Search for dissertations about: "dynamic combinatorial chemistry resolution"
Showing result 1 - 5 of 7 swedish dissertations containing the words dynamic combinatorial chemistry resolution.
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1. Dynamic Sulfur Chemistry : Screening, Evaluation and Catalysis
Abstract : This thesis deals with the design, formation and evaluation of dynamic systems constructed by means of sulfur-containing reversible reactions, in organic and aqueous media and under mild conditions. In a first part, the synthesis of thioglycoside derivatives, constituting the biologically relevant starting components of the dynamic systems, is described. READ MORE
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2. Discovery-Oriented Screening of Dynamic Systems: Combinatorial and Synthetic Applications
Abstract : This thesis is divided into six parts, all centered around the development of dynamic (i.e., reversibly interacting) systems of molecules and their applications in dynamic combinatorial chemistry (DCC) and organic synthesis. READ MORE
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3. Catalysis in Dynamic Systems: Control within Molecular Reaction Networks
Abstract : Life as we know it is based on complex networks of biochemical reactions that constantly interact within large dynamic systems. The field of systems chemistry uses chemical models to study how reaction networks – and thereby life – function on a molecular level. READ MORE
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4. Dynamic Covalent Resolution: Applications in System Screening and Asymmetric Synthesis
Abstract : Combined thermodynamic/kinetic events amount to a kinetically controlled Dynamic Combinatorial Resolution (DCR) process, where the lability of themolecules/aggregates are used to generate dynamics, and the species experiencing the lowest activation energy is selected via kinetic process. Bothinter- and intramolecular processes can be performed using this concept,resulting in complete resolution and associated amplification of the selected species. READ MORE
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5. Dynamic Systems for Screening, Control and Identification of Protein-Ligand Interactions
Abstract : Dynamic systems for screening, control and identification of different protein-ligand interactions are presented. Dynamic chemistry is used to produce new compounds/constituents in situ that can interact with a target molecule. Several entities can be introduced at the same time and interact with one another. READ MORE