Strawberry - Globe Thesis

Keyword [Strawberry] Result: 1 - 20 \| Page: 1 of 10
1.	The Cadmium Poison To Strawberry & Its Mechanism And Control Research
2.	Development And Application Of A New Auto-Irrigating Cultivation System With Negative Pressure
3.	Studies On The Physiological Changes Of 'Feicheng'Peach And Strawberry Fruits During Development, Ripening And Softening
4.	Studies On Physiological Mechanisms Of Photosynthesis Of Strawberry Response To Water Deficit
5.	Study On The Mechanism And Control Of Replant Diseases On Strawberry (Fragaria Ananassa Duch.)
6.	Studies On The Mechanism Of Regeneration And Transformation In Vitro Of Strawberry (Fragaria Ananassa)
7.	Immunochemical Researches Of IAA And ABP1 In The Floral Formation And Fruit Development Of Strawberry (Fragaria Ananassa. Duch.)
8.	Regeneration And Genetic Transformation Of Cultivated Strawberry (Fragaria Ananassa Duch.)
9.	Studies On The Protoplast Culture And Plant Regeneration In Strawberry
10.	Effects Of Weak Light And Low Temperature Stress On Photosynthesis In Strawberry
11.	Fusion, Function Identification Of CNHX1 Gene And Study On Influence Of Transgenic Strawberry Plants To NaCl Stress Tolerance
12.	Studies On The Regulation Mechanism Of Tryptophan On Tissue Culture And Growth In Strawberry
13.	Studies On The Physiological, Biochemical And Molecular Characteristics Of Phospholipase D In Strawberry (Fragaria Ananassa Duch.) Fruit
14.	Studies On Mechanism Of A High-efficient Regeneration System And Genetic Transformation Of Strawberry
15.	Photoinhibition Of Photosynthesis In Strawberry And Effect Of Light Quality On Its Growth And Fruiting
16.	Study On Physiological Response To Salinity Stress And Regulation Of Strawberry
17.	Studies On In Vitro Gynogenesis In Strawberry(Fragaria L.)
18.	Cloning Of CDNA Encoding Annexin In Strawberry (Fragaria×ananassa Duch.) Fruit And Genetic Transformation Of The Antisense Gene
19.	Regulation Mechanism Of Nitric Oxide On The Ripening And Senescence In Fruit Of Strawberry And 'Feicheng' Peach
20.	Studies On Construction Of Plant Expression Vectors Containing CAPD Gene Driven By A Phloem Specific Promoter And Genetic Transformation In Fruit Trees
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