| Karuso Group: Organic synthesis, NMR spectroscopy, computational chemistry, ecology, microbiology and biochemistry. |
| Katritzky Group: Our research is designed to rationalize organic reactivity of heterocycles in terms of their chemical structures. This enables us to develop novel improved synthetic methods for the synthesis of a wide variety of classes of organic compounds. |
| Kelly Group: Total synthesis, design and synthesis of molecular devices, molecular recognition and the process of self-assembly. |
| Kiessling Group: Biomolecular recognition processes: the chemistry and biology of protein-saccharide interactions. |
| Knochel Group: Development of novel organometallic reagents and methods for use in organic synthesis, asymmetric catalysis and natural product synthesis. |
| Kobayashi Group: Total synthesis of biologically active compounds. Asymmetric reactions using effective chiral catalysts. Synthesis of antimalarial alkaloids. Microencapsulated catalysts. Organic reactions in water. Organic reactions using microreactors. |
| Koide Group: Organic synthesis, natural products, combinatorial libraries, chemical sensors and biology. |
| Koskinen Group: We investigate and develop asymmetric synthesis reactions and methods for complex natural product syntheses. |
| Kozlowski Group: Design of new methods and catalysts for use in organic synthesis. |
| Kozmin Group: Catalysis, Natural Products, Chemical Libraries, Chemical Biology |
| Krische Group: Total synthesis, catalytic reaction development, organometallic chemistry and self-assembly. |
| Kukushkin Group: Synthetic Coordination Chemistry. Ligand Reactivity. Organic Synthesis Involving Metal Complexes. Chemistry of Platinum Group Metals. |
Classical
