Alexandra G. Bermudez

This paper introduces a framework to convert continuous neural network attributions into testable biological hypotheses using decision trees and language models, validated on single-cell omics data.

This paper introduces programmable artificial RNA condensates in mammalian cells that can be controlled for subcellular localization and molecular recruitment.

This study measures intracellular strain using microscopy and finds an inverse relationship between cytoplasmic and nuclear strains controlled by nucleo-cytoskeletal coupling.

The paper shows that cell morphology and nucleus size heterogeneity drive chromatin modification changes, affecting euchromatic and heterochromatic marks.

This paper introduces an open-source stretching system for simultaneous mechanical and structural analysis of soft materials and biological tissues.