Media Summary: Proteins don't have "a" structure - they typically have many; because proteins don't stay still! Conformational changes ... 00:00 Channel Intro 00:41 Start 17:00 End Have you ever wondered how life truly works at its smallest, molecular scale? This week the hosts are joined by Professor Tim Hubbard, who is Head of the Department of Medical & Molecular Genetics at ...
Beyond Alphafold Exploring The Next - Detailed Analysis & Overview
Proteins don't have "a" structure - they typically have many; because proteins don't stay still! Conformational changes ... 00:00 Channel Intro 00:41 Start 17:00 End Have you ever wondered how life truly works at its smallest, molecular scale? This week the hosts are joined by Professor Tim Hubbard, who is Head of the Department of Medical & Molecular Genetics at ... The biggest problems in the world might be solved by tiny molecules unlocked using AI. Take your big idea online today with ... In this episode, we unravel one of the most groundbreaking achievements in science and AI — the solution to the "protein folding ... Inside every single cell in your body, billions of molecular nanomachines—proteins—are constantly twisting, folding, and ...
This video from the New England Journal of Medicine is a companion to the article "A Holy Grail — The Prediction of Protein ... How can an AI take a protein sequence and “fold” it into a 3D structure—without ever touching a lab bench? In this video, we dive ...
![[Science, 2025] Beyond AlphaFold: AI's New Molecular Vision for Drug Discovery](https://i.ytimg.com/vi/tPSLx9ZlZKo/mqdefault.jpg)
