Clay A. Foster

The paper analyzes bacterial pseudo-receiver domains by comparing their amino acid composition and covariation patterns to true receiver domains, identifying functionally important regions and residue networks.

This study shows zebrafish thymic B cells increase relative to T cells after involution, similar to humans, and establishes zebrafish as a model for studying thymic involution.

The paper analyzes CheW-like domains across prokaryotic species to classify chemotaxis systems and identify functional specializations and co-occurrence patterns.

The paper develops a strategy to analyze domain variability across architectural contexts using CheW-like domains as a case study, identifying six functional classes and introducing SimpLogo for sequence visualization.