This annual report reviews a selection of contributions from researchers in the field of
organic chemistry broadly interpreted, which take inspiration from biomolecular systems …

The combination of the tools and principles of chemistry, together with the tools of modern
molecular biology, allow us to create complex synthetic and natural molecules, and …

The interface between chemistry and biology has become increasingly blurred as biological
processes are understood in molecular terms and they enter the domain that is perhaps …

Molecular evolution has been widely applied in the laboratory to generate novel biological
macromolecules. The principles underlying evolution have more recently been used to …

The interface between chemistry and biology has been a fruitful area of research for
decades. The rapid expansion in the database containing structural and functional …

Systems chemistry is a broad and relatively new approach to studying chemical phenomena
by embracing and understanding their inherent complexity rather than seeking to limit or …

Translating DNA into Synthetic Molecules | PLOS Biology Skip to main content
Advertisement PLOS Biology Browse Current Issue Journal Archive Collections Find and …

The recent rapid development of new approaches to in vitro artificial evolution of
biopolymers has occurred simultaneously with the explosive growth of combinatorial …

The development of strategies for generating large diverse libraries of biomolecules, small
organic molecules, and solid‐state materials, together with novel screens and selections for …

Prof Silverman received his BS degree in chemistry from UCLA in 1991. He received his Ph.
D. degree in chemistry with Dennis A Dougherty at Caltech in 1997, and he performed …