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compartments of proteins and other macromolecules that condense via phase separation). • Gene regulation and homeostasis (e.g., the role of transcriptional condensates in cell-cycle control). • Phase transitions
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governing principles of brain dynamics from often high-dimensional physiological and behavioral datasets, thus placing the research focus at the interface of Dynamical Systems theory, Machine Learning, and
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the mechanical and molecular control of folliculogenesis, as well as how aging dysregulates these quality control pathways. We are interested in two main lines of research, and the postdoctoral candidate will have
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projects investigating the pathogenesis of tuberculosis. Dr. Philips' laboratory is looking for a highly motivated postdoctoral associate to study host-pathogen interactions governing control
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regulatory control of numerous virulence factors in different host niches. We are seeking an energetic, highly-motivated postdoctoral research associate to carry out in vitro and in vivo experiments