In the validation study, all patients with a successful evolution could be predicted.
In such a framework, biological evolution could be understood as a way to optimize the utilization of high-energy quanta [ 90, 209].
For museum visitors and students who do not realize that evolutionary principles apply to all living things, even a short immersion in an experience such as "Explore Evolution" could be a crucial step toward convincing them otherwise.
Such a period of accelerated evolution could be due to an episode of positive selection affecting these branches.
In this case, combining metabolic engineering and adaptive evolution could be an easy strategy to prepare a desirable mutant that assimilates methanol efficiently.
The carbon-based gas diffusion layer showed an EPR signal with a characteristic Dysonian line shape, whose evolution could be monitored in-operando in a non-invasive manner.
Moreover, fostering a profound knowledge of evolution could be one way to improve teaching practices.
In particular, positive frequency-dependent selection of cooperative behaviors, which might emerge from rapid evolution, could be an important explanation for species differences in cooperative behaviors.
Once upon a time, the fossil record of human evolution could be interpreted as a single lineage descending from the ancestor we shared with African great apes (chimpanzees and gorillas).
An ideal flicker-free evolution could be achieved with infinitesimal change of Δk, but it would then take infinite time to transport atoms.
