Biologically active - Globe Thesis

Keyword [Biologically active] Result: 1 - 20 \| Page: 1 of 3
1.	Synthesis And Characterization Of Biologically Active Organoarsenic Acid
2.	Study On Biologically Active Substances From Mung Bean
3.	Immobilization Onto A Microtiter Plate Induces C-reactive Protein(CRP) To Form A Biologically Active Isoform Expressing Both PCRP And MCRP Antigenicity
4.	Preparation And Isolation Of Almond Peptides And Their Inhibitory Activity And Activity Of Angiotensin - Converting Enzyme
5.	In Vitro Effect Of Biologically Active Coating On Nitinol Devices Designed For The Closure Of Intracardiac Shunt
6.	Macromolecular Modifications And Evaluation Of Bioactive Peptides
7.	Study On Identification And Pharmacological Evaluation Of Biologically Active Constituents In Radix Astragali And Anemarrhenae
8.	Wild Papaya Biologically Active Components Of The Hplc Study
9.	Nano Fluorescent Probes Used In Research And Application Of Biologically Active Molecules
10.	Hong Dryopteris In The Screening Of Biologically Active Substances
11.	Human Freeze-dried Dentin Matrix As A Biologically Active Scaffold For Tooth Tissue Engineering
12.	Biologically Active Components Of Medicinal Plants Potentilla Discolor Bunge
13.	In Vitro Research On The Anti-tumor Activity Of Various Biologic Polypeptides And The Purification And Structural Identification Of The Polypeptides Of Tilapia
14.	Research On Biologically Active Peptide Stimulate Proliferation And Differentiation Of Cells And Other Related Funtions
15.	Studies On Chemical Constituents And Biologically Active Constituents From Euphorbia Fischeriana Steud. And Salacia Hainanensis Chun & How
16.	Synthesis And Properties Of Coumarin Biologically Active Substance
17.	Biologically Active Natural Products From Marine Microorganisms
18.	Preparation,bioactivity And Osteogenic Properties Of Silicate-Cu/Mg Bioactive Ceramics
19.	Study On Asymmetric Synthesis Of Potential Biologically Active Containing Trifluoromethyl Pyrrolidine Spiropyrazolone Compounds
20.	Biologically active PEG hydrogel microenvironments for improving encapsulated beta-cell survival and function
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