David Leitch

Sulfur ylides as thermally stable masked carbene crosslinkers for polymer materials

Principal investigators: Leitch, David

Keywords: Polymers, rubber and plastics; Materials sciences

Quantitative Structure-Reactivity-Selectivity Models of Organometallic C-H Activation: Advancing Predictive Chemistry and Catalysis

Principal investigators: Leitch, David DC

Keywords: c-h activation; cheminformatics; high-throughput experimentation; homogeneous catalysis; late stage functionalization; organic synthesis; pharmaceutical manufacturing; process chemistry; quantitative models; structure-reactivity relationship

Recovery and reactivation of chiral precious metal catalysts applicable to pharmaceutical synthesis

Principal investigators: Leitch, David DC

Keywords: catalyst design; catalyst recycling; circular economy; critical minerals; homogeneous catalysis; organic synthesis; organometallic chemistry; platinum group metals; process chemistry; sustainability

Data Driven Discovery of New Catalysts for Asymmetric Synthesis

Principal investigators: Leitch, David DC

Keywords: amination; asymmetric synthesis; c-h activation; cheminformatics; high-throughput experimentation; homogeneous catalysis; late stage functionalization; natural products; quantitative models; statistical analysis

A Modular Continuous Flow System for the Synthesis of Molecules and Materials

Principal investigators: Leitch, David

A universal palladium precatalyst for efficient chemical synthesis of molecules and materials

Principal investigators: Leitch, David

Manufacture of Active Pharmaceutical Ingredients using Transition Metal Catalysts for Selective Functionalization of C-H Bonds

Principal investigators: Leitch, David DC

Ultra-High Performance Liquid Chromatography as a High-Throughput Analytics Platform for Organic Chemistry

Principal investigators: Leitch, David

Chemical Cartography via High-Throughput Experimentation: Predictive Models, Catalyst Development, and New Synthetic Methodology

Principal investigators: Leitch, David

Chemical Cartography via High-Throughput Experimentation: Predictive Models, Catalyst Development, and New Synthetic Methodology

Principal investigators: Leitch, David

Keywords: reaction methodology; catalysis; high-throughput experimentation; reaction modeling and prediction; kinetics and mechanism; catalyst development; cycloaddition; chemical space and informatics; bioisosteres; process chemistry