oxalate oxidase - Globe Thesis

Keyword [oxalate oxidase] Result: 1 - 20 \| Page: 1 of 2
1.	Cloning Of Germin Gene, Synthesizing Of Human Lysozyme Gene And Their Expression In Tobacco And Oilseed Rape
2.	Study On Transformation Of Nicotiana Tabacum And Brassica Napus With Oxalate Oxidase Gene
3.	Oxalate Accumulation In Spinach (Spinach Oleracea L.) By Manipulating Of Nitrogen Nutrition And Their Mechanisms
4.	Expression Of Glucose Oxidase Gene And Oxalate Oxidase Gene In Oilseed Rape (Brassica Napus L.)
5.	Studies On Effects Of Different Exogenicsubstance On The Induction Rate And Regeneration Rate Of Callus Of Wheat Immature Embryos
6.	Study On Transformation Of Brassica Napus L. With Oxalate Oxidase Gene
7.	Study On Transformation Of Poplar (Populus) With Oxalate Oxidase Gene
8.	Studies On Dedifferentiation Of Mature Wheat Embryos And Plant Regeneration
9.	Study On Transformation Of Brassica NapusL With Oxalate Oxidase Gene
10.	Study On Transferring Oxalate Oxidase Gene (OxO) Into Nicotiana Tabacum And Double-low Brassica Napus By Agrobacterium-mediated Transformation
11.	Study On Transformation Of Sunflower (Helianthus Annuus L.) With Oxalate Oxidase Gene By Agrobactrium Tumefaciens
12.	Senescence-specific Expression Of Pathogenesis-related Genes CH5B And HvOxOh In Transgenic Brassica Napus
13.	Study On Construction Of Expression Vector PCAMOXO And Transformation Of Brassica Napus
14.	Study On Construction Of Expression Vector PCAOxO-PMI And Transformation Of Rapeseed
15.	Organizations And Development-specific Expression Of Disease-resistant Gene Transformation Of Brassica Napus And Disease Resistance
16.	The Preliminary Study Of Ion Beam Assisting Agrobacterium-mediated Transforming Soybean Mature Embryos With Gene OXO
17.	Molecular Mechanism Of Barley Oxalate Oxidase And WRKY Transcription Factors Participating In The Resistance Against S. Sclerotiorum
18.	Genetic Transformation Of Oxalate Oxidase Gene (OxO) Into Soybean(Glycine Max(L.) Merr.)
19.	Expressing A Gene Encoding Oxalate Oxidase Shows An Involvement Of Antioxidant Enzymes And Higher Accumulation Of Nonenzymatic Antioxidant In Arabidopsis Thaliana
20.	The Mechanism Of Resistance To S.sclerotiorum By Expressing Oxalate Oxidase Gene In Arabidopsis
<<First <Prev Next> Last>> Jump to