معرفی
Elizabeth Grove is a Professor in the Department of Neurobiology within the Biological Sciences Division at the University of Chicago. Her research program focuses on the fundamental mechanisms of cerebral cortical development, with particular emphasis on how signaling molecules establish the neocortical area map and hippocampal development. She has maintained continuous NIH funding since the 1990s as Principal Investigator on multiple research projects.
Dr. Grove's research interests center on embryonic and early postnatal development of cerebral cortex in the mouse. Her lab has made significant contributions to understanding how secreted signaling molecules including Fibroblast Growth Factor (FGF) 8 and Wnt protein Wnt3a pattern the embryonic cortex. FGF8 establishes the anterior to posterior axis of the neocortical area map, while Wnt3a influences the medial to lateral axis and is required for hippocampus development. Her work bridges molecular genetics, developmental biology, and neuroanatomy to elucidate how complex brain structures emerge from relatively simple embryonic tissues. A major focus of her recent work examines whether mouse-based models of cortical patterning apply to larger, folded (gyrencephalic) brains like those of carnivores and primates.
Dr. Grove has received numerous professional honors including a MERIT award from NIMH (2004-2014) and the 2017 Krieg Cortical Kudos Discoverer Award from the Cajal Club. She currently serves on the Board of Reviewing Editors for Science and has previously held editorial positions at the Journal of Neuroscience and Journal of Comparative Neurology. Her research has been consistently funded by NIH grants investigating molecular mechanisms of cerebral cortical patterning, with recent projects focusing on neocortical area map development, olfactory bulb induction, and cortical control over thalamic input.
Dr. Grove's laboratory employs sophisticated techniques including mouse genetics, in utero microelectroporation (which her lab pioneered), and single-cell RNA-Seq to investigate cortical development. Her team has discovered important relationships between molecular signaling pathways and functional brain organization, such as the link between BMP signaling deficiency, hippocampal structure, and anxiety-related behaviors.
