Keith Hengen

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Assistant Professor

Washington University in St. Louis

United States

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About

Keith Hengen is an Assistant Professor at Washington University in Saint Louis, USA. His research areas encompass intrinsic plasticity in the brain, neuronal dynamics, and the impact of sensory experiences on neural networks. Recent publications explore topics such as brain function criticality, the effects of sleep on cortical networks, and the organization of functional connectivity during critical periods of visual deprivation.

Recent Grants

Grant: Close

Robust circuit computation in freely behaving animals.

Open Date: 2020-09-30

Close Date: 2023-08-31

Grant: Close

Homeostatic Plasticity Mechanisms Support Brain Function in Vivo

Open Date: 2017-09-01

Close Date: 2020-08-01

Grant: Close

Homeostatic Plasticity Mechanisms Support Brain Function in Vivo

Open Date: 2017-09-01

Close Date: 2020-08-31

Grant: Close

Homeostatic plasticity mechanisms support brain function in vivo

Open Date: 2014-09-30

Close Date: 2016-08-31

Grant: Close

Activity dependent plasticity and neuronal spiking homeostasis in vivo

Open Date: 2013-01-16

Close Date: 2014-09-29

Articles (15)

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2020

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2020

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2020

Collaborators (4)

Joseph D. Dougherty

UNITED STATES

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Chang Kim

University of California, San Francisco

UNITED STATES

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Sarah Soliman

University of California, San Francisco

UNITED STATES

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Eva Dyer

Assistant Professor

Georgia Institute of Technology

UNITED STATES

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Keith Hengen

Research Interests

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About

Recent Grants

Articles (15)

Experience-Dependent Intrinsic Plasticity in Layer IV of Barrel Cortex at Whisking Onset

Is criticality a unified setpoint of brain function?

Neurons throughout the brain embed robust signatures of their anatomical location into spike trains

Neurons throughout the brain embed robust signatures of their anatomical location into spike trains

What if what matters is emergent?

A nonoscillatory, millisecond-scale embedding of brain state provides insight into behavior

Visual Deprivation during Mouse Critical Period Reorganizes Network-Level Functional Connectivity

Sleep restores an optimal computational regime in cortical networks

Failure in a population: Tauopathy disrupts homeostatic set-points in emergent dynamics despite stability in the constituent neurons

Transcriptomic cell type structures in vivo neuronal activity across multiple timescales

Human microglia states are conserved across experimental models and regulate neural stem cell responses in chimeric organoids.

Construction and Implementation of Carbon Fiber Microelectrode Arrays for Chronic and Acute In Vivo Recordings.

Homeostatic mechanisms regulate distinct aspects of cortical circuit dynamics.

Autism-Associated Shank3 Is Essential for Homeostatic Compensation in Rodent V1

Currently Unstable: Daily Ups and Downs in E-I Balance

Collaborators (4)

Joseph D. Dougherty

Chang Kim

Sarah Soliman

Eva Dyer

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