Decipher anti-cancer drug mechanisms that function through DNA damage and chromatin

Molecular mechanisms underlying alcoholism

Microbial experimental evolution and synthetic biology

Genomic and Epigenetic Bases of Polyploidy and Hybrid Vigor

Genetics of the ubiquitin pathway in Drosophila

Molecular evolution, phylogenetics, and systematics

Neuromolecular and genomic basis of social behavior and its evolution

Transcriptional and epigenetic regulations in Pluripotent stem cells and trophoblast lineage development

Single Cell Sequencing

Ecological genomics of reef-building corals

Molecular mechanisms of DNA damage responses and chromatin involved in cancer and its treatments

Mechanisms of phage infection and genome ejection in vivo; phage evolutionary genetics and applications of phage

Insect and bacterial genomics and evolution, Symbiosis

Metal ion homeostasis, membrane trafficking, mechanisms of neurologic and infectious diseases

Microbiology, Infectious diseases

The genetic mechanisms that govern behaviors and contribute to neurological disorders.

Epigenetic regulation of vertebrate eye development

Driven and forward-thinking Ph.D. student with an interest in RNA and chromatin.

Signal Transduction Pathways controlling Embryo Development

I aim to develop a more simple and genetically stable bacterial strain for use in synthetic biology.

I study the extracellular signaling activity of ISG15. We are interested in how ISG15 works with its receptor LFA-1 to stimulate cytokine re

Transcriptional and cis-regulatory mechanisms underlying Hedgehog signaling during embryonic development and cancer

We combine in vivo imaging with systems biology to explore the cell biological basis of embryonic development