Keyword: 2020

156 Exhibits

20,000 Nanoleagues Under the SEM: Exploring the Power Within
large needle-like crystals protrude on top of small ones
20,000 Nanoleagues Under the SEM 2
large and small crystalline spikes
20,000 Nanoleagues Under the SEM 3
flower-like crystals colored gold and grey
20,000 Nanoleagues Under the SEM 4
flower-like crystals in a cluster
20,000 Nanoleagues Under the SEM 5
ring of rippled purple shapes on a black background surrounding a rainbow swirl
Beyond Turing 1
6-by-6 grid of purple ovals with increasingly visible structure
Beyond Turing 2
a spiral of purple blobs with varying degrees of visible structure
Beyond Turing 3
purple oval with pink and orange ripples
Beyond Turing 4
Biodistribution of Nanoparticles in a Lymph Node, Warhol Style
Biodistribution of Nanoparticles in a Lymph Node
strands of neurons looking like spokes on a wheel
Brains and Brawn: Building a Neuronal Network
Breaking Out: Cancer Cells Cross the Barrier
two channels of engineered liver cells
Building a Biliary Tree With Tiny Technologies 1
column of engineered cells
Building a Biliary Tree With Tiny Technologies 2
neuron comparison in red and green
Building New Models of Neurological Diseases
grid of bright cubic particles on a glass slide
Calling the Shots 2
row of three particles with dye visible inside
Calling the Shots 3
array of dye-loaded particles on a glass slide
Calling the Shots 4
close-up view of dye-loaded particles on a glass slide
Calling the Shots 5
glowing pink cube-like capsules on a glass slide
Calling the Shots: A Flexible Platform for All-in-One Delivery
Cancer and Cardiovascular Disease: A Snapshot
A Cellular Network Assembles Within the Heart 1
A Cellular Network Assembles Within the Heart 2
A Cellular Network Assembles Within the Heart 3
round green immune cells attack flat purple cells
Cloak and Swagger: Learning From the Enemy
spherically organized cells against a black backgroud
Co-Culture Club: Using Organoids to Study How Cancer Grows
close-up view of a developing crab
Crab Megalops Larva
Cryptic Origins of Epithelial Cells 1
fluorescently stained colon epithelial cells
Cryptic Origins of Epithelial Cells 2
fluorescently stained colon epithelial cells
Cryptic Origins of Epithelial Cells 3
a network of blood vessels and protein fibers
Detection of ECM Protein Tenascin-R 1
a network of blood vessels and protein fibers
Detection of ECM Protein Tenascin-R 2
plankton with rainbow light surrounding
Dinoflagellate Spectra
two plankton with a blue strand of microplastic between them
Dinoflagellates Entangled in Microplastic Fibers
brain-like patterns
Electron Microscopy of Brain-like Patterns
circular rings seen through a grid of squares
Electron Mirror Beneath a Copper Grid 1
circular rings seen through a grid of squares
Electron Mirror Beneath a Copper Grid 2
reflection and disortion of a grid in a concave mirror
Electron Mirror Beneath a Copper Grid 3
reflection and disortion of a grid in a concave mirror
Electron Mirror Beneath a Copper Grid 4
circular rings seen through a grid of squares
Electron Mirror Beneath a Copper Grid 5
Engineered Transplant Cells Face Immune Cells 1
Engineered Transplant Cells Face Immune Cells 2
side by side comparison of stained cells; the left side has a purple curved diagonal stripe
Exploring the Effects of Immunotherapy Against Neurodegeneration 1
side by side comparison of brain structure with fluorescent tags
Exploring the Effects of Immunotherapy Against Neurodegeneration 2
cells tagged with green fluorescent protein (GFP)
Exploring the Signaling Dynamics of EGFR
curved strands of intestinal cells
Fasting Remodels the Gut Epithelium
tumor cells interact
Fluorescent Barcoding of Cancer Cells
multicolored clusters of cells
Gastrointestinal Organoids Grow in Culture 1
fluorescent organoids
Gastrointestinal Organoids Grow in Culture 2
endometrial gland as seen from the side
Generating Models of Endometrial Tissues 1
endometrial gland as seen from the side
Generating Models of Endometrial Tissues 2
endometrial gland as seen from the top
Generating Models of Endometrial Tissues 3
endometrial organoid
Generating Models of Endometrial Tissues 4
Generating Models of Endometrial Tissues 5
endometrial organoid
Generating Models of Endometrial Tissues 6
Gut Bacteria Interact and Compete 1
Gut Bacteria Interact and Compete 2
Hotspot Feast in the Ocean 1
Hotspot Feast in the Ocean 2
mesh hydrogel
Hydrogel Synthesis and Assembly
fluorescently stained fish brain
Imaging A Zebrafish Brain
fluorescently stained fish brain
Imaging a Zebrafish Brain 2
hexagonal lattice-like pattern of cells in purple
Immune Cells and Tumor Cells Interact in 3D
close-up hexagonal lattice-like pattern of cells in pink
Immune Cells and Tumor Cells Interact in 3D
hexagonal lattice-like pattern of cells in pink
Immune Cells and Tumor Cells Interact in 3D
cells in a tumor with a variety of intensities
Immune Cells Infiltrate a Tumor 2
cells in a tumor with a variety of intensities
Immune Cells Infiltrate a Tumor 1
sensory hair cells
In Pursuit of Therapeutic Treatment for Hearing Loss, Image #1
In Pursuit of Therapeutic Treatment for Hearing Loss, Image #2
mosaic of blood vessels in the visual cortex
Investigating Alzheimer's Disease in the Visual Cortex 2
mosaic of blood vessels in the visual cortex
Investigating Alzheimer's Disease in the Visual Cortex 1
mosaic of blood vessels in the visual cortex
Investigating Alzheimer's Disease in the Visual Cortex 3
white rippling curves on a black background
Irradiance: Images of Coherent Light1
white rippling strands on a black background
Irradiance: Images of Coherent Light 2
white rippling curves on a black background
Irradiance: Images of Coherent Light 3
view of the large intestine using fluorescence microscopy
Ketone Bodies in the Colon 1
view of the large intestine using fluorescence microscopy
Ketone Bodies in the Colon 2
Liver Cells Organize on a Bioreactor Scaffold 1
Liver Cells Organize on a Bioreactor Scaffold 2
developing cells in a fruit fly egg
Looking for Patterns in Fruit Fly Cell Development
LSECs Deform a Hydrogel 1
LSECs Deform a Hydrogel 2
Lysosomal Biology in the Mouse Brain 1
Lysosomal Biology in the Mouse Brain 2
side by side of cells in two tumor sections
Mapping Immune Cell Infiltration in a Tumor
mosaic of stained neurons
Measuring Protein Content at Neuronal Synapses
Microbial Interactions in the Ocean: Corals and Their Symbionts
Microbial Multiverse: Dropping in on Diversity
Microbial Worlds in Antarctica
microneedles in a hexagonal grid
Microneedle-Based Skin Patches For Delivery and Sampling 1
hexagonal grid with pointed protrusions
Microneedle-Based Skin Patches For Delivery and Sampling 2
microneedles in a hexagonal grid
Microneedle-Based Skin Patches For Delivery and Sampling 3
dark grey needles on a lighter grey background
Microneedle-Based Skin Patches For Delivery and Sampling 4
Mitochondria in the Mouse Brain 1
Mitochondria in the Mouse Brain 2
Mitochondria in the Mouse Brain 3
Comparison of two histological specimens
Nanoparticles Induce Intestinal Growth
hole surrounded by stained cells
A Novel Device for Personalized Cancer Treatment 1
hole surrounded by stained cells
A Novel Device for Personalized Cancer Treatment 2
hole surrounded by stained cells
A Novel Device for Personalized Cancer Treatment 3
three plankton specimens in a group
Ocean Plankton: Generating The Oxygen We Breathe
neural progenitor cells in a fish brain
Peering Inside a Developing Brain
intricate patterns in a circular arrangement
Polymer Wetting on a Glass Slide 1
feathery patterns in greyscale
Polymer Wetting on a Glass Slide 2
dark grey dots on a light grey background
Protein Recycling in Action 1
dark grey dots on a light grey background
Protein Recycling in Action 2
molecular model of proteins; it resembles a pineapple
Protein Recycling in Action 3
molecular model of proteins; it resembles a six-pointed star
Protein Recycling in Action 4
molecular model of proteins; it resembles a pineapple
Protein Recycling in Action 5
Proteins Control Gene Expression 1
Proteins Control Gene Expression 2
glowing green brain structure
Romance of Thalamus
A Small Molecule Compound Binds to a Target Protein 1
A Small Molecule Compound Binds to a Target Protein 2
rope-like strands of polymer-coated nanoparticles in a bundle
Spontaneous Arrangement of Polymer-Covered Nanoparticles
long thin dendtrite
Structural Alterations in a Dendrite
colored gradient of cells in a fruit fly egg
Structure Forms in a Fruit Fly Egg
Structures Assemble Within the Heart 1
Structures Assemble Within the Heart 2
blood vessels and immune cells around a tumor
Tackling the Tumor Ecosystem 1
blood vessels and immune cells around a tumor
Tackling the Tumor Ecosystem 2
homologous model of a protein
Touchdown: Drug Discovery for Translational Application #1
close up view of molecular structure of a protein
Touchdown: Drug Discovery for Translational Application #2
homologous model of a protein
Touchdown: Drug Discovery for Translational Application #3
view into the center of a homologous protein model
Touchdown: Drug Discovery for Translational Application #5
view into the center of a 3-D protein structure model
Touchdown: Drug Discovery for Translational Application #4
molecular model of a protein surrounded by blue
Touchdown: Drug Discovery for Translational Application #6
A Tri-culture Organoid System Develops in a Synthetic Hydrogel 1
A Tri-culture Organoid System Develops in a Synthetic Hydrogel 2
Eight columns of colored rectangles in various shades of pink, purple, blue, and green
Trick Or Treat: Probing Cancer's Response to Chemotherapy
Tumor Cells Compete With Stem Cells 1
Tumor Cells Compete With Stem Cells 2
Tumor Cells Compete With Stem Cells 3
Tumor Cells Compete With Stem Cells 4
Understanding Neurodegeneration With Systems Biology
cryo-E-M view of hyrogel mesh
Up Close and Personal with a Biomimetic Polymer 1
cryo-E-M view of hyrogel mesh
Up Close and Personal with a Biomimetic Polymer 2
cryo-E-M view of hyrogel mesh
Up Close and Personal with a Biomimetic Polymer 3
cryo-E-M view of hyrogel mesh
Up Close and Personal with a Biomimetic Polymer4
histological stain of immune cells in a tumor
Using Neural Networks to Deconvolute Complex Immune Landscapes 1
histological stain of immune cells in a tumor
Using Neural Networks to Deconvolute Complex Immune Landscapes 2
A Vax Seen: Scanning Lymph Nodes for Signs of Antigen
fluorescent cells in a lymph node
A Vax Seen 2
fluorescent cells in a lymph node
A Vax Seen 3
fluorescent cells in a lymph node
A Vax Seen 4
fluorescent cells in a lymph node
A Vax Seen 5
immune cells in a tumor
Visualization of Anti-Tumor T Cells 1
immune cells in a tumor
Visualization of Anti-Tumor T Cells 2
immune cells in a tumor
Visualization of Anti-Tumor T Cells 3
immune cells in a tumor
Visualization of Anti-Tumor T Cells 4
blood vessels on top of a protein matrix
Visualizing Vasculature: Uncovering Essential Proteins
blood vessels on top of a protein matrix
Visualizing Vasculature 2
blood vessels on top of a protein matrix
Visuailizing Vasculature 3
blood vessels on top of a protein matrix
Visualizing Vasculature 4
clusters of white plankton on a dark background
Zooplankton Bloom