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1
Introduction
2
Protein engineering
3
The combinatorial space
4
Directed evolution
5
Work synergistically
6
Predictive models
7
The problem
8
Epistemic uncertainty
9
Library design
10
Real life example
11
Optimization problem
12
Algorithm description
13
Language of probability
14
Gene therapy
15
How we did this
Description:
Explore the cutting-edge intersection of machine learning and protein engineering in this 32-minute talk by Jennifer Listgarten from UC Berkeley. Delve into the challenges of navigating the vast combinatorial space of protein design and learn how directed evolution and predictive models work synergistically to overcome these obstacles. Discover the concept of epistemic uncertainty and its role in library design, followed by a real-life example demonstrating the optimization problem in protein engineering. Gain insights into the algorithm description, the language of probability, and its applications in gene therapy. Understand the innovative approaches used to tackle complex protein design challenges and their potential impact on future scientific advancements.

Machine Learning-Based Design of Proteins

Simons Institute
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