Consequently, the presence of stagnation points from balancing a background gradient with a self-induced (consumption) gradient may not, by itself, explain the reduced clustering observed experimentally. Future refinements to the model could incorporate time-varying substrate fields, complex fluid flows, or other cellular processes that interfere with the formation or persistence of stagnation points. Such extended models might reconcile our theoretical predictions with the experimental evidence showing that enzymatic activity can help disperse BMCs, ultimately revealing more nuanced mechanisms behind organization and transport in crowded intracellular environments.