David Novák

This paper introduces two tools for improving the trustworthiness of single-cell dimensionality reduction by enhancing quality metrics and multi-scale structure preservation.

The paper develops and validates the tviblindi algorithm to identify branching developmental trajectories in human B cell development using mass cytometry data.

This paper introduces tviblindi, a trajectory inference tool for thymus development, revealing new insights into T cell maturation and regulatory T cell subpopulations.