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Langer Laboratory
140 Exhibits
A Bandage for a Heart, Version 1
A Bandage for a Heart, Version 2
A Bandage for a Heart, Version 3
Nano-Bio Interface with Red Blood Cells (B&W)
Bone Repair Using Biocompatible Plastic, Image #1
Bone Repair Using Biocompatible Plastic, Image #2
Bone Repair Using Biocompatible Plastic, Image #3
Building a New Hip: Cartilage Grown on a Woven Polymer
Cartilage Grown from Adult Stem Cells in a 3-D Woven Polymer
Cells on a Hydrogel Matrix 2
Cells on a Hydrogel Matrix 1
Cellular Uptake of siRNA-Carrying Nanoparticles
Delivering Nanoparticle Treatments Through Skin
Designer Drug Factories 1
Designer Drug Factories 2
Dispersion of Microparticles
Double-Barrelled Drug Delivery 1
Double-Barrelled Drug Delivery 2
Drug Depot: Implantable Devices for Drug Delivery 2
Fibrosis in Action 1
Fibrosis in Action 2
Fibrosis in Action 3
Fibrosis in Action 4
Fibrosis in Action 5
Fighting Iron Deficiencies with Microparticles
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
Hard Electronics Meets Soft Biology
Heart Cells and Vascular Cells Interact on a Scaffold
Histological Response to a New Tissue Adhesive, Version 1
Histological Response to a New Tissue Adhesive, Version 2
Hitting a Nerve: Delivering Drugs into a Neuron
A Hydrogel Implant for Treating Diabetes
A Hydrogel Implant for Treating Diabetes
A Hydrogel Implant for Treating Diabetes
Hydrogel Implant To Treat Diabetes
Immune Attack: Implantable Devices for Drug Delivery 1
Improving Cancer Therapy with Machine Learning 1
In Good Shape: Using Machine Learning to Improve Cancer Therapy
Improving Cancer Therapy with Machine Learning 3
Improving Cancer Therapy with Machine Learning 4
An Inside View of Neural Tube Defects
Joint Venture: Polymer Plus Stem Cells at 650x
Joint Venture: Polymer Plus Stem Cells at 950x
Lipid Nanoparticles in the Lung 1
Lipid Nanoparticles in the Lung 2
Lipid Nanoparticles in the Lung 3
Lipid Nanoparticles in the Lung 4
Living Drug Factories: The Secreted Life of Therapeutic Proteins
Making it Stick: Therapeutics Cling to a Blood Vessel
Making Waves: Delivery for Ageless Skin
Malaria Parasites Invade Blood Cells 1
Malaria Parasites Invade Blood Cells 2
Masters of Disguise: Stealthy Spheres and Clever Camouflage
Mesenchymal Stem Cells On a Plate
Microneedle Molds for Alternative Drug Delivery 1
Microneedle Molds for Alternative Drug Delivery 2
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
More Than Skin Deep: Taking Control of Injury Response
Nano-Bio Interface with Red Blood Cells (Color)
Nanoparticle Trafficking Inside a Cell
Nanoparticles Mimic Viruses, Image #1
Nanoparticles Mimic Viruses, Image #2
Nanoparticles Mimic Viruses, Image #3
Nanoparticles on a Salt Crystal Leaf
Nanoparticles Target Endothelial Cells
Nanoparticles Targeting Prostate Cancer Cell Receptors
Nerves of Gold 2
Nerves of Gold 3
Nerves of Gold 4
Nerves of Gold 5
Nerves of Gold: New Potential for Regenerative Medicine
Novel Crystal Synthess and Drug Encapsulation 1
Novel Crystal Synthess and Drug Encapsulation 2
Novel Crystal Synthess and Drug Encapsulation 3
Novel Crystal Synthess and Drug Encapsulation 4
Novel Crystal Synthess and Drug Encapsulation 5
Overcoming Rejection: Implantable Devices for Drug Delivery 3
Overcoming Rejection: Implantable Devices for Drug Delivery 4
Overcoming Rejection: Implantable Devices for Drug Delivery 5
Pancreatic Packets, Version 1
Pancreatic Packets, Version 2
Paneth Culture Club 1
Paneth Culture Club 2
Paneth Culture Club 3
Paneth Culture Club 4
Paneth Culture Club 5
Polymeric Nanoparticles Enter Cells
Polymeric Nanoparticles for Targeted Drug Delivery, Version #1
Polymeric Nanoparticles for Targeted Drug Delivery, Version #2
Porous Microspheres for Drug Delivery
Porous Polymer Microspheres for Drug Delivery
Protecting Live Cellular Factories With Anticancer Crystalline Shields
Protecting Medical Implants with Crystalline Shield 1
Robotically Assembled Layer-by-Layer Thin Films
Salt Crystals on the Surface of a Microsphere
Searching for Gold on Silken Nanofibers, Image #1
Searching for Gold on Silken Nanofibers, Image #2
Searching for Gold on Silken Nanofibers, Image #3
Searching for Gold on Silken Nanofibers, Image #4
Searching for Gold on Silken Nanofibers, Image #5
Self-Assembly in a Next Generation Polymer
Sounding the Skin Battleships 1
Sounding the Skin Battleships 2
Sounding the Skin Battleships 3
Stormy Night: Crossing the Blood-Brain Barrier
Suit Your Cell: Designing Custom Biomaterials
Sushi Implant: Seaweed-Encapsulated Cells for Treating Diabetes
Target Practice in Purple
Target Practice in Red
Target Practice: Improving Gene Therapy With Nanotechnology
The River: Crossing the Blood-Brain Barrier
Therapeutic Nanoparticles Stick to a Blood Vessel, Version #1
Therapeutic Nanoparticles Stick to a Blood Vessel, Version #2
A Three-Dimensional Scaffold for Heart Tissue Repair 1
A Three-Dimensional Scaffold for Heart Tissue Repair 2
Tissue Remodeing After a Transplant
Treating Oral Cancer with Nanoparticles 1
Treating Oral Cancer with Nanoparticles 2
Tree of Life: Crossing the Blood-Brain Barrier
Ultrasound Assisted Vaccination 1
Ultrasound Assisted Vaccination 2
Ultrasound Assisted Vaccination 3
Unexpected Features in Artificial Bone
Up Close and Personal with the Injectrode 2
Uptake of Nanoparticles into HeLa Cells, Version #1
Uptake of Nanoparticles into HeLa Cells, Version #2
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
Why Did the Nanoparticles Cross the Intestine? Image 1
Why Did the Nanoparticles Cross the Intestine? Image 2
Why Did the Nanoparticles Cross the Intestine? Image 3
