Transformation of Anti-β-Lyc to Tomato

Abstract

Related Dissertations

1. Construction of egfp Marked-Mutants from Pseudomonas Syringae Pv.tomato and Pv.tabaci,S436.412
2. Tolerance of Tomato on Rare Earth Elements and Its Remediation Potential on Polluted Environment,S641.2
3. Studies on Changes of Quality Characters and Prediction Model of Postharvest Tomato Fruit,S641.2
4. QTL Analysis of Salt Tolerance from Solanum Cheesmanii during Seed Germination and Seedling Stages Using Advanced Backcross Population,S641.2
5. Functional Analysis of Plant Asparagine Synthetase Gene in Regulation of Disease Resistance,S511
6. Optimizing the Techno-system of Genetic Transformation Mediated by Agrobacterium Tumefaciens and LeJA2 Gene Function Research of Tomato,S641.2
7. Correlation of Earliness Traits and QTL Mapping in Processing Tomato,S641.2
8. Dynamic QTL Mapping of Soluble Solid Content and Related Traits in Tomato,S641.2
9. The Competitiveness of Tomato Processing and Exporting Enterprises in Bayingolin,F224
10. Studies on the Accumulation Characteristics of Carotenoids, Pectin and Sugar in Processing Tomato during Fruit Development,S641.2
11. Cloning and Analysis of WRKY Gene in Tomato,Q943.2
12. Study on Tomato Transformation with Brassinolide Synthesis Gene PSC1,S641.2
13. Effects of Iron Preparations on Several Plants in Greenhouses,S316
14. Studies on Controlling Irrigation Index for Tomato Under Under-mulching-drip Irrigation in Greenhouse,S626
15. Study on the Technology of Producing Cross Seed of Tomato (Solanum Lycoersicum L.) in Protected Field,S641.2
16. Effect of Grafting on Growth and Physiological Characteristics of Tomato,S641.2
17. Truss Tomato Breeding and Screening of Inbred Lines,S641.2
18. Effects of Nitrogen Forms on the Dynamic Changes of Growth and Organic Acid Metabolism of Tomato Fruit,S641.2
19. Effect of Nitrogen, Potassium, Season and Different Culture on the Flavor of Fresh Tomato Truits,S641.2
20. Establishment of Tomato Roots in Vitro Dual Culturing System and Its Preliminary Identification of Signaling Molecule for Formation of Arbuscular Mycorrhizal Symbiosis,S641.2
21. Analysis of Tomato Internal microRNA Expression under AM Symbiosis and Different Pi Concentration Throught microRNA Microarray,S641.2