Brain-machine interfaces translate brain signals into information that can be used to control robotic limbs, and now even predict an individual’s mood state. Researchers envision using BMIs together with electrical stimulation, to regulate abnormal brain signals in patients with treatment-resistant neuropsychiatric disorders. Continue reading Brain-machine interfaces may be used to study and regulate mood
A new study deems mother of pearl or nacre to be the toughest material. Under pressure, nacre’s structure deforms to withstand force and then retains its original form when released. Unlike plastic, the material also fully recovers its strength once released. Continue reading The science behind mother of pearl: what makes Nacre the mother of materials
Doctors at Boston Children’s Hospital engineered a unique medicine to treat a young girl’s disease: they reverse engineered a blocker from her DNA to inhibit the gene causing the disease. Continue reading Individual Genetic Medicine Helps Treat Genetic Disease
Researchers have developed a minimally-invasive and precise brain drug delivery system that is controlled by an external magnetic field. Read Anqi Zhang’s article to learn more about neuron modulation by drug delivery! Continue reading Magnetic field-controlled drug delivery to the brain
Neuroengineers from Europe have shown preliminary evidence that restoring limited sensory feedback from upper-leg amputees improves mobility, reduces risk of falls, and improves integration of prosthetic devices compared to standard prostheses. Continue reading A Step Forward for Bionic Legs
Cable bacteria are made of of thousands of cells that form centimeter-long conductive fibers, and can potentially replace implantable electronics and enable new bio-electronic applications. Read Anqi Zhang’s article to learn more about cable bacteria! Continue reading Electrical cables made of living bacteria
Engineers at MIT have developed the blackest material to date by growing carbon nanotubes on an aluminum surface. The treated aluminum structure additionally has improved electrical properties and the synthesis process can be easily scaled for a number of applications. Continue reading Back in Black: The New Blackest Material
Type II diabetes is a rising global epidemic without any current treatments. But scientists have designed an interesting chimeric protein that aims to increase insulin sensitivity in patients and thereby provide a potential cure. Continue reading Using Chimeric Proteins to Fight Type II Diabetes
by Layla Siraj figures by Rebecca Senft Imagine if you could tell, through some combination of your environment and your genetics, what illnesses you might develop. This could give you the ability to either prevent these illnesses before they even happen or catch and treat the illnesses early enough to prevent long-lasting effects. This reality is one step closer with the release of the UK … Continue reading From Genes to Disease: the release of the UK Biobank
Scientists are using carbon nanotubes to help damaged heart tissue, scarred from heart attacks, to function healthily again. Continue reading Carbon Nanotubes Restore Electrical Signals to Damaged Hearts