Areas of study comprise various topics under the fields of synthetic organic and combinatorial chemistry.

Research group interest lies in designing, synthesizing, and studying new molecules with interesting properties.

Area of concentration is on the development of catalytic and stoichiometric reagents for asymmetric stereo control.

Features articles related to the three major categories of research; total synthesis, diversity oriented synthesis and chemical biology.

Focuses on two target research areas of utilizing allyl organometallics to develop new synthesis methods and production of molecules with biological functions.

Provides researches focusing on inventing new strategies in synthesizing carbocyclic and heterocyclic systems.

Specializes in researches under carbohydrate chemistry.

Researches aimed at using palladium as catalyst in organic synthesis.

Involved in the research of nucleic acids in bioorganic chemistry.

Contains details of researches on advanced synthetic and physical-organic methodology.

Highlights the researches on oxidation, metathesis, reduction and synthesis.

Brief descriptions of research in helical electromolecules, higher dimensional materials and copper-based and polymer-supported catalysts.

Contains short summaries of research areas ranging from environmental and analytical organic chemistry to clean technology.

Majority of research focuses on nanotechnology and novel functional materials.

Research interest lies in biosynthesis of natural products with focus on molecules produced by microorganisms.

Provides detailed information of researches in bioorganic and medicinal chemistry, total synthesis and asymmetric synthesis.

Facilitates research in developing cutting-edge synthesis methods with special focus on asymmetric synthesis and catalysis.

Contains links to researches of palladium applications for heterocyclic chemistry; and other chemistry resources.

Research specialization in functionalized organo-magnesium reagents, zinc-compounds, copper compounds, asymmetric synthesis and iron and cobalt cross-coupling.

Directs research towards the study of organometallic and organometalloid compounds.

Provides researches in cycloaddition reactions, electrocyclic chemistry, amino and paraconic acids, and linear and macrocyclic tetrapyrroles.

Includes researches focusing on epoxide-opening cascades, carbon-carbon bond formation and target-oriented synthesis.

Provides overview of researches under the areas of molecular encapsulation and de novo proteins.

Features outlines of research projects such as organic reactions in water and organic reactions in microreactors.

Illustrated samples of research on chemistry of vision, circular dichroism and ginkgolides.

Utilizes novel computational tools in discovering and optimizing new reagents and catalysts.

Specialization in biomolecular recognition processes and the chemistry and biology of protein saccharide interaction.

Focuses on developing processes that result in the formation of carbon-carbon bond in bioactive compounds.

Provides concise explanations of research in developing stereoselective reactions relevant to medicinal and natural products chemistry.

Presently works on synthesizing antitumor marine alkaloid diazonamide with the use of a newly discovered phenolic ether rearrangement.

Brief introduction of group’s research in producing natural products that may lead to medicinal agents for treating various illnesses.

Research abstracts in Practical Amino Acid, Practical Asymmetric and Selective Organic synthesis.

Emphasizes research in the field of organic materials chemistry.

Features overviews of various research in DNA cleavage and footprinting, protein side chains and glycoproteins.

Short descriptions of various research in organic and biological chemistry focusing on marine natural products.

Focuses on discovering and developing new chemical reactions mostly with processes involving transition metal catalysis.

Shows illustrations and brief explanations of research topics such as stereoselective organic reactions and natural produce syntheses.

Emphasizes research activities in the field of synthetic organic chemistry specifically the introduction of chirality.

Takes particular interest in asymmetric reactions in the synthesis of biologically active natural products and structural analogues.

Carries out research on the complete synthesis of various organic compounds such as bioactive natural products and heterocyclic compounds.

Provides database of reactivity parameters of electrophiles and nucleophiles.

Summary of current research in metal and semiconductor nanoparticles, radicals and antioxidants, excited state interactions, sensors, DNA damage and photocages.

Introduces the group’s research on discovering new ways to make complex molecules.

Provides concise descriptions of the research areas of organic synthesis, chemistry for life sciences and nanochemistry.

Articles containing data about studies on the total synthesis of Stenine and Ingenol among others.

Interested in the areas of total synthesis of bioactive natural products and development of new methods for ß-lactones.

Interested in the topics of prins cyclization, reductive decyanation, and chiral auxiliaries for oxocarbenium ion reactions.

Contains brief illustrations and descriptions of research in fluorescent probes of biological processes.

Presents an overview of the research in the complementary areas of reaction methodology and bioorganic chemistry.

Features downloadable files on the periodic table with ionic radius, spectral data sheet and many others.

Concentrates on preparing stereodefined and enantiomerically pure building blocks through new catalytic reactions and asymmetric methods.

Introduces the research’s main thrust in synthesizing natural and unnatural products with biological or structural interest.

Focuses research on the synthesis of structurally complex biologically active molecules and includes detailed images.

Comprises various viewpoints of chemistry like organic and organometallic, polymer synthesis and photo chemistry.

Constitutes research about N¬-heterocyclic compounds with focus on strained amino acid derivatives and many others.

Engages in research on synthesizing and applying pyrrole-containing molecules.

Characterized by research in the application of physical organic chemistry in biological problems.

Concentrates on developing catalysts, catalytic reactions and methodologies in synthesizing organic compounds.

Carries out research in the areas of molecular recognition, new synthetic methodologies, and total synthesis of natural products.

Pursues research in designing, developing and demonstrating strategies in materials construction that allow absolute control over the chiral form at molecular level.

Provides illustrations of chemical reactions involved in the research of peptide mimicry, combichem, amino acids ligands and solid-phase chemistry.

Aims to establish a practical chiral toolbox for reactions in asymmetric catalysis.

Studies the synthesis of various organic compounds through designer acid catalysis.