Hydrogen Peroxide-Sensing Molecule Helps Select Effective Cancer Therapy
MIT chemical engineers have developed a new sensor that lets them see inside cancer cells and determine whether the cells are responding to a particular…
Bionanotechnology
MIT Engineered Nanoparticles Boost Immune Cells
Programming the body’s immune system to attack cancer cells has had promising results for treating blood cancers such as lymphoma and leukemia. This tactic has…
Biophysicists Design Nanofibrous Scaffolds for Heart Cells
Biophysicists from MIPT have studied the structure of a nanofibrous scaffold, as well as its interaction with rat cardiac cells. The study, which is part…
Fully Autonomous Cancer-Fighting Nanorobots Seek and Destroy Tumors
In a major advancement in nanomedicine, Arizona State University (ASU) scientists, in collaboration with researchers from the National Center for Nanoscience and Technology (NCNST), of…
“DNA-Origami” Allows Scientists to Study Minute Protein Interactions
DNA is packaged tightly within the cell’s nuclear membranes, which contain channels that regulate the transit of macromolecules governing all of life’s functions. Yale University…
Scientists Develop a Nanowire Device to Detect Cancer with a Urine Test
MicroRNA extraction using nanowires. After introducing a urine sample onto the device, extracellular vesicles are captured by a nanowire substrate via electrostatic forces. MicroRNAs can…
New Detection System Could Dramatically Improve Early Disease Diagnosis
The presence of, or changes in the concentration of, certain proteins in biological fluids can be indicators of disease. However, in the early stages of…
Single-Stranded DNA and RNA Origami That Can Autonomously Fold Into Defined Structures
Nanotechnologists are using DNA, the genetic material present in living organisms, as well as its multifunctional cousin RNA as the raw material in efforts to…
Scientists Direct the Growth of Hydrogel to Mimic Plant and Animal Tissue Structure
Scientists from Nanyang Technological University, Singapore (NTU Singapore) and Carnegie Mellon University (CMU) have found a way to direct the growth of hydrogel, a jelly-like…
“Quantum Dot” Nanoparticles Provide a New Path for Biological Imaging
Engineers from MIT have discovered a way to make “quantum dots” that emit infrared light when injected into the body, providing researchers with highly detailed…
Tethered Nanoparticles Improve the Performance of Immune-Based Drugs
A team of researchers from MIT has developed a way to make tumor cells more susceptible to certain types of cancer treatment by coating the…
Luminescent Carbon Nanoparticles Exhibit Reversible Switching in Cancer Cells
A team of researchers has demonstrated, for the first time, that photo luminescent carbon nanoparticles can exhibit reversible switching of their optical properties in cancer…
MIT Develops Nanobionic Plants That Can Detect Explosives
By embedding spinach leaves with carbon nanotubes, engineers transformed spinach plants into sensors that can detect explosives and wirelessly relay that information to a handheld…
Yale Develops New Gene Editing Strategy to Correct Mutations
Using a new gene editing strategy, researchers from Yale University can correct mutations that cause thalassemia, a form of anemia. Their gene editing technique provided…
Scientists Develop a New Way to Deliver MicroRNAs for Cancer Treatment
By twisting RNA strands into a triple helix and embedding them in a biocompatible gel, researchers from MIT have developed a new way to shrink…
Optimal Size and Shape Results in Better Medical Implants
In a newly published study, scientists from MIT reveal that the geometry of implantable devices has a significant impact on how well the body will…
Carbon Nanotube Fibers Provide Two-Way Communication with Neurons
New research from Rice University reveals that carbon nanotube fibers provide a two-way connection with neurons and show promise for treating patients with neurological disorders….
New Technique Offers Direct Stimulation of Neurons Without External Connections
Using external magnetic fields and injected magnetic nanoparticles, a new technique developed by researchers at MIT could lead to long-lasting localized stimulation of brain tissue…