Human serum - Globe Thesis

Keyword [Human serum] Result: 1 - 20 \| Page: 1 of 10
1.	Study On Human Serum Leptin And Its Related Factors
2.	Studies On Bupivacaine Loaded Sustained-release Microspheres
3.	HPCE And HPLC Methods For Studying Drug-protein Binding
4.	Studies On Potentilla Anserine L Effective Extraction And Its Liver Targeted Nanoparticle Freeze-dried Injection
5.	Experimental Study On Treatment Of Transplanted Liver Tumor With Galactosylated Human Serum Albumin Magnetic Nanoparticles Containing Adriamycin
6.	Interactions Of Adriamycin With Human Serum Albumin And Cardiac Myosin
7.	Enantioselective Binding Of Chiral Drugs To Plasma Proteins
8.	Study On Interaction Of Organic Small Molecules Substances With Human Serum Albumin
9.	Comparison Of Alternative Proteomic Techniques For The Characterization Of The Human Serum Proteome.
10.	Establishment Of The Porcine Arteriae Endothelial Cell Model Of Accommodation To Human Serum And Study To The Occurrence Mechanism
11.	NMR Studies On The Low-Affinity Binding Of Drugs To Protein
12.	The Studying Methods And Reaction Mechanism Of Interaction Between Quinolone Antibiotics And Serum Albumin, DNA
13.	Study Of Recombinant Human Serum Albumin-Interferon-α 2b Fusion Protein
14.	Immunochemical Study On Anti-keratin Autoantibody In Normal Human Serum, Construction Of Naive Human IgG Phage Display Repertoire And Preliminary Selection Of Anti-keratin Phage Antibodies
15.	Study On Interaction Of Active Components In Chinese Traditional Medicines With Human Serum Albumin
16.	Study On Effects Of Galactosed Human Serum Albumin Magnetic Adriamycin Nanoparticles (Gal-MADM) On The Hepatic Carcinoma With External Alternating Magnetic Field
17.	Synthesis Of Salicylate-Chromium(Ⅲ) Complexes And Their Properties
18.	Anti-hepatitis B Virus Activity And Mechanisms Of Recombinant Human Serum Albumin-Interferon-α-2b Fusion Protein In Vitro And In Vivo
19.	Study On The Interaction Of Some Active Components In Chinese Traditional Medicines With Human Serum Albumin
20.	Studies On Production Of M2e Of Influenza A Virus And Protective Immunity Against Influenza A Virus
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