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Profile image of Allison Bond

    Allison Bond, PhD

    Education

    BA, Northwestern University

    PhD, Northwestern University

    Postdoctoral Fellowship, University of Pennsylvania

    Awards

    2021

    National Institutes of Health (NIH) Future Research Leader

    2021

    K01 Mentored Research Scientist Career Development Award

    2020

    Allison Doupe Fellowship, McKnight Endowment Fund for Neuroscience

    2016

    Post-doctoral Fellowship Grant, The Maryland Stem Cell Research Fund

    2014

    Keystone Symposia Scholarship: Adult Neurogenesis Conference

    2014

    First place, Graduate Student Symposium at the Society for Neuroscience Chicago Chapter Annual Meeting

    2013

    Northwestern University Clinical and Translational Science Institute Predoctoral Training Program

    2012

    Northwestern University Clinical and Translational Science Institute Predoctoral Training Program

    2009

    Training for a New Interdisciplinary Research Workforce in Regenerative Medicine Training Grant

    Research

    Research in the Bond Lab is motivated by the great need for effective treatments for brain disorders and the promise of stem cells as a target for medical interventions. Neural stem cells possess the incredible capacity to generate new cells over long periods of time, but we do not understand how they are regulated inside the brain. Our lab works to uncover the endogenous programs that regulate stem cell capacity across the lifespan in vivo so that we can successfully target the brain’s innate plasticity for therapeutic purposes. The Bond Lab is focused on understanding how interactions between neural stem cells and the surrounding niche environment influence the capacity for neural plasticity across the lifespan. The lab uses single-cell omics, lineage tracing, viral and CRISPR genetic manipulations, and time-lapse imaging to study neural stem cells in the mammalian hippocampus. The goal of the lab’s research is to identify therapeutic interventions that promote and preserve the brain’s endogenous regenerative capacity.