声明
Abstract
摘要
Contents
1.Introduction
1.1 The host-Soybean
1.2 Pathogen recognition
1.3 Innate immune recognition in plants
1.4 Plant pathogen recognition receptor
1.4.1 Importance of Fusarium solani as a plant pathogen
1.5 Management strategies for SDS
1.6 SA biosynthesis and metabolism
1.7.1 SA and other Hormones
1.7.2 SA/ABA antagonism
1.7.3 SA and Auxin
1.7.4 SA/JA antagonism
1.7.5 SA/GA antagonism
2.1 Background
2.2 Research objectives
3.Materials and Methods
3.1 Plant materials and growth condition
3.1.1 Soybean seeds
3.1.2 Fungal growth and inoculation
3.1.3 Screening and disease assessment
3.2 Histo-chemieal stainings
3.2.1 Exogenous SA application
3.2.2 In vitro antifungal activity assay of SA against E solani
3.2.3 Reverse transcription and quantitative PCR(RT-qPCR)analysis
3.2.4 Endogenous SA measurement
3.2.5 Biochemical Analysis
3.2.6 Statistical Analysis
4.Results
4.1 Phenotypic expression of soybean seedlings to F.solani infection
4.2 Histo-chemical stainings
4.2.1 Exogenous SA treatment of soybean seedlings induced by F.solani
4.2.2 Detection of SA from soybean seedlings
4.2.3 Exogenous SA increases endogenous SA level
4.2.4 Temporal expression of defense marker genes
4.2.5 Pre-treatment of SA increases defense genes levels
4.3 SA does not inhibit fungal germination and growth
4.4 Activities of Antioxidant enzymes
4.5 Activities of Antioxidant enzymes increases by exogenous SA application
5.Discussion
6.Conclusion
References
Special Thanks
Research Publications