A quantitative-genetic decomposition of a neural network

Efficient GFP variant design with a simple neural network ensemble

AutoOpenRaman\: Low-cost, automated Raman spectroscopy

Mapping the spectrum of archaeal protein sequence–structure relationships

Automating identification and quantification of mouse scratch behavior in video recordings

Assembling and annotating an Asgard archaea and giant virus dataset of over 840,000 proteins

G–P Atlas\: A neural network framework for mapping genotypes to many phenotypes

Modeling human monogenic diseases using the choanoflagellate *Salpingoeca rosetta*

Modeling human monogenic diseases using the tunicate *Ciona intestinalis*

A framework for modeling human monogenic diseases by deploying organism selection

Epistasis and deep learning in quantitative genetics

Predicting peptides from tick salivary glands that suppress host detection

Paired residue prediction dependencies in ESM2

Closing the divide between analysis and publication\: The notebook pub

DIY Raman spectroscopy for biological research

An experimental and computational workflow to characterize nematode motility behavior

Early update on Arcadia publishing 2.0\: Scientists are in charge, speed is an issue

A high-throughput imaging approach to track and quantify single-cell swimming