Research Research projects Deep Learning to Predict Structure and Function of Proteins This project will train and apply variational autoencoders to i) predict compatibility between protein sequence and structure, and ii) rationalize and predict function of aminoacyl-tRNA synthetases from library sequence data. school Student intakeThis project is open for Honours, Master, PhD and Summer scholar students. group Group Groups Huber Group label Research theme Research themes Computational and Theoretical Chemistry traffic Project status Project status Potential Contact contact_support Contact Contact name Thomas Huber Contact position Group Leader Contact email t.huber@anu.edu.au Content navigation toc About Machine learning has the ability to rationalize fundamental principles from complex data. Most recently, the application of deep learning approaches has seen spectacular successes due to their -resilience against over-training and noise in data sets. This project will train and apply variational autoencoders to i) predict compatibility between protein sequence and structure, and ii) rationalize and predict function of aminoacyl-tRNA synthetases from library sequence data. Image