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neuroscience
115 Exhibits
A Motor Neuron Synapses Onto a Muscle, Version #1
A Primary Neuron Responds to Chemical Guidance Cues
Actin Cytoskeleton in a Neuronal Filopodia,
Version #1
Actin Cytoskeleton in a Neuronal Filopodia,
Version #2
Actin Cytoskeleton in a Neuronal Growth Cone
Actin Cytoskeleton in an Axon Branch
Axons Form Synapses in the Visual Cortex
Axons from the Retina Project into the Visual Thalamus
Axons from the Retina Project into the Visual Thalamus, Version #2
Axons Journeying to the Visual Cortex
Brain Organoid
Brainbow Hippocampus
Brains and Brawn: Building a Neuronal Network
Building a Neural Circuit in a Dish
Cell Carpet from EyeWire, A Game to Map the Brain
Cell Function in the Hippocampus
Circuit Training: Shining a Light on Neural Development
Connecting Synapses with Neuronal Development
Cortical Axons in an Embryonic Mouse Brain
Decoding Traumatic Memories
Demonculus: Image of a Postmortem Brainstem
Dendritic Spines in a Hippocampal Neuron
Disorganized Cytoskeleton in an Ena/Vasp Null Neuron
Drosophila Larval Brain
Effect of Learning on Neural Plasticity 1
Effect of Learning on Neural Plasticity 2
Examining the Interplay Between Active and Passive Transport in Axons
Expanding the View of the Hippocampus
Eye on the Future
First Impressions: Large Tiny Structures Where New Memories Form
Five Neurons: A Rendering
Functional Connectivity of Neurons in Three Dimensions
Genetic Manipulation of a Neuron
Ghost Boutons and Motor Neurons
Hippocampal Neurons Expressing Yellow Fluorescent Protein
Huntingtin Protein Expression in Fly Neurons
Illuminating Networks in the Brain
Implantation Scars the Brain, Version #1
Implantation Scars the Brain, Version #2
Induced Human Neurons Derived from Stem Cells
Input-Output Transformation Within a Neuron
Input-Output: Assessing the Electrical Properties of Neurons
Inside the Developing Brain 1
Inside the Developing Brain 2
Investigating Alzheimer's Disease in the Visual Cortex 2
Investigating Alzheimer's Disease in the Visual Cortex 1
Investigating Alzheimer's Disease in the Visual Cortex 3
Investigating the Neuroscience of Parkinson's Disease 1
Investigating the Neuroscience of Parkinson's Disease 2
Labeling the Landscape in the Hippocampus
Live Cortical Neurons Labeled with Green Fluorescent Protein
Live Neurons Labeled with a Genetically Encoded Fluorescent Protein
Living Drug Factories: The Secreted Life of Therapeutic Proteins
Long Term Growth and Maturation of Neurons Grown in a Microplate
Measuring Protein Content at Neuronal Synapses
Microglia Attack Amyloid Plaques
Mini-Brains On The Go 1
Mini-Brains on the Go 2
Mini-Brains on the Go 4
Mini-Brains on the Go 5
Mini-Brains on the Go 6
Mining the Mind: In Search of Exotic Elements in the Brain
Modeling the Mind: Neurons Derived from Skin Cells
Morphological and Proliferative Changes in the Brain
Mother & Child
Neural Mapping: Understanding How the Cerebellum Is Wired
Neuronal Axon Formation, Version #1
Neuronal Axon Formation, Version #2
Neuronal Axon Formation, Version #3
Neuronal Axon Formation, Version #4
Neuronal Soma Receive Information from Neighboring Neurons
Neurons Extend Axons 1
Neurons Extend Axons 2
Neurons Extend Processes into the Spinal Cord
A New Model to Study the Basal Ganglia Circuit (Image 1)
A New Model to Study the Basal Ganglia Circuit (Image 2)
A New Model to Study the Basal Ganglia Circuit (Image 3)
A New Model to Study the Basal Ganglia Circuit (Image 4)
Of Brains and Braids: Classifying Waveforms
Patch of Light: Trying to Understand a Newly Discovered Autism-Linked Gene
A Penetrating View: Seeing Fine Nerves in a Zebrafish Tail
Pyramidal Cells of the Hippocampus Make Synaptic Connections 1
Rainbow Connections 2: Mapping Neural Pathways
Rainbow Connections 3: Mapping Neural Pathways
Rainbow Connections: Mapping Neural Pathways in the Brain
Reconstructed Neurons: A Rendering
Removal of miR-138 from Neurons (Image 1)
Removal of miR-138 from Neurons (Image 2)
Removal of miR-138 from Neurons (Image 3)
Removal of miR-138 from Neurons (Image 4)
Removal of miR-138 from Neurons (Image 5)
Removal of miR-138 from Neurons (Image 6)
Spiny Dendrites Lead to the Surface of the Brain
Spiny Dendrites Receive Input From Axons
Structural Alterations in a Dendrite
Subcellular Localization of RNAs Within Neurons
Synapse from EyeWire, A Game to Map the Brain
Threat or Reward?
Tracking Brain Connection Fibers 1
Tracking Brain Connection Fibers 2
Transparent Neuron: A Rendering
Ventricular Zones in a Cerebral Organoid
Visualization of Neural Circuits, Image #1
Visualization of Neural Circuits, Image #2
Visualization of Neural Circuits, Image #3
Visualization of Neural Circuits, Image #4
Visualization of Neural Circuits, Image #5
Visualizing Connectome
Visualizing Inhibitory Neurons with Immunofluorescence
Visualizing Curvature of Steerable Brain Implants 1
Visualizing Curvature of Steerable Brain Implants 2
Visualizing Curvature of Steerable Brain Implants 3
Visualizing Curvature of Steerable Brain Implants 4
Visualizing Curvature of Steerable Brain Implants 5
Young Neurons Mature in a Microplate
