USC Neuroscience PhD Candidate | @USCNGP @HertingLab | UVA 2021
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ALT This is figure 1, which shows that precision imaging reveals neuroanatomical changes throughout gestation.
ALT Deep Normative Tractometry is a new AI tool developed by Wendy Feng, Bramsh Chandio and their colleagues to detect abnormalities in your brain's neural pathways. Trained on diverse data from the Indian NIMHANS and other diverse cohorts, the mathematical embedding of shape and microstructure in healthy controls is achieved using a convolutional VAE, a deep learning tool that can detect extremely subtle deviations from the norm. Shape and microstructural anomalies are visualised here in red colors, on 3D models of the brain's major neural fiber bundles.
ALT The USC Neuroscience Team !
ALT The UroMedica team from Colorado Springs explaining the "ProACT" Adjustable Continence Therapy - a minimally invasive surgical treatment option for men who have stress incontinence as a result of radical prostatectomy or transurethral resection of the prostate. Cool techology! https://www.uromedica-inc.com/proact
ALT AI experts including Matt Lungren, Peter Kuhn, Mark Humayan (I am sorry I did not catch the name of the gentleman on the right)
ALT Thanks to Sook-Lei Liew for this nice pic!
ALT A graphic of the brain is shown, with green and red colors highlight areas of abnormality using the random field theory, and the excursion sets of the Hotelling's T-squared distributed random field. Extensions of these methods using AI read in the entire scan to convolutional neural nets, variational autoencoders, or transformers to make inference about a person's diagnosis, prognosis, optimal treatment, and disease stage of progression
