Predicting the properties of materials made easier through an understanding of their curvilinear geometries.
An alternative to adhesives helps cells better interact with their environment
A natural chemical tether helps researchers attach cells to inert biomaterials for better cell models and therapies.
Breath-based biosensor monitors antibiotic concentrations in the body
To help combat antibiotic resistance, scientists have developed a biosensor for more efficient and controlled administration of antibiotics.
Speeding up tendon healing by mimicking the body’s bioelectrical cues
This implantable device acts as mechanical support for damaged tendons and mimics the bioelectrical cues usually provided by collagen during wound healing.
Keeping it random
Using atomically-thin 2D films, researchers have developed a nano-scale random number generator with enhanced long-term stability and reduced power consumption.
Graphene adjuvant improves efficacy of dendritic cell vaccines
Dendritic cell vaccines offer a unique opportunity in biomedicine, and limitations in efficacy can now potentially be overcome using graphene oxide nanosheets.
Spiral polymer stents treat coronary artery disease
Researchers have created an improved material for arterial stents, which could alleviate the symptoms of coronary artery disease and reduce the risk of heart attack in patients.
A needed boost for anti-tumor immunotherapy
Nanovesicles that directly attack tumors and promote sustained tumor killing by resident T cells could enhance the effectiveness of tumor immunotherapy.
Researchers shoot incredibly detailed movies of viruses in liquid
Liquid phase electron microscopy gives unprecedented insight into the behaviour and structure of adeno-associated virus in solution
Computers that mimic memory and learning in the brain
An artificial synapse capable of simultaneously detecting neurotransmitters and light mimics memory and learning processes found in the brain.