| 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. |
| Barrett Group: Research on the total synthesis of bioactive natural products, heterocyclic compounds, organometallic compounds, macrocyclic ethers and lactones and porphyrazines. The team is additionally investigating the use of catalysis in organic synthesis and the development of combinatorial chemistry and parallel synthesis for pharmaceutical discovery and other applications. |
| Batey Group: Organoboron chemistry. Transition metal and lanthanide catalysis. Cycloadditions. Reactive intermediates. Heterocycles and guanidines. Combinatorial chemistry. |
| Bode Group: Development and applications of new organic reactions. Catalysis. Dynamic organic molecules. Bioorganic 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. |
| Booker-Milburn Group: Development of Clean Methods for Radical Chemistry. New Photochemical Methods for Natural Product Synthesis. Bioorganic Chemistry: Genes as 'Reagents' for Organic Synthesis. |
| Breslow Group: Design and synthesis of new molecules with interesting properties. |
| Bringmann Group: Marine natural products. New antimalarial agents. Tropical Plant Compounds. Neurodegeneration. Natural product synthesis. Computational Chemistry. |
| Brook Group: Silicon chemistry. |
| Bruner Lab: Biosynthesis of complex natural products. |
| Buchwald Group: Enantioselective reduction. Carbon-carbon bond-forming reactions. Carbon-heteroatom bond-forming processes. Design and utilization of new ligands. Applications in total synthesis. |
| Butkus Group: Stereoselective synthesis of bicyclic and polycyclic structures. |
Classical
