• Eric E. Alani: Genetic and biochemical studies in Saccharomyces cerevisiae aimed at understanding the role of DNA mismatch repair in maintaining genome stability
  • Charles F. Aquadro: Population genetics and molecular evolution
  • Daniel Barbash: Genetic, molecular evolutionary and developmental studies of speciation and interspecific divergence in Drosophila
  • Ronald Booker: Insect developmental neurobiology
  • Anthony P. Bretscher: Microfilament organization and function in vertebrates and yeast
  • Ed Buckler: Genomics, quantitative genetics, and bioinformatics of maize
  • Carlos Bustamante: Computational genomics, Population genetics, molecular evolution, and Bioinformatics
  • Andrew G. Clark: Population genetics, evolutionary genomics, genetics of complex traits
  • Paula Cohen: The Role of Mismatch Repair Proteins in Meiotic Recombination
  • David L. Deitcher: Mechanisms underlying neurotransmitter release in Drosophila
  • Scott Emr:  Cell signaling and membrane dynamics
  • Thomas D. Fox: Control of mitochondrial and nuclear genes in yeast
  • Maria J. Garcia-Garcia: Regulation of cell motility during embryonic development in mice and flies.
  • Michael L. Goldberg: Mechanisms of chromosome segregation in Drosophila
  • Zhenglong Gu
  • Teresa Gunn: Mammalian molecular and developmental genetics focusing on genes involved in pigmentation, neurodegeneration, embryonic patterning and body weight regulation
  • Maureen R. Hanson: RNA editing in plant organelles; genetics of nuclear/organelle and organelle/organelle interactions
  • Richard G. Harrison: Evolution; population genetics; molecular evolution
  • Susan A. Henry: Genetics regulation, phospholipid biosynthesis in yeast, transcriptional regulation, signal transduction
  • Jian Hua:  Signaling of temperature responses and defense responses, regulation of growth homeostasis, Arabidopsis genetics
  • Tim C. Huffaker: Microtubule assembly and function and yeast cells/mechanisms of chromosome segregation.
  • Kenneth J. Kemphues: Developmental genetics of the nematode Caenorhabditis
  • Douglas C. Knipple: Structure and evolution of neuroexcitatory molecules in insects
  • W. Lee Kraus: Transcriptional activation by nuclear hormone receptors and coactivators; Chromatin and transcription; Regulation of gene expression
  • Brian Lazzaro: Population genetics; molecular evolution; insect immunity
  • Sylvia Lee: Molecular genetics of longevity in C. elegans
  • David Lin: Development of the mouse olfactory system
  • John T. Lis: Gene regulation and chromatin structure
  • Jun "Kelly" Liu: Molecular genetics of mesodermal cell fate specification in C. elegans; Function of nuclear envelope proteins in C. elegans development
  • Ross J. MacIntyre: Gene structure and function in Drosophila
  • Jason G. Mezey:  Mapping quatitative loci, pathway modeling, microarray analysis, evo-devo
  • June B. Nasrallah: Molecular genetics of self-incompatibility in plants
  • Drew M. Noden: Cranialfacial development in vertebrate embryos; mechanisms of call migration, angiogenesis, myogenesis
  • Colin R. Parrish: The evolution of parvoviruses and the viral molecular and cellular basis of the control of viral host ranges by the viral capsid structure
  • Joseph Peters: Molecular mechanisms of genome stability and evolution; transposons that target DNA replication and DNA repair
  • Jeffrey Pleiss: Area of RNA biology
  • Ling Qi
  • Jeffrey W. Roberts: Regulation of gene expression in phage lambda
  • John Schimenti: Genetics of Reproduction and Development in Mice
  • Jeffrey Scott: The genetics, molecular biology and biochemistry of insecticide resistance; insect cytochrome P450s.
  • Adam Siepel:  Bioinformatics; comparative genomics; evolutionary genomics.
  • Paul Soloway: Mechanisms regulating DNA methylation and other epigenetic phenomena in mice; role of extracellular matrix remodeling factors as regulators immune responses; functional genetic analysis using gene targeting in mice.
  • David B. Stern: Regulation of plant organelle gene expression
  • Tudorita Tumbar: Understanding the molecular mechanisms involved in governing stem cell function in mouse tissue
  • Bik-Kwoon Tye: Genome structure and DNA replication in yeast.
  • Volker M. Vogt: Structure and assembly of retroviruses
  • Robert Weiss: Molecular mechanism for the maintenance of genomic stability; cellular responses to DNA damage; mouse models of human cancer
  • Mariana F. Wolfner: Molecular, developmental and genetic studies of Drosophila reproduction, embryogenesis and nuclear envelope