A new system for growing heart tissue in the lab may make future heart, liver, and lung repair much easier. University of Toronto scientists have developed asymmetrical honeycomb-shaped 2D meshes of protein scaffolding that stick together like Velcro and imitate the environments in which tissue and muscle cells grow in the body.
Deep learning has already had a huge impact on computer vision and speech recognition, and it's making inroads in areas as computer-unfriendly as cooking. Now a new startup led by University of Toronto professor Brendan Frey wants to cause similar reverberations in genomic medicine. Deep Genomics plans to identify gene variants and mutations never before observed or studied and find how these link to various diseases. And through this work the company believes it can help usher in a new era of personalized medicine.
An international team of scientists has found that retreating sea ice between the Atlantic and Arctic Oceans is linked to weakened air-sea heat exchange in the region. This, it warns, could result in a cooler climate in western Europe and an altered or slower Atlantic Meridional Overturning Circulation (AMOC), which would have knock-on effects for the Gulf Stream and consequently for the atmosphere.
at speed down the highway with a heads-up display (HUD) constantly feeding data
into your line of sight can make anyone feel like a jet pilot on the road;
totally in control of your vehicle and primed to avert any potential danger that comes
your way. However, recent studies by the University of Toronto show that the HUD multi-tasking method of vehicle piloting may well not provide
the extra margin of safety that we think it does. In fact, according to the researchers, it could
be downright dangerous.