapping And Epistasis Effect Analysis On Dynamic Root Growth Of Populus Euphratica Under Salt Stress
38.	QTL Analysis Of Source-sink Related Traits In Rice
39.	Analysis Of Genetic Stability For Milling Quality By Two Sets Of Reciprocal Introgression Lines In Rice
40.	Analysis Of Additive Effect And Epistatic QTL For Oil And Protein Contents Using Two Associated RIL Populations Of Soybean
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