Media Summary: For his groundbreaking contributions in transition metal-based catalysis. For important contributions to understanding the mechanism by which microbial pathogens cause human infectious disease. For groundbreaking and numerous contributions in organometallic and organofluorine chemistry.
2013 Hackerman Award Dr Olafs - Detailed Analysis & Overview
For his groundbreaking contributions in transition metal-based catalysis. For important contributions to understanding the mechanism by which microbial pathogens cause human infectious disease. For groundbreaking and numerous contributions in organometallic and organofluorine chemistry. For fundamental contributions to the atomic-level understanding of neuronal proteins that bind bioactive molecules. The Norman ... For her rigorous and creative research in the field of bacterial pathogenic signaling. For important contributions to the chemistry of colloidal nanocrystals and novel nanomaterials. The Norman
For fundamental contributions in crystal engineering and the design of porous catalysts. The Norman For his innovative work on determining three-dimensional structures of molecular chaperones and multi-component protein ... For his innovative work on carbon nanotubes, nanophotonics and membrane biophysics. For innovative methods to understand how cells repair their DNA and maintain integrity of genetic information. The Norman ... For outstanding work in developing the “Mass Spec Pen,” an analytical chemistry device that is enabling improvements in human ... 2014 ADAO Asbestos Awareness and Prevention Conference Where Knowledge and Action Unite Washington, DC April 4 - 6, ...
For groundbreaking contributions to the creation of materials for a sustainable world. The Norman The Welch Foundation announces the 2016 Norman For groundbreaking contributions to the understanding and control of viral protein structure that have led to the development of ... For his seminal work discovering kinase domains with novel activities. The Norman For outstanding contributions to the understanding of the chemical and biochemical mechanisms in maintaining a living cell.