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YouTube

The Turbulent Brain: Ageing and Dementia

Gresham College via YouTube

Overview

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Explore the mathematical modeling of neurodegenerative diseases in this 59-minute lecture by Professor Alain Goriely from Gresham College. Beginning with the historical context of Alzheimer's disease, the lecture examines what these conditions look like at cellular and brain-wide levels, showing how they progress through characteristic patterns. Learn how advanced mathematical approaches can predict the spread of dementia through the brain, potentially revolutionizing our understanding of these devastating conditions. The presentation covers prion-like mechanisms, network models of the brain, discrete simulations, and the application of these models to real patient data, ultimately offering hope for personalized predictions and future treatments. The comprehensive lecture includes detailed explanations of brain changes, mathematical foundations, and simulation techniques that could help unravel the universal features of neurological aging diseases.

Syllabus

00:00 // Introduction
01:04 // The First Patient
04:12 // What Alzheimer’s Looks Like
07:31 // Progression in the Brain
11:18 // Physical Brain Changes
13:43 // Motivation for Mathematical Modeling
17:26 // Prion-like Mechanism
19:50 // Mathematical Foundation
27:00 // Simulating the Brain
34:08 // Network Model of the Brain
40:34 // Discrete Simulations
43:59 // Real Patient Data
47:14 // Toward Personalised Predictions
51:08 // Hope and Future Outlook

Taught by

Gresham College

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