Strong and sustained exposure to stress [ 16, 19, 20] may result in higher energy negative balance and may ultimately result in reduction in adaptation mechanisms, increase in the susceptibility to infection by pathogens, decline in productivity, and finally a huge economical loss [ 16, 19, 21].
A reduction in this adaptation process is responsible for the lower discrimination accuracy with noisy vibrations.
Indeed, several studies indicate that the learning-induced reduction in neuronal adaptation and in AHP amplitude results from reduction in a Ca2+-dependent potassium current [9], [ 11] [12].
Several studies indicate that the learning-induced reduction in neuronal adaptation and in AHP amplitude results from reduction in one or more Ca2+-dependent potassium currents [6], [11], [12].
We employ a spreading code preprocessed by the LSF (referred to as LSF-code), and the LSF-code supplies a "best" initial estimate (among the ones obtained without any a priori information) to an adaptive algorithm for the MMSE filter, leading to significant reduction of iterations in adaptation.
Other changes include reductions in dark adaptation, visually evoked responses, contrast sensitivity, and optic nerve conduction velocity [ 11– 13].
In the following, we use Φ to measure the reduction in speed of adaptation due to interference (Gerrish and Lenski 1998).
In conclusion, our data point to a significant reduction in structural disorder accompanied by reduction in genome size in adaptation to habitats of very high (and very low) temperatures, with a concomitant diminution in functional complexity.
Although large-scale engineered interventions have been common for the purposes of risk reduction and adaptation in the past, emerging ecosystem-based approaches are gaining attention.
This result is likely to be valid beyond the specifics of our model: in any ongoing adaptive process driven by time-dependent selection, a large reduction in the speed of adaptation due to interference is inextricably linked to a large fitness cost compared to unlinked sites.
An ethical dilemma is expressed not only with regard to patient autonomy, but also in adaptation and reduction of professionalism.
