Lotus japonicus - Globe Thesis

Keyword [Lotus japonicus] Result: 1 - 20 \| Page: 1 of 3
1.	Primary Study On Molecular Mechanism Of Floral Patterning In Lotus Japonicus
2.	Primary Study On Molecular Mechanism Controlling Compound Leaf Development In Lotus Japonicus
3.	Primary Study Of Long-Chain Fattyalcohol Oxidases In Higher Plants
4.	Legume Developmental Regulation Of The Apical Meristem
5.	Functions And Regulation Mechanisms Of Small GTPase ROP6in Nodulation Signaling In Lotus Japonicus
6.	The Role And Molecular Mechanism Of Map Kinase Cascade During Symbiosis Signaling In Lotus Japonicus
7.	Proteins Interacted With NFR5 Involved In Nodulation Signaling Transduction In Lotus Japonicus
8.	Construction Of Lotus Japonicus AD-cDNA Library And Identification Of Proteins Interact With Nod Factor Receptor NFR1
9.	Identification Of Proteins Interacting With CASTOR In Lotus Japonicus Symbiotic Signal Pathway
10.	Establishment Of Agrobacterium-Mediated Transient Expression In Pea Petals And Research On Subcellular Localization Of Lotus Japonicus TCP Genes
11.	The Regulation Of The Transcription Factors NSP1, NSP2 And IPN2 On Nodule Inception In Legume
12.	The Cation Channel Protein POLLUX And Its Interaction With EF1A In Lotus Japonicus
13.	Study On BIO ORGANS And Its Mutant Ene In Lotus Japonicus Transforming Tobacco And Petunia Hybrida
14.	Isolation And Characterization Of Small GTPase Rop6Activating Protein GAP From Lotus Japonicus
15.	Study And Application Of Split Ubiquitin System In Interaction Of Symbiotic Relative Membrane Proteins Of Lotus Japonicus
16.	Expressional Analysis And Functional Research Of A SUPERMAN-like Gene ZZP3in Lotus Japonicus
17.	Functional Research Of ZFP3during Nodule Development In Lotus Japonicus
18.	Function And Regulation Mechanisms Of E3Ligase Sie3in Nodulation Signaling In Lotus Japonicus
19.	Molecular Cloning And Expression Analysis Of Molybdenum Transporter In Lotus Japonicus
20.	Germplasm Creation And Study On The Mechanism Of Petal Senescence Delayed Mutant Of Lotus Japonicus Irradiated By Mid-energy Carbon Ion Beams
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