| 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. |
| Gleiter Group: Oligomerization of cyclic alkynes-new phanes. Synthesis and reactions of electron-rich alkynes. Synthesis of p-prismands with N and P on the bridgeheads. Study of cage hydrocarbons. |
| Glycoscience Group: Chemical synthesis of biologically relevant oligosaccharides. Synthesis of glycosidases inhibitors. Natural products synthesis. Study of oligomannosides and cyclodextrines. |
| Gouverneur group: Biocatalysis. New methodologies for the preparation of phosphorus and halogen containing compounds. |
| Gribble Group: Synthesis of biologically active natural products. Heterocyclic chemistry. DNA-targeted anticancer drug design. New synthetic methodology, and novel radical and cycloaddition chemistry. |
Classical
