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Laboratory for Multiscale Regenerative Technologies
84 Exhibits
Angiogenic Pathways in a Living Tumor
Anti-Bacterial Nanoparticles
Bacterial Supernova: Programming E. coli to Release Drugs into a 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 Vessel Architecture in a Breast Tumor
Blood, Heat, and Tumors: Improving Drug Delivery with Gold Nanorods
Building a Biliary Tree With Tiny Technologies 1
Building a Biliary Tree With Tiny Technologies 2
Cell Patterns in An Engineered Tissue, Image #1
Cell Patterns in An Engineered Tissue, Image #2
Cell Patterns in An Engineered Tissue, Image #3
Cellular Adhesion on a Microarray
Cellular Mandala: A Microkaleiodoscope of Bioengineering
Cloak and Swagger: Learning From the Enemy
Clustering Cells on a Patterned Surface
Coagulation Deposits in a Human Tumor
Dormant Hypnozoite Studied in
in vivo
Culture
Engineered Transplant Cells Face Immune Cells 1
Engineered Transplant Cells Face Immune Cells 2
Engineered Vessels Deliver Blood to Hepacytes
Extracellular Matrix: Microarray Views
Gold Nanorods Heat Up an Ovarian Tumor
Hepatocyte Islands 1
Hepatocyte Islands 2
Hepatocytes and Stromal Cells Pack Together to Form Liver Spheroids 1
Hepatocytes and Stromal Cells Pack Together to Form Liver Spheroids 2
Hepatocytes and Stromal Cells Pack Together to Form Liver Spheroids 3
In Robotico Model of Nanoparticle Tissue Penetration, Image A
In Robotico Model of Nanoparticle Tissue Penetration, Image B
In Robotico Model of Nanoparticle Tissue Penetration, Image C
Launching a Satellite Liver 2
Launching a Satellite Liver 3
Launching a Satelllite Liver 4
Launching a Satellite Liver: Tissue Engineering in Action
Liver Cells on a Collagen Island
Liver Progenitor Cells Grown from Adult Stem Cells
Localized Heating of Tumor Vasculature
Malaria Parasites in the Liver 1
Malaria Parasites in the Liver 2
Malaria Sporozoites vs. Natural Killer Cells 1
Malaria Sporozoites vs. Natural Killer Cells 2
Malaria Sporozoites vs. Natural Killer Cells 3
Malaria Sporozoites vs. Natural Killer Cells 4
Malaria Sporozoites vs. Natural Killer Cells 5
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
Microtissue Spheres Stick to One Another
Molecular Velcro and Nanoparticle Transport 1
Molecular Velcro and Nanoparticle Transport 2
Motor Control: How Does a Cancer Cell Power its Movement?
Nanoparticles Interact with Microrobots in Liquid, Image 1 (Dark)
Nanoparticles Interact with Microrobots in Liquid, Image 2 (Cyan)
Nanoparticles Interact with Microrobots in Liquid, Image 3 (Rainbow)
Nanosensors for Personalized Medicine
Activating the Immune System to Fight Disease
Natural Born Killers: Activating the Immune System to Fight Disease
Origin of an Adenoma
A Paper-Based Urine Test for Cancer Detection
Parasite Growth in a Microliver Model, Image 1
Parasite Growth in a Microliver Model, Image 2
Parasite Growth in a Microliver Model, Image 3
Patterned Liver Cells Display Biology-Engineering Convergence
Pillars and Polymers
Pillars and Polymers, Image #2
Polymer-Coated Mesoporous Silica Nanoparticles
Preparing Mosquitoes for Dissection
Sphere, There, and Everywhere: Interrogating Tiny Tumors
Subcutaneous Hydrogel Spheres
Three Dimensional Patterning of Hepatocytes and Fibroblasts
Tiny Trojan Horses 2
Tiny Trojan Horses: Tumor-Penetrating Nanoparticles Infiltrate Cancer Cells
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
