Arsenate - Globe Thesis

Keyword [Arsenate] Result: 1 - 20 \| Page: 1 of 1
1.	Identification And Functional Study On Bacterial Arsenic Detoxification Genes
2.	Preparation, Characterization Of Fe-oxyhydroxide-montmorillonite Complexes And Their Arsenate-adsorption Behaviour
3.	The Role And Mechanism Of Arbuscular Mycorrhizal Fungi On Arsenate Tolerance Of Medicago Truncatula
4.	Effects Of Phytic Acid On Arsenate Tolerance And The Root Biased Growth In Arabidopsis Thaliana
5.	Proteomic Analysis In Combination With Physiological And Biochemical Study Of Two Plants Subjected To Arsenate Stress
6.	Molecular Identification And Functions Of Vacular Phosphate Transporters In Arabidopsis
7.	Prokaryotic Arsenate Reductase Enhances Arsenate Resistance In Mammalian Cells
8.	In-situ Mobilization And Transformation Of Iron Oxides- Adsorbed Arsenate In High Arsenic Groundwater
9.	Using Anionic Clays To Remove Diverse Harmful Constituents Of Fluid From Geothermal System
10.	Functional Analysis Of Arsenate Reductases In Rice And Arabidopsis
11.	Molecular Mechanism Of Arabidopsis Transcription Factor MYB40 In Plant Responses To Arsenate And Low-Phosphate Stresses
12.	Effects And Mechanisms Of Rhizosphere Arsenate-reducing Bacteria And Nutrient Supply On The Efficiency Of As Removal By Pteris Vittata
13.	Effects Of Phosphate On The Resistance And Speciation Transformation Of Arsenic In Chlamydomonas Reinhardtii
14.	Regulation Mechanism Of Arsenate Reducing Bacteria E.coli WC3110 On Adsorbed Arsenic Transformation
15.	The ambient pressure precipitation of crystalline scorodite (FeAsO(4).2H(2)O) from sulphate solutions
16.	Coordinated Cytokinin Signaling And Auxin Biosynthesis Mediates Arsenate-induced Root Growth Inhibition
17.	Microscopic Mechanism Of Arsenate And Organic Carbon Sequestration During The Biotic And Abiotic Transformation Of Iron Minerals
18.	Isolation And Identification Of Photosynthetic Bacteria And Study Of Arsenic Metabolism Mechanism
19.	Identification Of Anaerobic Arsenate And Antimonate Reducing Bacteria In Soil By DNA-SIP And Their Environmental Implication
20.	Study On The Function Of Arsenate Reductase Genes In Arsenic Hyperaccumulator Pteris Vittata
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