olaquindox - Globe Thesis

Keyword [olaquindox] Result: 1 - 20 \| Page: 1 of 2
1.	Physiological And Biochemical Responses Of Olaquindox To Cyprinus Carpio L. And Its Residue In Tissues
2.	Physiologically Based Pharmacokinetic Model For The Prediction Of Olaquindox Residues In Porcine Edible Tissues
3.	Preclinical Toxicological Safety Evaluation Of Cyadox
4.	Comparative Studies On The Chinese Herbs,Methyltestosterone And Qlaquindox Additives In Diets For Oreochromis Niloticus×O.aureus
5.	Effects Of Olaquindox On Juvenile Pelodiscus Sinensis And The Mechanism Of Promoting Growth For Olaqindox
6.	The Effects Of Dietary Poisonous Or Deleterious Substances On Growth And Its Residues In Tissues Of Japanese Seabass, Lateolabrax Japonicus And Large Yellow Croaker, Poseudosciaena Crocea
7.	Phototoxicity And Chronic Toxicity Of Cyadox
8.	The Research Of Different Gene Expression In Different Tissue Of Mice After Fed With Olaquindox
9.	Structure Analysis Of Hepatopancreas And Toxicological Effect Of Olaquindox On Cells Of Hepatopancreas In Ctenopharyngodon Idellus (Grass Carp)
10.	Effect Of Quinoxalines On Stress Response In Carp (Cyprinus Carpio L.)
11.	Effects Of Three Growth-promoting Agents On The Quality Of Tilapia And Determination Of Residues
12.	Studies On Enzyme Immunoassay Of Olaquindox
13.	Study On Determination Simultaneously Of Mequindox, Olaquindox, Quinocetone In Feed By HPLC
14.	Researches On Olaquindox Acute And Cumulation Toxicological Analysis In Mice
15.	Extraction And Detection Method Of Trace Residue Of Olaquindox Based On MIP
16.	Preparation Of Monoclone Antibody And Establishment Of Immunology Rapid Test Method Of Olaquindox
17.	Development And Evaluation Of Monoclonal Antibodies Of Olaquindox For ELISA Deteciton
18.	The Effect Of Quinoxaline1,4-dioxides (QDNO’S) On The Expression Of Genes And Proteins In Sensitive Escherichia Coli
19.	The Prevalence And Location Of The Olaquindox Resistance Determinant OqxAB In Escherichia Coli Strains Of Different Origins In China
20.	Mechanism Of Quinoxalines Mediated DNA Damage In Escherichia Coli
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