Kelsey Cremin

This study shows filamentous cyanobacteria use gliding motility to collect particles and form macrostructures, with aggregate formation dependent on filament length and flexibility.

This study investigates gliding motility in filamentous cyanobacteria, finding that cellular coordination enables rapid reversals, while loss of coordination leads to plectoneme formation.

The paper shows that ammonia leakage from bacteria enables nitrogen sharing with fungi in soil, highlighting a previously underappreciated mechanism of microbial interaction.