Morrill Hall Display Calendar
31 matches found
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Information flow in the cortex is classically considered as feedforward-hierarchical computation. However, recent findings have started to reveal rather parallel and distributed processing. Here, I will discuss our work studying parallel sensory pathways across the primary and higher auditory cortices in extracting complex sound features.
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"Identifying active nuclear niche(s) and deciphering spatial positioning of chromatin around them." Belmont Lab
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"Profilin enhances Cofilin induced actin dynamics’." Brieher Lab
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Brain's can be modeled as functional networks, where interregional connections and their weights are estimated as a correlations. Here I will present an approach for exactly decomposing these connections (edges) into their time-varying contributions. This approach yields framewise estimates of networks across time and can be used to estimate the novel construct of "edge fu
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Department of Molecular & Integrative Physiology
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“Mapping DNA compaction in interphase chromosomes”, Belmont Lab
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"Regulation of RhoGEFs by phospholipids", Chen Lab
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Dr. Piere Rodriguez-Aliaga, Stanford University: "Dissecting the structural basis of Huntingtin pathogenesis - one molecule at the time"
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Professor, Department of Neurology
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Dr. Arvind Panday, Harvard Medical School: "Synthetic lethality and repair protein dynamics in mammalian stalled fork repair"
