Development of TorchProteinLibrary, a library of differentiable primitives for deep learning models of protein structure

Submission information

Submission Number: 147

Submission ID: 341

Submission UUID: f955ae90-f829-4dd2-95e3-ac4b6321de24

Submission URI: /form/project

Created: Wed, 05/25/2022 - 13:12

Completed: Wed, 05/25/2022 - 13:12

Changed: Wed, 07/06/2022 - 15:34

Remote IP address: 130.215.45.247

Submitted by: Guillaume Lamoureux

Language: English

Is draft: No

Webform: Project

Project Title Development of TorchProteinLibrary, a library of differentiable primitives for deep learning models of protein structure

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Project Leader

Project Leader Guillaume Lamoureux

Email guillaume.lamoureux@rutgers.edu

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Project Information

Project Description The project consists in optimizing and expanding TorchProteinLibrary, our library of differentiable primitives for deep neural network models of protein structure (see our preprint “TorchProteinLibrary: A computationally efficient, differentiable representation of protein structure” https://arxiv.org/abs/1812.01108). The library implements the functionalities needed to perform end-to-end learning of protein structure prediction.

The recent success of DeepMind’s AlphaFold2 has shown the need for an open software platform for the development of machine learning (ML) models focused on molecular structure and function, so that a diverse ecosystem of new methods can grow on top of a stable software base. Research interest on the topic is rapidly moving beyond protein structure prediction, towards integrating greater molecular diversity (DNA, RNA, small ligands, etc.) and towards understanding the interactions, dynamics, and context-specific details responsible for a given function or activity.

TorchProteinLibrary (TPL), our own open-source initiative, is ideally positioned to become a central tool for future development of deep learning models of biomolecular structure. The library is meant to develop along a number of different axes: 1) performance optimization (CUDA implementation and refactoring), 2) implementation of new differentiable layers (protein sequence/structure conversion and transformation), and 3) extension to nucleic acids (DNA and RNA).

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Anchor Institution CR-Rutgers

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Start as soon as possible. No

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Final Report

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