The model, called EpiBERT, was inspired by BERT, a deep learning model designed to understand and generate human-like ...

AI therapeutics firm Deep Genomics is claiming a world first after ... s Insilico Medicine said it found a way to use AI and deep learning to design, synthesise and validate a novel drug candidate ...

This project developed and tested a deep learning algorithm for phylogenomics focusing particularly on programming, implementing and validating the approach. Current statistical methods have reached ...

Turning to computational aspects, this review summarizes strategies for analyzing single-cell genomic data, including deep learning-based ... of single-cell genomics, especially in cancer ...

MIT chemists use generative AI to predict 3D genomic structures quickly, a process far faster than current methods.

It will be inside the human body. When Deep Nishar started learning about genomics a decade ago, the budding field of study remained largely academic. But when he looked at what it cost to ...

Asia is the region most impacted by lung cancer, accounting for 63.1% of newly diagnosed lung cancers and 62.9% of lung ...

A multi-modal transformer for cell type agnostic regulatory predictionsPublication: Cell Genomics , January 29, 20225Dana-Farber Cancer ...

Founded nine months ago by biotech industry veterans Amit Deshwar (ex-SVP, Deep Genomics), Melissa J. Moore (ex-CSO, Moderna), Julia Peng (CEO), and Michael Swift (Founding Scientist), Kerna Labs ...

AI therapeutics firm Deep Genomics is claiming a world first after ... s Insilico Medicine said it found a way to use AI and deep learning to design, synthesise and validate a novel drug candidate ...