Keyword: blood vessels

A Breast Cancer Cell Escapes a Blood Vessel

A Dangerous Meeting: Blood Vessels and a Tumor Come Together

A Dangerous Meeting, Version 2

A Large Artery and Vein Develop

A Transplant to Improve Liver Function and Regeneration 1

A Transplant to Improve Liver Function and Regeneration 2

A Tri-culture Organoid System Develops in a Synthetic Hydrogel 1

Angiogenic Pathways in a Living Tumor

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

Bioprinted Vessel: Artificial Vasculature in Support of Engineered Organs

Blood Clots with Fibrin 1

Blood Clots with Fibrin 2

Blood Clots with Fibrin and Nanofiber, Colorized

Blood Clots with Nanofiber 1

Blood Clots with Nanofiber 2

Blood Clots with Nanofiber 3

Blood, Heat, and Tumors: Improving Drug Delivery with Gold Nanorods

Blood Vessel Architecture in a Breast Tumor

Blood Vessel Growth in Healing Wound Tissue

Blood Vessel Growth in Healing Wound Tissue

Blood Vessels Form in a Bone Marrow-Like Construct

Blood Vessels in a Glioblastoma

Building a Bio-Highway: How Does a Lymphatic Vessel Develop?

Clarity in the Bronchial Tree

Detection of ECM Protein Tenascin-R 1

Detection of ECM Protein Tenascin-R 2

Dispersion of Amphphilic Gold Nanoparticles 1

Dispersion of Amphphilic Gold Nanoparticles 2

Dispersion of Amphphilic Gold Nanoparticles 3

Dispersion of Amphphilic Gold Nanoparticles 4

Diversity of Immune Cells in the Meninges 1

Diversity of Immune Cells in the Meninges 2

Diversity of Immune Cells in the Meninges 3

Diversity of Immune Cells in the Meninges 4

Diversity of Immune Cells in the Meninges 5

Effect of Alternative Splicing on Blood Flow

Electrical Stimulation Improves Blood Vessel Recruitment 1

Electrical Stimulation Improves Blood Vessel Recruitment 2

Engineered Vessels Deliver Blood to Hepacytes

Escape and Remodel: T Cells Break Free 1

Escape and Remodel: T Cells Break Free 2

Feel the Pulse: Smooth Muscle Cells Respond to Stretching Forces

Feeling the Pressure: Hypertension in Action

Fibrosis in Action 1

Fibrosis in Action 2

From Stem Cells to Adipose

GFP-Positive Multiple Myeloma Cell Metastasis in Murine Bone 1

GFP-Positive Multiple Myeloma Cell Metastasis in Murine Bone 2

Gone Fishing 2: Searching for Clues to Metastasis

Gone Fishing 3: Searching for Clues to Metastasis

Heart Cells and Vascular Cells Interact on a Scaffold

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

Increased Blood Flow in Cancerous Prostate Tissue

Investigating Alzheimer's Disease in the Visual Cortex 1

Investigating Alzheimer's Disease in the Visual Cortex 2

Investigating Alzheimer's Disease in the Visual Cortex 3

Labeling the Landscape in the Hippocampus

Launching a Satellite Liver 2

Launching a Satellite Liver 3

Launching a Satellite Liver: Tissue Engineering in Action

Launching a Satelllite Liver 4

Lipid Nanoparticles in the Lung 1

Lipid Nanoparticles in the Lung 2

Lipid Nanoparticles in the Lung 3

Lipid Nanoparticles in the Lung 4

Liver Organoid

Localized Heating of Tumor Vasculature

Making it Stick: Therapeutics Cling to a Blood Vessel

Melanoma Metastasis in a Zebrafish 1

Melanoma Metastasis in a Zebrafish 2

Melanoma Metastasis in a Zebrafish 3

Mena Means Metastasis

Metastatic Breast Cancer Bursts a Blood Vessel

Microneedles Deliver Light-Activatable Drugs 1

Microneedles Deliver Light-Activatable Drugs 2

Microneedles Deliver Light-Activatable Drugs 3

Microneedles Deliver Light-Activatable Drugs 4

Microneedles Deliver Light-Activatable Drugs 5

Mind the Zap: Using Electricity to Grow Blood Vessels

Modeling the Circulation of Tumor Cells in Blood

Molecular Velcro and Nanoparticle Transport 1

Molecular Velcro and Nanoparticle Transport 2

Morphological and Proliferative Changes in the Brain

Nano-Bio Interface with Red Blood Cells (B&W)

Nano-Bio Interface with Red Blood Cells (Color)

Nanoparticles Target Endothelial Cells

Seeing the Signal: How Blood Vessels React to Change

Self Portrait in Blood

Smooth Muscle Cells Interact With Fibronectin

Specialized Blood Vessels Pass Near a Tumor

Spleen Cells Respond to Injury

Stormy Night: Crossing the Blood-Brain Barrier

Tackling the Tumor Ecosystem 1

Tackling the Tumor Ecosystem 2

The River: Crossing the Blood-Brain Barrier

Therapeutic Nanoparticles Stick to a Blood Vessel, Version #1

Tortuous Trafficking: Nanoparticles Traverse the Blood Brain Barrier

Tree of Life: Crossing the Blood-Brain Barrier

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

Under Pressure: Mural Cells Wrap Tightly around Blood Vessels

Vascularized Islets 1

Vascularized Islets 2

Vascularized Islets 3

Vascularized Islets 4

Vascularized Islets 5

Vascularized Pancreas Organoid

Vasculature Connects to Islets in a Synthetic Matrix 1

Vasculature Connects to Islets in a Synthetic Matrix 2

Visuailizing Vasculature 3

Visualizing Vasculature 2

Visualizing Vasculature 4

Visualizing Vasculature: Uncovering Essential Proteins

We Heart Cancer Research (But Not Cancer)