Catherine Gatt

The paper generates single-cell transcriptomic atlases of Zootermopsis termites to investigate if caste switching creates new cellular identities, finding that while some cell types are caste-specific, key physiological pathways remain largely unchanged.

The paper develops a computational strategy to compare cell atlases across species, trains a universal model for cell type annotation, and generates synthetic cell atlases for extinct species.

This paper introduces Ukiyo-e-Seq, a method to simultaneously capture optical and transcriptomic data from individual eukaryotic plankton, enabling the integration of morphology and genetics for improved classification and functional analysis.

HyperSeq integrates hyperspectral imaging and transcriptomics on the same cell to link optical spectra with molecular states in MCF-7 breast cancer cells.