Synthesis and Catalysis Research

The Department has a strong nucleus of faculty members working in these areas, including mechanism-based development of new methods and reagents for the synthesis of fine pharmacological organic molecules (Buonora). There is a focus on the synthesis of hemes and Ligand-heme systems (Lopez) and organophosphorus-based enzyme inhibitors (Nakayama) as potential drug candidates. Others use molecular recognition as a design principle to develop new synthetic molecules that are compatible with and capable of regulating biological function (Schramm). Efforts are also focused on researching monolayer-protected nanoparticles including Au, Pd, Pt, and bimetallic nanoparticles suitable for catalytic conversion of organic functional groups (Shon) and preparing organometallic and transition metal compounds with catalytic properties using specially designed organic ligands (Li). Current efforts are also focused on development of approaches to synthesize unnatural amino acids and nucleotides derivatized for incorporation in peptides and oligonucleotides via solid phase synthesis (Schwans).

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