Biologically - Globe Thesis

Keyword [Biologically] Result: 121 - 140 \| Page: 7 of 10
121.	Enhanced Raman spectroscopy: Gas analysis using a new type of multi-pass optical waveguide and surface -enhanced Raman spectroscopy of biologically relevant molecules
122.	Innovations in microchip capillary electrophoresis for the direct detection of biologically important molecules
123.	Nonenzymatic mechanisms of oxidation/reduction reactions of biologically important organic compounds
124.	Characterization of biologically important volatile and non-volatile molecules via heteroatom determination using chromatography and mass spectrometry
125.	Rapid, high sensitivity capillary separations for the analysis of biologically active species
126.	Synthesis of biologically active cytoprotective and anticancer small molecules
127.	Highly accurate computational characterization of weak interactions in biologically relevant prototypes: From hydrogen bonding in the water trimer to pi stacking in protein/ligand binding
128.	Syntheses of shark-repelling saponins pavoninin-4, analogs of pavoninin-5 and other biologically active oxysterols
129.	Synthesis of five-membered n-heterocycles and their biologically active derivatives
130.	Biologically Inspired Photocatalytically Active Membranes for Water Treatment
131.	Biodegradable soy-polymer delivery system for slow-release of micronutrients and biologically active compounds
132.	Investigating biologically-relevant small molecules using new approaches in mass spectrometry
133.	Design and application of chemically and biologically active surface graft architectures using living radical photopolymerization chemistry
134.	Sustainable chemistry, synthesis and structure-activity relationship studies of biologically important small molecules
135.	I. Hadamard transform capillary electrophoresis for the analysis of biologically active species. II. Characterization and application of two-photon activatable proton and radical generators
136.	Development and in-vitro evaluation of peroral and buccoadhesive formulations for biologically active crude oil extracted from Ligusticum chuanxiong, a traditional Chinese medicine
137.	Toward the total synthesis of Cinncassiol D1: A novel biologically active diterpene
138.	The Design, Synthesis and Study of Mixed-Metal Ru,Rh and Os,Rh Complexes with Biologically Relevant Reactivit
139.	Enantioselective cyclization of symmetric diesters
140.	Novel green technologies for the synthesis of biologically important molecules in nearcritical water and ionic liquids
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