Research Interests: Melanoma biology; soft tissue tumors

Research Interests: Molecular basis of olfaction, taste, and pheromone perception

Research Interests: We study the molecular basis of cellular heterogeneity and tissue organization in health and disease through the lens of systems biology by pioneering novel computational and experimental tools, with applications to cardiovascular disease and ovarian aging.

Research Interests: research in the Dal Bello lab focuses on how microbes respond to and modify their environment, and how these feedback processes shape species interactions, assembly processes, and the function of microbial communities.

Research Interests: Build machine learning methds that are rooted in statistical physics to analyze high quality high dimensional “omics” data from biological systems

Research Interests: We combine theory and experiments to understand the computations organisms perform to navigate chemical environments. Bacteria: we analyze information processing in individual cells, the molecular basis of individuality, and how biological diversity benefits populations. Fruit flies: we examine how insects perform goal oriented olfactory navigation, and how they adapt decision-making strategies in real time as odor signal statistics and environmental conditions change

Research Interests: Combining single-cell analysis technology and systems biology to study cell-cell communication and cellular heterogeneity in human cancers and the immune system

Research Interests: The systems biology, biomechanics and molecular biophysics of early spinal column development

Research Interests: Microtubules and molecular motors. Branching morphogenesis of neurons. Motility of cilia and flagella. Nerve nets.

Research Interests: Synthetic Biology, Genome Engineering, Systems Biology, Bioengineering, Engineered biomaterials & RNAs

Research Interests: Understanding how structure and function emerge in complex living systems, particularly the brain.

Research Interests: Multiscale mechanobiology in cancer and development, from molecular to multicellular levels, integrating microfluidics, wet-lab experiments, and computational approaches.

Research Interests: We are developing electronic Imaging & Control of Microbial Functions, by studying how environmentally and clinically important microbes build & use hair-like “nanowires” to export electrons outside their cell body, during respiration, communication, and pathogenesis and by tuning nanowire conductivity using light, pressure, temperature, electromagnetic fields, and non-natural ‘click’ chemistry.

Research Interests: We seek to understand molecular mechanisms of emergent gene regulatory behavior, with a focus on temporal information transmission, mechanosensing, and chromatin biophysics.

Research Interests: HIV latency; signaling pathways; high-throughput single cell analysis; computational, experimental and systems-level approaches

Research Interests: Non-equilibrium thermodynamics, active matter, biophysics, synthetic biology, cytoskeletal mechanics.

Research Interests: Statistical mechanics of nonequilibrium systems; glass and jamming transitions in soft matter; computational biology; protein structure, interactions, and design.

Research Interests: mathematical modeling, informed machine learning, cancer biology/disease biology, systems biology, synthetic biology

Research Interests: Systems and quantitative immunology; human immunology; single cell biology; predicting and modeling immune responses; synthetic immunology: predictive engineering of immune cell trafficking and sensing; immune homeostasis maintenance and set point establishment mechanisms; integrating dynamical modeling and machine learning to understand emergent immune system behavior across temporal and spatial scales.

Research Interests: Single cell oscillations and travelling waves, membrane curvature, mitosis, cell size

Research Interests: Imaging and modeling the developmental process of bacterial communities, characterizing and understanding the soft matter properties of bacterial biofilms, designing new bioinspired materials and surfaces