Expertise

Area(s) of Specialization:

  • Plant Molecular Biology, Developmental Biology, Plant Evolution, START Domains, Plant Sterols.

Research interests:

  1. Protein-Metabolite Interactions  - START Domains
  2. Land Plant Evolution
  3. Plant Sterols
    1. The role of sterols in plant development
    2. Sterol biosynthesis mutants with patterning defects
  4. Cellulose and Sterols - What’s the connection?

Reserch:

  • Integrating growth and signaling networks in development

Research Focus:

  • START domains in plants
  • Sterols in development and in cell wall biogenesis

Our team studies the role of sterols (and other lipids) in embryonic development using the flowering plant Arabidopsis as a model system. Many studies in this plant have generated information important to understanding human health. A current focus is on the interactions of these molecules with some homeodomain proteins, which are known to play important roles in regulating the activity of many other genes.


Research:

  • Biology – Studies interactions of lipids/sterols and regulatory proteins that are key to cell division and development

Subject areas:

  • Genetics, Developmental and Cell Biology

Research Specialty:

  • Plant Molecular Mechanisms

Expertise: Studies growth and development in plants focusing on lipid metabolites as membrane components and as signaling molecules

Communities
Biological Science
Degrees
PhD, University of Washington, Genetics, 1994
BA, Purdue University
BS, Purdue University