Srividya Iyer‐Biswas

The paper identifies an intergenerational scaling law governing stochastic cell size homeostasis in bacteria, revealing two adaptation mechanisms and tradeoffs across species and conditions.

The paper identifies universal scaling patterns in bacterial cells' stochastic responses to environmental changes across different temperatures.

The paper identifies the core mechanism for stochastic intergenerational cell size homeostasis in bacteria using high-precision data and first passage process analysis.

The paper compares stochastic growth and division dynamics of bacterial cells in two microfluidic platforms, finding that mechanical confinement increases interdivision times but is compensated by division ratio adjustments.