Mohammad Soltani

The paper analyzes how nuclear export processes modulate mRNA noise levels by deriving analytical expressions and showing that export rate and nuclear retention time distribution influence noise amplification or attenuation.

The paper analyzes how nonspecific transcription factor binding sites affect gene expression noise, showing that decoy sites can either amplify or reduce noise depending on their binding affinity and TF stability.

The paper models how coupling gene expression to the cell cycle affects protein level noise and identifies optimal strategies to minimize it.

The paper analyzes a stochastic incoherent feedforward genetic motif, showing that noise in upstream regulators can propagate downstream despite buffering Y's copy number.

The paper derives analytical formulas to decompose protein level variability into components from stochastic expression, partitioning errors, and cell-division timing, and shows how genome duplication timing affects noise.