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Abreu Group - Chemistry of natural products. Phytochemistry of medicinal plants. Pharmacognosy.
Aggarwal Group - Development of new catalytic processes for asymmetric synthesis. Development of new methodology and its applications in synthesis. Total synthesis of biologically important targets.
Appella Group - Conformational rigidification in nucleic acid mimics. Development of functionalized polyamines for the molecular recognition of folded RNA. Reactivation of mutant p53 with small organic molecules.
Aubé Group - Development of new synthetic techniques, total synthesis, and the study of peptidomimetics.
Austin Group - Functional Genomics through chemical and biological diversity. Synthesis and evaluation of natural products that we believe have RNA as their primary cellular target.
Bailey Group - Development of new synthetic methodology using novel main-group organometallic chemistry.
Baldwin Group - Biomimetic and total synthesis, and beta-lactam biosynthesis.
Baran Laboratory - Total synthesis.
Barbas Laboratory - Catalytic antibodies, organocatalysis, protein-like DNA enzymes, therapeutic antibodies, molecular recognition of DNA by proteins, phage display.
Batey Group - Organoboron chemistry. Transition metal and lanthanide catalysis. Cycloadditions. Reactive intermediates. Heterocycles and guanidines. Combinatorial chemistry.
Bodwell Group - Novel aromatics: nonplanar aromatic compounds, cyclophanes and molecular switches.
Boger Group - Total synthesis of biologically active natural products, the development of new synthetic methods, heterocyclic chemistry, bioorganic and medicinal chemistry, combinatorial chemistry, the study of DNA-agent interactions, and the chemistry of antitumor antibiotics.
Breslow Group - Design and synthesis of new molecules with interesting properties.
Brook Group - Silicon chemistry.
Buchwald Group - Development of new chemistry, including new chemical reactions that can be studied from a variety of viewpoints encompassing the fields of organic synthesis, physical organic chemistry, and organometallic chemistry.
Butkus Group - Stereoselective synthesis of bicyclic and polycyclic structures.
Capretta Group - Organic synthesis and medicinal chemistry, transition metal catalysis, organophosphorus chemistry, parallel synthesis, drug discovery.
Carreira Group - Asymmetric synthesis of biologically active, stereochemically complex, natural products.
Carter Group - Synthesis of Azaspiracid, Amphidinolide B1, Vacidin A and TMC-95A.
Charette Group - Stereoselective Synthesis.
Cook Group - Electrophilic pi-allyl palladium complexes and nucleophilic sigma-allyl indium complexes.
Crimmins Group - Development of new synthetic methodology and new synthetic strategies and their application to the total synthesis of biologically active and structurally novel natural products.
Crudden Group - Organic chemistry, materials and catalysis.
Curran Group - Development of radical methodology, fluorous tagging systems, and total synthesis.
Davies Group - Development of novel asymmetric transformations and concepts. Total synthesis of natural products of biological significance. Design of unique supramolecular architectures. Medicinal chemistry. Chemical genomics and enantioselective recognition processes.
Davis Group - Glycoprocessing enzyme inhibition and mechanism. Exploring enzyme systems. Novel drug delivery systems. Synthesis and use of glycoproteins. Glycoside and oligosaccharide synthesis.
Dolbier Jr. Group - Study of the reactivity of free radicals and other reactive fluoroorganic compounds.
Donohoe Group - Asymmetric synthesis and the application of stereoselectve oxidation and reduction reactions to total synthesis.
Dudley Group - Devise, develop, and apply new ideas in organic chemistry to the efficient synthesis of interesting molecules, particularly natural products with medicinal applications.
Ellman Group - Design, synthesis, and evaluation of small molecule libraries. A particular emphasis is placed on therapeutically important receptor or enzyme classes that require the development of new combinatorial design strategies and/or synthesis chemistry.
Evans Group - Useful information to the chemical community that is relevant to research and teaching activities.
Fallis Group - Structural, synthetic, medicinal, and functional organic chemistry.
Finn Group - Appreciation for the mechanisms of chemical reactivity and the desire to place efficient bond-making at the service of chemistry, biology, and materials science.
Floss Group - Bioorganic and natural products chemistry.
Forsyth Group - Synthesis of complex, biologically active organic molecules based upon natural product templates.
Fu Group - Synthetic organic and organometallic chemistry.
Garner Group - Synthetic methodology, total synthesis and bioorganic chemistry.
Gevorgyan Group - Discovery of new metal-catalyzed reactions, investigation of their mechanisms and, based on these new reactions, development of novel methodologies for synthetic organic chemistry.
Ghosh Group - Total synthesis, asymmetric synthesis and bio-inorganic and medicinal chemistry.
Gilheany Group - Enantioselective synthesis, organophosphorus chemistry, organic chemistry of Main Group elements and the synthesis of medium rings and small multicyclic heterocycles.
Gouverneur group - Biocatalysis. New methodologies for the preparation of phosphorus and halogen containing compounds.
Hanessian Group - Total synthesis. Medicinal chemistry and drug design. Immunochemistry and drug targeting. Glycosidic linkage in life processes. Computer aided chemistry and molecular modeling.
Hanson Group - Development of new synthetic routes to structurally diverse phosphorus- and sulfur-containing small molecules that will serve as building blocks for the synthesis of novel pharmaceutical agents and various natural products.
Harman Group - Coordination chemistry, organometallic chemistry and organic synthesis.
Harrowven Group - Research on natural product synthesis. Includes information on tandem and cascade reactions and new synthetic methods.
Hartwig Group - Discover, develop and understand new transition metal-catalyzed reactions.
Hirama Group - Organic synthesis of natural products, and related artificial functional molecules; molecular recognition and mechanism of interactions between these molecules and biopolymers.
Hoveyda Group - Organometallic chemistry, mechanistic organic chemistry, combinatorial chemistry and organic synthesis.
Howell Group - Exploitation of strained, compact heterocycles. Manipulation of oxirane, oxetane and enol cyclic ether moieties for the synthesis of natural products and analogs of biological importance.
Hsieh-Wilson Group - Glycosaminoglycans and fucosyl saccharides. Dynamic glycosylation.
Displaying: 1 – 50 (153 total) Next Page >>
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