Roxarsone - Globe Thesis

Keyword [Roxarsone] Result: 1 - 20 \| Page: 1 of 1
1.	Expression Profiling Of Liver And Breast Muscle Displayed With DNA Microarray In Chicken Treated By Roxarsone
2.	Studies On Preparation Of Organoarsenic Veterinary Drug Molecularly Imprinted Monolithic Column And Its Selective Enrichment And Separation Characteristics
3.	HPLC Determination Of Roxarsone And Its Elimination In Feces Of Swine
4.	Correlation On The Residue Depletion Of Roxarsone In Fur, Body Liquids And Edible Tissues Of Swine
5.	Research On Total Arsenic Residues In Broiler Chicken Tissues/Vegetables/Soils By Roxarsone Or Arsanilic Acid
6.	The Preliminary Study Of Roxarsone On Angiogenesis
7.	The Study Of Evaluation Of Acut And Subacute Toxicity In The Chicken For Roxarsone
8.	Roxarsone Residue And Eleimination And Arsenic Forms Analysis In Chicken Tissues
9.	The Cultivation Of Endothelial Cells From Rat And The Preliminary Study Of Roxarsone On The Cells
10.	The Ang-2/Tie-2Pathway In Growth Promotion Of Roxarsone On Rat Endothelial Cells
11.	The VEGF/VEGFR Mechanism In Angiogenesis Promotion Of Roxarsone On Rat Endothelial Cells
12.	Involvement Of ERK/MAPK Pathway In Growth Promotion Of Roxarsone On Endothelial Cells
13.	The Role Of PI3K/Akt Pathway In Roxarsone Promoting Angiogensis In Vivo And In Vitro
14.	The Role Of PLCÎ»/PKC Pathway In Angiogensis Promotion Of Roxarsone In Vivo And In Vitro
15.	Preparation Of Roxarsone Complete Antigen And Monoclonal Antibodies Against Roxarsone
16.	Involvement Of HIF-1α/Glycolysis In Growth Promotion Of Rat Vascular Endothelial Cells Induced By Roxarsone
17.	Study On The Angiogenesis Of Roxarsone In Vivo And The Effect On VEGFR2-mTOR Using ShRNA Targeted On Vegfr2 Gene
18.	Arsenic uptake by beets (Beta vulgaris) cultivated in a roxarsone-contaminated medium
19.	The VEGFR2/mTOR/S6K1 Signal Pathway In The Angiogenesis Promotion Induced By Roxarsone
20.	Isolation And Identification Of The Roxarsone-biotransformation Bacterium Enterobacter Sp.CZ-1 And Investigation Of The Molecular Mechanism Of Intermediate Metabolite Acetylation
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