Greg Huber

This study shows influenza A virus actively transports itself by modifying its environment, using its envelope proteins to create directional cues and bias movement.

This study compares five RNA velocity methods across three datasets to evaluate their performance in predicting cellular states.

This study shows influenza A viruses use a burnt-bridge Brownian ratchet mechanism for directed motion through mucus, operating in an optimal parameter range due to evolutionary adaptation.

This paper develops a physical model of the endoplasmic reticulum as an active liquid network to explain its dynamic structure and function.

Zebrafish embryos sequenced individually across ten developmental stages, paired with light-sheet lineage reconstruction, form an atlas and browser for in silico fate mapping.

The paper analyzes ambigrammatic narnavirus genomes to test hypotheses about functional protein coding in reverse open reading frames.

The paper analyzes single-cell mRNA counts from adult mouse tissues to show that gene expression is often intermittent rather than restricted to specific cell types, with peak transcription levels consistent across tissues but varying probabilities of activity.

The paper explores the ambigrammatic sequences in narnaviruses, showing that codon alignment allows for stop codon elimination in the reverse strand through synonymous substitutions, suggesting a mechanism for de novo gene creation.