Keyword: cancer cells

A Breast Cancer Cell Escapes a Blood Vessel

A Breast Cancer Cell Extends its Cytoskeleton

A Cancer Cell Responds to Treatment

A Dangerous Meeting: Blood Vessels and a Tumor Come Together

A Dangerous Meeting, Version 2

A Metabolic Drive for Cell Division 1

A Metabolic Drive for Cell Division 2

A Metabolic Drive for Cell Division 3

A Novel Device for Personalized Cancer Treatment 1

A Novel Device for Personalized Cancer Treatment 2

A Novel Device for Personalized Cancer Treatment 3

A Parliament of Snow Owls

An Alternative Pathway to Kill Cancer Cells

An Engineered Virus Illuminates a Glioma 1

An Engineered Virus Illuminates a Glioma 2

An Engineered Virus Illuminates a Glioma 3

Attacking Cancer with Targeted Nanoparticles

Barcodes For Immune Cells

Beyond the Red 2

Beyond the Red 3

Beyond the Red 4

Beyond the Red 5

Beyond the Red: Seeing Tumors in a New Light

Bio-inspired Microrobots Hunt Down Cancer Cells 1a

Bio-inspired Microrobots Hunt Down Cancer Cells 1b

Bio-inspired Microrobots Hunt Down Cancer Cells 2a

Bio-inspired Microrobots Hunt Down Cancer Cells 2b

Bio-inspired Microrobots Hunt Down Cancer Cells 3

Blood Vessels in a Glioblastoma

BRaF Mutation in a Lung Tumor 1

BRaF Mutation in a Lung Tumor 2

Breaking Out: Cancer Cells Cross the Barrier

Breaking Through: Cancer Cells at the Basement Membrane

Breast Cancer Cells Invade the Lung

Breast Cancer Cells Spread Over a Textured Surface, Image #1

Breast Cancer Cells Spread Over a Textured Surface, Image #2

Breast Cancer Cells Spread Over a Textured Surface, Image #3

Cancer and Cardiovascular Disease: A Snapshot

Cancer Cells Adapt to a New Environment 1

Cancer Cells Adapt to a New Environment 2

Cancer Cells Adapt to a New Environment 3

Cancer Cells Adapt to a New Environment 4

Cancer Cells Adapt to a New Environment 5

Cancer Cells Assemble a Network

Cancer Cells Create Invadopodia

Cancer Cells Respond to DNA Damage 1

Cancer Cells Respond to DNA Damage 2

Cancer Cells Respond to DNA Damage 3

Cancer Cells Respond to DNA Damage 4

Cancer Culture: Tumor Modeling

Cancer Deconstructed, Image #2

Cancer Deconstructed, Image #3

Cancer Deconstructed, Image #4

Cancer Deconstructed, Image #5

Cancer Deconstructed: Investigating the Role of Non-Cancerous Cells in a Lung Tumor

Cancerous Prostate Lobes

CAR-T Cells Attack Glioblastoma Cancer Cells 1

CAR-T Cells Attack Glioblastoma Cancer Cells 2

Cells Interact on a Flat Surface

Cellular Adhesion on a Microarray

Cellular Injections: Using Nanowires to Investigate the Causes of Leukemia

Chemical Probes Identify Cancer Protease Activity 1

Chemical Probes Identify Cancer Protease Activity 2

Chromosomes Align: Mitosis in Action

Coagulation Deposits in a Human Tumor

Colon Cancer Stem Cells

Combination Immunotherapy to Combat Aggressive Melanoma, Image A

Combination Immunotherapy to Combat Aggressive Melanoma, Image B

Combination Immunotherapy to Combat Aggressive Melanoma, Image C

Comet Tails Reveal DNA Damage

Computer-Assisted Microscopy to Analyze Cancer Cell Growth

Count Your Blebbings  2

Cytoskeletal Architecture of Cancer Cells

Dance of the Conjoined Sister Cells

Dancing With The Cells: Spotlight On Plasma Membrane

Detecting Receptor Complexes on the Surface of Breast Cancer Cells

Developing a Nanoparticle Vaccine for Lung Cancer

Diversity of Cells in a Tumor

Do Stem-Like Cancer Cells Have Epithelial or Non-Epithelial Characteristics?

Dynamics of a Metastatic Neuroblastoma Tumor Cell

Early-Stage Tumor Development in the Pancreas

Effect of Kras on Pancreatic Cancer Cells

Endothelial Cells Form a Network around Fibroblasts

Enter the Dragon: A Fiery, Immunogenic Death for Cancer

Et tu, Frute Brute?

Extracellular Matrix: Microarray Views

Extravasion of Tumor Cells 1

Extravasion of Tumor Cells 2

Find Your Niche

Fluorescent Barcoding of Cancer Cells

Fortress of Ash

Gold Nanorods Heat Up an Ovarian Tumor

Gone Fishing 2: Searching for Clues to Metastasis

Gone Fishing 3: Searching for Clues to Metastasis

Head in the Game: Using Cancer Cells to Study Neural Development

Heads or Tails: Measuring Changes in Metastatic Behavior

Heart of  (Stained) Glass

Heterogeneity in the Epithelial-to-Mesenchymal Transition

Hit the Ground Running: Cancer Cells Metastasize the Lungs Early Upon Dissemination

Human-Derived Colon Cancer Metastasis in Mouse Liver Tissue 1

Human-Derived Colon Cancer Metastasis in Mouse Liver Tissue 2

Human-Derived Colon Cancer Metastasis in Mouse Liver Tissue 3

Hungry Like the Macrophage: Empowering the Immune System to Eliminate Tumors

Imaging Immune Cells Within a Tumor 1

Imaging Immune Cells Within a Tumor 2

Imaging Immune Cells Within a Tumor 3

Imaging Immune Cells Within a Tumor 4

Imaging Immune Cells Within a Tumor 5

Imaging Immune Cells Within a Tumor 6

Imaging Immune Response to Cancer and Treatment 1

Imaging Immune Response to Cancer and Treatment 2

Immune Cells and Tumor Cells Interact in 3D

Immune Cells and Tumor Cells Interact in 3D

Immune Cells and Tumor Cells Interact in 3D

Immune Cells Infiltrate a Lung Tumor 1

Immune Cells Infiltrate a Lung Tumor 2

Immune Cells Infiltrate a Tumor 1

Immune Cells Infiltrate a Tumor 2

Immune Cells Respond to Human Lung Cancer

Immune-Tumor Interactions in the Lung Microenvironment

Immunogenic Drugs Infiltrate Lung Tumors 1

Immunogenic Drugs Infiltrate Lung Tumors 2

Immunogenic Drugs Infiltrate Lung Tumors 3

Immunogenic Drugs Infiltrate Lung Tumors 4

Immunogenic Drugs Infiltrate Lung Tumors 5

Improving Therapeutic Response to Lung Cancer

Increased Blood Flow in Cancerous Prostate Tissue

Indigo Waves  1

Indigo Waves  2

Integrin Expression in a Pancreatic Tumor

Interactions Among Diverse Tumor Cells

Invasive Lung Cancer Cells Degrade Extracellular Matrix

Investigating Lung Cancer Progression

Journey Through the Mind’s Maze: Nanoparticles Targeting Brain Cancer 2

Journey Through the Mind’s Maze: Nanoparticles Targeting Brain Cancer 3

Junctions Between Human Breast Cancer Cells

Just Grow With It: Partnering with Patients to Create Desmoid Tumor Models

Lamellipodia Protrusion and Cell Migration 1

Late-Stage Tumor Development in the Pancreas

Lethal Encounter: Empowering the Immune System to Fight Cancer

License to Kill 2: Empowering the Immune System to Fight Cancer

License to Kill: Empowering the Immune System to Fight Cancer

Localization of Brd4-Nut Fusion in a Cell, Version #1

Localization of Brd4-Nut Fusion in a Cell, Version #2

Lung Adenocarcinoma with Stromal Infiltration, Version #1

Lung Adenocarcinoma with Stromal Infiltration, Version #2

Lung Adenocarcinoma with Stromal Infiltration, Version #3

Lung Adenocarcinoma with Stromal Infiltration, Version #4

Lung Tumors Respond to PRMT5 Inhibition 1

Lung Tumors Respond to PRMT5 Inhibition 2

Lung Tumors Respond to PRMT5 Inhibition 3

Lung Tumors Respond to PRMT5 Inhibition 4

Lymphocytes Infiltrate Melanoma Cells 1

Lymphocytes Infiltrate Melanoma Cells 2

Macrophages Engulf Tumors 1

Macrophages Engulf Tumors 2

Macrophages Engulf Tumors 3

Macrophages Interact with Mesenchymal Cells

Mapping Immune Cell Infiltration in a Tumor

Mapping Mesenchymal Cells with Vimentin

Mapping the Molecular Landscape of Pancreatic Cancer

Mapping Transcription Activity in a Metastatic Tumor

Mechanical Properties of the Cell: Studying Stiffness

Meeting at the Cellular Interface: CAR-T Cell Versus B cell Cancers

Melanoma Invades Healthy Tissue 1

Melanoma Invades Healthy Tissue 2

Melanoma Metastasis in a Zebrafish 1

Melanoma Metastasis in a Zebrafish 2

Melanoma Metastasis in a Zebrafish 3

Mena Isoforms and Cancer Complexity

Mena Means Metastasis

Metastatic Breast Cancer Bursts a Blood Vessel

Metastatic Breast Cancer Invades a Liver, Version #1

Metastatic Breast Cancer Invades a Liver, Version #2

Metastatic Breast Cancer Invades a Liver, Version #3

Metastatic Breast Cancer Invades a Liver, Version #4

Metastatic Breast Cancer Invades a Lung

Metastatic Breast Cancer Invades a Spleen

Microenvironment Surrounds a Tumor Spheroid

Microparticles Capture Cancer Cells 1

Microparticles Capture Cancer Cells 2

Mind the Gap: Studying the Tumor Extracellular Matrix

Mitotic Catastrophe: Death of the Cancer Cells

Modeling Interactions Between Blood-Brain Barrier Vessels and Brain Tumors

Modeling the Circulation of Tumor Cells in Blood

Molecular Velcro and Nanoparticle Transport 1

Molecular Velcro and Nanoparticle Transport 2

Motor Control: How Does a Cancer Cell Power its Movement?

Nanobodies for Targeted Therapeutic Strategies 1

Nanobodies for Targeted Therapeutic Strategies 2

Nanobodies for Targeted Therapeutic Strategies 3

Nanoparticles Enter Glioblastoma Tumor Cells 1

Nanoparticles Enter Glioblastoma Tumor Cells 2

Nanoparticles Incubate Cancer Cells

Nanoparticles Target Glioblastoma

Nanoparticles Targeting Prostate Cancer Cell Receptors

Nano-probes Detect Tumor-Created Proteases 1a (RGB)

Nano-probes Detect Tumor-Created Proteases 1b (YRB)

Nano-probes Detect Tumor-Created Proteases 2

Nano-probes Detect Tumor-Created Proteases 3

Nano-probes Detect Tumor-Created Proteases 4

Nanosensors for Personalized Medicine

Natural Killer Cells Interrogate Tumor Cells

Natural Killer Cells Interrogate Tumor Cells

Navigating the Matrix: A 3D Microscale Look at Cell Adhesion and Migration 

Novel Transplants for Modeling Tumor Heterogeneity

Now Fusilli, Now You Don't

Origin of an Adenoma

Outsmarting Cancer with Collagen

Peptide-Mediated Delivery of Proteins 1

Peptide-Mediated Delivery of Proteins 2

Peptide-Mediated Delivery of Proteins 3

Peptide-Mediated Delivery of Proteins 4

Phage Into You

Physical and Genomic Abnormalities in Lung Cancer

Poor Antibody Distribution in a Tumor

Portrait of a Cell Under Stress

Precision Polymers Improve Combination Chemotherpay

PRMT5 Inhibitor Clears the Center of a Tumor

Protein Localization in a Cancer Cell, Image 1

Protein Localization in a Cancer Cell, Image 2

Pushing Boundaries 2 (Alternative Color Schemes)

Pushing Boundaries: Ovarian Cancer Hides in Plain Sight

Rapid Drug Screening for Cancer Treatment

Reconstructing the Pancreatic Cancer Architecture 1

Reconstructing the Pancreatic Cancer Architecture 2

Reconstructing the Pancreatic Cancer Architecture 3

Reconstructing the Pancreatic Cancer Architecture 4

Shape Shifters 2

Shape Shifters: Cancer Cells in Motion

Signaling for Cell-Matrix Adhesion

Smart Nanoparticles Meet Ovarian Cancer Cells 1

Smart Nanoparticles Meet Ovarian Cancer Cells 2

Smart Nanoparticles Meet Ovarian Cancer Cells 3

Smart Nanoparticles Meet Ovarian Cancer Cells 4

Smart Nanoparticles Meet Ovarian Cancer Cells 5

Spatial Expressions: Snapshot of a Growing Tumor

Spatial Transcriptomic Analysis of Metastatic Cancer 1

Spatial Transcriptomic Analysis of Metastatic Cancer 2

Spatial Transcriptomic Analysis of Metastatic Cancer 3

Special Delivery 1: Gene Therapy and Polymer Nanotechnology

Special Delivery 2: Gene Therapy and Polymer Nanotechnology

Sphere, There, and Everywhere: Interrogating Tiny Tumors

Stained Glass Jellyfish, 1

Stained Glass Jellyfish, 2

Stained Glass Jellyfish, 3

Stained Glass Jellyfish, 4

Stem-Like Cancer Cells Interact with Immune Cells

Stream of Migrating Breast Cancer Cells

Stress, Starvation, and Survival: A Double Membrane View

Stress, Starvation, and Survival: Autophagy in Action

Tackling the Tumor Ecosystem 1

Tackling the Tumor Ecosystem 2

Target Practice: Improving Gene Therapy With Nanotechnology

Target Practice in Purple

Target Practice in Red

Targeted Phagocytosis in Action

Targeted Phagocytosis Up Close and Personal

That Takes Nerve: Co-Culturing an Interest in Cancer Neuroscience

The Bad Seed: Modeling the Growth of a Tumor

The Circle of Life: Reshaping Gynecological Health with Live Therapies 

The Rise of Cancer Neuroscience 1

The Rise of Cancer Neuroscience 2

The Rise of Cancer Neuroscience 4

The Rise of Cancer Neuroscience 5

Tiny Trojan Horses 2

Tiny Trojan Horses: Tumor-Penetrating Nanoparticles Infiltrate Cancer Cells

Tracking Metastasis in a Living Tumor 1

Tracking Metastasis in a Living Tumor 2

Tracking the Interactions of Tumor Cells and Fibroblasts

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

Tumor Cells Interact with Immune Cells

Tumor Cells Travel Through a Fish 1

Tumor Localization of Alum-Anchored Cancer Drugs 1

Tumor Localization of Alum-Anchored Cancer Drugs 2

Tumor Localization of Alum-Anchored Cancer Drugs 3

Tumor Localization of Alum-Anchored Cancer Drugs 4

Tumor Painting: Fighting Breast Cancer with Scorpion Venom

Tumors Arise Within the Colon

Tumors Arise Within the Colon

Tumor-Seeking Bacteria in a Magnetic Field 1

Tumor-Seeking Bacteria in a Magnetic Field 2

Tumor-Seeking Bacteria in a Magnetic Field 3

Tumor-Seeking Bacteria in a Magnetic Field 4

Tumor-Seeking Bacteria in a Magnetic Field 5

Uptake of a LbL Nanoparticle 1

Uptake of a LbL Nanoparticle 2

Uptake of Nanoparticles into HeLa Cells, Version #1

Uptake of Nanoparticles into HeLa Cells, Version #2

Using Neural Networks to Deconvolute Complex Immune Landscapes 1

Using Neural Networks to Deconvolute Complex Immune Landscapes 2

Viewing Lung Tumors in 3D, Image 1

Viewing Lung Tumors in 3D, Image 2

Viewing Lung Tumors in 3D, Image 3

Visualization of Anti-Tumor T Cells 1

Visualization of Anti-Tumor T Cells 2

Visualization of Anti-Tumor T Cells 3

Visualization of Anti-Tumor T Cells 4

Visualizing the Blueprint of DNA Damaging in Ovarian Cancer by Therapeutic Agents 1

Visualizing the Blueprint of DNA Damaging in Ovarian Cancer by Therapeutic Agents 2

Visualizing the Blueprint of DNA Damaging in Ovarian Cancer by Therapeutic Agents 3

Visualizing Tumor Heterogeneity 1

Visualizing Tumor Heterogeneity 2

Visualizing Tumor Heterogeneity 3

Vital Proteins: Mitosis in Action

We Heart Cancer Research (But Not Cancer)

Young at Heart: Progenitor T Cells Drive Immunotherapy Response