Centralized migration accelerates adaptation and drives parallel evolution, emphasizing the key influence of spatial organization on evolutionary dynamics across systems from pathogen transmission to species range shifts.
Fluid flow analysis reveals that both swimming and sessile ciliates achieve competitive nutrient uptake, resolving the long-standing debate over the hydrodynamic advantage of either strategy.
The carboxyl-terminal alanine-threonine-tailed protein ATP5α helps glioblastoma mitochondria maintain a high membrane potential and keep the permeability transition pore closed, thereby promoting tumor growth and increasing resistance to apoptosis.
