Magnetic Resonance Imaging, often referred to as MRI, is a term you’ve probably come across before, but the inner workings of this advanced medical technology might seem like a puzzle. With roughly 30 million MRI scans performed every year in the United States, MRI is the third most commonly used imaging technique after X-rays and computed tomography (CT) scans, and the second most used neuroimaging technique after electroencephalography (EEG). Don’t let these jargon-heavy terms intimidate you – by the end of this blog post, you will have a better understanding of how MRI works. So bear with me and think of me as your friendly guide in unraveling this captivating yet intricate subject.
In our everyday lives, we all process and recognize hundreds of different objects (colors, shapes, animals, faces…), and although we may not think about it, developing this ability is actually an intricate learning process. Much like people, machines can be taught object recognition by mimicking the learning process of the human brain. This process, called Deep Learning, is an application of artificial intelligence that, although designed to learn through a specific set of data at first, can continue to learn on its own and improve from experience, without being explicitly programmed to do so.
There is a growing movement in the scientific community known as open science that aims to make scientific research fully transparent, reproducible, collaborative, and accessible to all people at all levels of society. In the light of the COVID-19 pandemic, the importance of open science is clearer than ever, and its feasibility is undeniable.
COVID-19 has shaken our whole world upside down. Our minds are racing with stress and anxiety as we read the news, worry about our loved ones, and feel pressure to stay productive during this unusual time. Coping with this new situation is extremely taxing and resource-consuming, especially for early-career researchers, as we face increasingly unpredictable futures.
Bio-imaging is a term used to describe any scientific technique that can be used to look at (or inside!) biological tissue and organisms. This explainer will teach you about some of the many different bio-imaging methods used by researchers across Quebec from the microscopic to the macroscopic levels.