Keyword: Hammond Laboratory

3B: Blood Brain-Barrier Interacting with Brain Tumor Cells 1

3B: Blood Brain-Barrier Interacting with Brain Tumor Cells 2

3B: Blood Brain-Barrier Interacting with Brain Tumor Cells 3

3B: Blood Brain-Barrier Interacting with Brain Tumor Cells 4

3D Reconstruction of Tibia Bone

A Golden Opportunity for Drug Delivery

Attacking Cancer with Targeted Nanoparticles

Back to the Fuchsia 

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

Biodegradable Dressings for Wound-Healing 1

Biodegradable Dressings for Wound-Healing 2

Biopolymer in Bloom: A New Environment for Studying Cell Growth

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 Vessel Growth in Healing Wound Tissue

Blood Vessel Growth in Healing Wound Tissue

Boosting the Immune System to Treat Cancer

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

Bubblegum Meadow  1

Bubblegum Meadow 2

Capture the Flags: Monitoring Disease-Associated Immune Activity

Carbon Nanotubes on Electrospun Fibers,
Version #1

Carbon Nanotubes on Electrospun Fibers,
Version #2

Carbon Nanotubes on Electrospun Fibers,
Version #3

Carbon Nanotubes on Electrospun Fibers,
Version #4

Carbon Nanotubes on Electrospun Fibers,
Version #5

Cell Interaction on a PEG Microsphere

Cellular Highway 1

Coated Sutures for Localized Drug Delivery 1

Coated Sutures for Localized Drug Delivery 2

Coated Sutures for Localized Drug Delivery 3

Coated Sutures for Localized Drug Delivery 4

Delivery of Vaccine-Containing Particles to the Skin

Double Tap

Escaping the Endosome

Human Endometrial Cells Grown on a 10,000 Well Plate, Version #1

Human Endometrial Cells Grown on a 10,000 Well Plate, Version #2

Human Endometrial Cells Grown on a 10,000 Well Plate, Version #3

Human Endometrial Cells Grown on a 10,000 Well Plate, Version #4

Immobilized Nanoparticles in an Array

Immuno Forest: Microneedles for Delivering Vaccines into the Skin

Into the Breach 2: Implantable Pharmacies

Into the Breach: On-Demand Pharmacies for Programmable Drug Delivery

Jellyscope

Joint Effort to Repair Cartilage 1

Joint Effort to Repair Cartilage 2

Joint Effort to Repair Cartilage 3

Joint Effort to Repair Cartilage 4

Joint Effort to Repair Cartilage 5

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

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

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

Layer-by-Layer Assembly of PRINT Nanoparticles, Version #1

Layer-by-Layer Assembly of PRINT Nanoparticles, Version #2

Layer-by-Layer Film for Rapid Drug Release

Microneedle-Based Skin Patches For Delivery and Sampling 1

Microneedle-Based Skin Patches For Delivery and Sampling 2

Microneedle-Based Skin Patches For Delivery and Sampling 3

Microneedle-Based Skin Patches For Delivery and Sampling 4

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

Microneedles with Encapsulated Drug Molecules

Mimetoli 1

Mimetoliths 2

Nanofibers Protrude from a Polymer Surface, Image #1

Nanofibers Protrude from a Polymer Surface, Image #2

Nanoparticles Accumulate Around Glioblastoma Cells 1

Nanoparticles Accumulate Around Glioblastoma Cells 2

Nanoparticles Incubate Cancer Cells

Nanosponges Deliver RNAi, Image A

Nanosponges Deliver RNAi, Image B

Nanotechnologies for Bone Tissue Repair, Image #1

Nanotechnologies for Bone Tissue Repair, Image #2

Nanotechnologies for Bone Tissue Repair, Image #3

Nanotechnologies for Bone Tissue Repair, Image #4

Navigating the Brain Space:One Chip at a Time

New Applications for Soft Nanostructured Materials, Image 2

New Applications for Soft Nanostructured Materials, Image 3

Non-Invasive Sampling of Immune Cells Using Microneedles 1

Non-Invasive Sampling of Immune Cells Using Microneedles 2

Non-Invasive Sampling of Immune Cells Using Microneedles 3

Polymeric Scaffolds for Tissue Engineering 1

Polymeric Scaffolds for Tissue Engineering 2

Polymeric Scaffolds for Tissue Engineering 3

Polymeric Scaffolds for Tissue Engineering 4

Precision Polymers Improve Combination Chemotherpay

Pushing Boundaries 2 (Alternative Color Schemes)

Pushing Boundaries: Ovarian Cancer Hides in Plain Sight

Reach to Teach: A lesson on d*raining vaccines

Reach to Teach: Location matters!

Skin-Deep View on Diabetic Tissue Repair

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

Special Delivery 1: Gene Therapy and Polymer Nanotechnology

Special Delivery 2: Gene Therapy and Polymer Nanotechnology

Spray-On Layer-by-Layer Drug Delivery

Spray-On Nanoparticles: The Recovery, Version 1

Spray-On Nanoparticles: The Recovery, Version 2

Spray-On Nanoparticles: The Recovery, Version 3

Superman's Only Weakness

The First Spark — Igniting Immune Defense

Tortuous Trafficking: Nanoparticles Traverse the Blood Brain Barrier

Trekking the Endosomal Pathway

Tumor-Responsive Nanoparticles Dive Deep

Uptake of a LbL Nanoparticle 1

Uptake of a LbL Nanoparticle 2

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