We discuss changes in the ecology of B. pertussis that may have driven this adaptation.
For the Virtual Driving Coach, this adaptation translates into a reduction of fuel consumption which can be interpreted as a positive learning effect.
Probes are assumed to collect different sort of data, depending on the variables that drive the adaptation.
The main improvement is the use of the depth information to drive the adaptation of the background intensity model.
These data suggest that pleiotropic effects may drive the adaptation of H. bizzozeronii in different parts of the stomach.
Moreover, standing genetic variation in homopolymeric tracts has been shown to drive the adaptation of Campylobacter jejuni to a novel host (Jerome et al. 2011).
This drives adaptation to a glycolytic phenotype (green), less reliant on oxygen for ATP production (c).
Attachment rate was high throughout and did not change (Table 1), suggesting this adaptation was not driven by attachment evolution.
Now, Natan et al. have combined different cutting-edge neuroscience techniques to identify the circuit of brain cells that drives this stimulus specific adaptation.
Evolutionary arms races between hosts and parasites drive cycles of adaptation and counter-adaptation, leading to increased rates of adaptive evolution in host immune systems.
