Floral-dip - Globe Thesis

Keyword [Floral-dip] Result: 1 - 19 \| Page: 1 of 1
1.	The Study On Genetic Transformation Bivalent Insect-resistant Genes In Ramie (Boehmeria Nivea (Linn.) Gaud.)
2.	Improve The Oil Content Of Rapeseed (brassica Napus. L) By Rna Interference
3.	Studies On Transformation Of Wheat Mediated With Agrobacterium Without Tissue Culture
4.	A Study On The Related Factors Influencing Transformation Of Brassica Napus By Floral-dip
5.	Vector Construction And Transformation Of The Rice Bentazon And Sulfonylurea Herbicides Resistance Gene Bel
6.	Trans-Conduct Melon K~+ Channel Gene Into Arabidopsis Thaliana And Research On The Salt Tolerance Of Transgenic Plants
7.	Transform Fine Inbred Lines Of Maize By Floral-dip Method Of Genetic Transformation
8.	Study On Tomato Transformation With Brassinolide Synthesis Gene PSC1
9.	Cloning And Transformation Research Of Stay-green Gene (SGR) In Potherb Mustard
10.	Cloning And Functional Identification Of The Genes Encoding The Key Enzymes In The Biosynthetic Pathway Of Flavonoids In Safflower
11.	Studies On Rice OsDREB2.2 Gene Transformation Of Wheat Via The Agrobacterium-mediated Floral Dip Method
12.	Chinese Cabbage Soaked An Transgenic Technology Research
13.	Studies On Transformation Of Cabbage With Salt Tolerance Gene StP5CS
14.	Establishment The High Efficient Regeneration System Of Camelina Sativa (L.) Crantz And Studing On Transforming Of The KLU Gene Into Camelina Sativa(L.) Crantz
15.	Transformation Of Populus Euphratica Oliv. Genomic DNA Fragment For Arabidopsis Thaliana And Preliminary Identification Of Transgenic Mutant
16.	Floral Dipping System Optimization Of Transferring Populus Euphratica Large Fragment Gene To Arabidopsis Thaliana And Mutants Screening
17.	Establishment Of The Blossom System And Obtaining Of Herbicide Resistant Transgenic Variety In Pak Choi
18.	Transformation Of Populus Euphratica Oliv. Genomic Fragment For Arabidopsis Thaliana And Analysis Of Mutant Biological Character
19.	Transformation Of Broad-spectrum Resistance Gene RPW8.1 From Arabidopsis Thaliana Into Brassica Napus L. And Expression Analysis
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