

Langone Environment and the Brain Symposiums New York, New York (Poster 2019): Optimizing preprocessing pipelines for infant functional MRI data to examine associations between prenatal stress and infant neurodevelopment” Joyce Woo, Marissa Roth, Kathryn Humphreys PhD., Ed.

Vanderbilt Summer Research Conference (Poster 2019) : I hope to one day be the first in my family to attain a PhD, and to become a principal investigator at a research-1 institution.
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Working across species has allowed me to address and ask complementary questions about how to implement basic science research into translational medicine.Ĭurrently, I am interested in epigenetic regulation of neural gene expression specifically looking at histone modifications associated with early-life caregiving experiences – particularly maltreatment. I have been examining the associations of prenatal stress on the hippocampus, amygdala, and white matter connections between the medial prefrontal cortex and the amygdala during infant neurodevelopment. Using an existing neuroimaging processing interface, Nipype, which is an extension of Python, my role is to optimize quality control and preprocessing steps for infant brain data. Here, I am tasked to learn infant functional and structural magnetic resonance imaging techniques.

This summer, I have been part of the Blueprint Initiative for Enhancing Neuroscience Diversity through Undergraduate Research Experiences (BP-ENDURE) program at Vanderbilt University in Nashville, Tennessee in the lab of Kathryn Humphreys, PhD, studying stress and early human development.
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I have been providing updates on my data analysis from BORIS ethology software based on video recordings of mother and pup interactive behavior. During my time in the Sullivan lab, I have developed a close working relationship with my postdoc mentor Maya Opendak, who introduced me to the Local Field Potential project, a collaborative project investigating the effects of a naturalistic maternal abuse paradigms on neural oscillations in rodent pups using electrophysiological recordings. Regina Sullivan’s lab at NYU Child Development Center, exploring the neurobiology of early life adversity. I am currently working on my senior thesis in Dr. I am particularly interested in infant neurobiology and attachment, and have spent much of my time investigating both human and animal development. I am a rising Senior at New York University, and will complete my undergraduate studies with a Bachelor in Science in Neural Science and minor in Chemistry.
