Hormesis - Globe Thesis

Keyword [Hormesis] Result: 1 - 20 \| Page: 1 of 2
1.	Application Of Heavy Metal Hyperaccumulator Endophytes In Heavy Metal Decontamination
2.	Effects Of Malathion On The Growth And Phosphorus Use Of Microcystis Aeruginosa
3.	The Hormesis Of Organophosphorus Pesticides On Two Red Tide Microalgae
4.	The Oxidative Stress Mechanisms Of HORMESIS Induced By Low-dose Cadmium And Phenanthrene
5.	The Hormesis Effect Of Glyphosate On Six Kinds Of Marine Algae
6.	Batch Kinetics Of Nutrients Uptake By Chlorella Vulgaris And Hormesis Of Growth Under The Stress Of Surfactants
7.	Joint Effects And Mechanisms Of Binary Toxicity Of Sulfa Antibiotics And Quorum Sensing Inhibitors To Vibrio Fischeri
8.	The Toxicity And Interference Effects Of Organophosphorus Pesticides On Algaes Isolated From Freshwater Bloom
9.	Application Of Endophytic Bacterium Isolated From Cd Hyperaccumulator Solanum Nigrum L For Heavy Metal Wastewater
10.	The Hormesis Effect Of BDE-47in HepG₂Cells And The Potential Molecular Mechanism
11.	Study Of Microbial Induced Corrosion Of Aluminum Alloy With Micro-arc Oxidation
12.	Cadmium Treatment On Artemisinin Has Hormesis Effects Of Preliminary Discussion
13.	The Hormesis Effect And Mechanism Of Low Dose Ionic Liquids On The Caenorhabditis Elegans
14.	Study On The Adsorption And Degradation Of POPs By Phytoplankton And Its Physiological And Ecological Responses
15.	Hormesis Induced By Low Concentration Of Quaternary Ammonium Cationic Surfactants On Chlorella Vulgaris Growth And Removal Of Nitrogen And Phosphorus
16.	Studies On The Time Toxicities Of Some Drugs And Their Mixtures Towards Two Kinds Of Test Organisms
17.	Study On The Combined Toxicity Effect Of AgNPs And Typical Antibiotics On E.coli And Its Combined Resistance
18.	Hormetic Effects Of Cd And Pb On Bacteria、fungi And Actinomycetes In Soils Of Chongming Dongtan Wetland
19.	Research On Hormesis Effect And Molecular Mechanism Of Nanoparticles On Aquatic Model Organisms
20.	Study On The Hormesis Effect And Mechanism Of Cd On Alkaline Phosphatase Under Different Land Use
<<First <Prev Next> Last>> Jump to