Thomas E. Kuhlman

The paper develops a graphical approach inspired by electrical AC circuits to analyze and predict biological signaling cascades using frequency-based communication.

This study shows that M protein interactions alone can drive clustering in ERGIC-like lipid bilayers, with direct interactions being stronger than membrane-mediated ones.

The paper introduces a modified Levenshtein distance to improve genome comparison by accounting for mobile element insertions, showing improved discrimination between specific mobile elements in phage genomes.

The paper demonstrates that human p38 MAPK selects targets through frequency-dependent biochemical resonance, using oscillating activation states to encode stimuli and activate specific genetic responses.

The paper shows that IS200/IS605 family TnpB increases transposon activity and retention in live E. coli using fluorescent reporters.