TYLCCNV - Globe Thesis - Globe Thesis

Keyword [TYLCCNV] Result: 1 - 17 \| Page: 1 of 1
1.	The Interactions Between The Whitefly, Bemisia Tabaci, Two Begomoviruses (TYLCCNV And TbCSV) And Their Host Plants
2.	An Investigation On The Interactions Of Bemisia Tabaci-TYLCCNV-plant And The Underlying Nutritional Mechanisms
3.	The Study Of Geminivirus Coat Protein And Viral Binding Protein Gene-mediated Virus Resistance In Plant
4.	Determinants Of Symptom On DNA β Associated With Tomato Yellow Leaf Curl Virus And Tobacco Curly Shoot Virus
5.	The Construction For TYLCCNV Infectious Mutant With Genetic Marker
6.	TYLCCNV Cp Gene DsRNA Induces Tobacco Resistance To This Virus
7.	Detection By Elisa And Molecular Identification Of Viruses Infecting Processing Tomato In Shihezi
8.	Study On Molecular Regulating Mechanism For Tomato Yellow Leaf Curl China Virus And Potato Virus Y Mediated By RNAi
9.	The Nutrition-related Mechanisms Underlying TYLCCNV-MEAM1Whitefly-tobacco Plant Interactions
10.	Molecular Variabilities Of Two Geminiviruses (TYLCCNV And TbCSV) And Their Associated Satellite DNAs
11.	Mechanistic Studies Of Suppression Of Post-transcriptional Gene Silencing By The Tomato Yellow Leaf Curl China Virus-associated DNA Satellite
12.	Whitefly-hostplant-begomovirus Interactions And The Roles Of Glucosinolates In These Interactions
13.	RNA Silencing Comparative Study Mediated By Tomato Yellow Leaf Curl Virus Six Functional Genes
14.	An Investigation Of The Effect Of Tomato Vellow Leaf Curl China Virus On The Feeding Behavior Of The Whitefly Bemisia Tabaci Using Electrical Penetration Graph
15.	Mechanism For Suppression Of Post-transcriptional Gene Silencing By A Calmodulin-related Protein Nbrgs-CaM In Nicotiana Benthamiana
16.	TYLCCNV Infection Of Nicotiana Benthamiana Impairs Photosynthesis With ?C1 As An Aggravating Factor
17.	Effects Of Co-infection With TYLCCNV And Bemisia Tabaci On The Defensive Physiology Of Tobacco Plants
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