Optical imaging with Kyle E. Mathewson ~ The Neural Lace Podcast. Corona virus COVID-19 Special!
The Short: Optical imaging with Kyle E. Mathewson ~ The Neural Lace Podcast. Coronavirus COVID-19 Special!
Deep 1 hour 34 minute dive into medical imaging with light. Topics: BlueberryX, Kernel, Openwater, The research of Roger Seheult, MD Medcram @MedCramVideos Medical imaging virus effects on blood vessels and on the effects of medications.
The Long: In the Neural Lace Podcast for May 12th 2020 I speak to Kyle E. Mathewson, who is Director, Attention, Perception, and Performance Lab Associate Professor, Department of Psychology Affiliate, Neuroscience and Mental Health Institute about his presentation "Optical imaging illuminates human brain activity. We take a deep 1 hour 34 minute dive into medical imaging with infrared light. We talked about BlueberryX FNIRS device https://medium.com/blueberryx/what-is-fnirs-and-how-does-it-work-1896b9cdf7a7 . The technology used by the exciting new Neuroscience as a service company called Kernel https://www.kernel.co/. We speculate about Openwater technology https://www.openwater.cc/technology, and we speculate and discuss different ways that light could be used to detect the presence of the Coronavirus or COVID-19 specifically with the effects of the Sars-Cov2 on ACE2 receptors, Angiotension II, Angiotension 1-7, on blood vessels, blood clots, the endothelium, von Willebrand factor (VWF), and we discuss the research of Roger Seheult, MD co-founder of Medcram https://www.MedCram.com we talk about using FNIRS to detect heart beat, we talk about combining FNIRS with EEG and MEG and speculate how Kernel and Openwater might be using advanced camera sensors, and multiple high resolution high frame rate snapshots that measure differences in light at a trillions of a second to construct a 3D tomography of the brain and body, we talk about what big companies like Apple, and Alphabet's Verily might have in the works, we conclude talking about deep learning to extract salient data to help doctors find a quicker more accurate diagnosis, virtual medical doubles, and encrypted cloud medical data.
The Short: Optical imaging with Kyle E. Mathewson ~ The Neural Lace Podcast. Coronavirus COVID-19 Special!
Deep 1 hour 34 minute dive into medical imaging with light. Topics: BlueberryX, Kernel, Openwater, The research of Roger Seheult, MD Medcram @MedCramVideos Medical imaging virus effects on blood vessels and on the effects of medications.
The Long: In the Neural Lace Podcast for May 12th 2020 I speak to Kyle E. Mathewson, who is Director, Attention, Perception, and Performance Lab Associate Professor, Department of Psychology Affiliate, Neuroscience and Mental Health Institute about his presentation “Optical imaging illuminates human brain activity. We take a deep 1 hour 34 minute dive into medical imaging with infrared light. We talked about BlueberryX FNIRS device https://medium.com/blueberryx/what-is-fnirs-and-how-does-it-work-1896b9cdf7a7 . The technology used by the exciting new Neuroscience as a service company called Kernel https://www.kernel.co/. We speculate about Openwater technology https://www.openwater.cc/technology, and we speculate and discuss different ways that light could be used to detect the presence of the Coronavirus or COVID-19 specifically with the effects of the Sars-Cov2 on ACE2 receptors, Angiotension II, Angiotension 1-7, on blood vessels, blood clots, the endothelium, von Willebrand factor (VWF), and we discuss the research of Roger Seheult, MD co-founder of Medcram https://www.MedCram.com we talk about using FNIRS to detect heart beat, we talk about combining FNIRS with EEG and MEG and speculate how Kernel and Openwater might be using advanced camera sensors, and multiple high resolution high frame rate snapshots that measure differences in light at a trillions of a second to construct a 3D tomography of the brain and body, we talk about what big companies like Apple, and Alphabet’s Verily might have in the works, we conclude talking about deep learning to extract salient data to help doctors find a quicker more accurate diagnosis, virtual medical doubles, and encrypted cloud medical data.
