Using phenological maps as presented in this article, efficient adaption strategies may be planned and implemented in terms of, e.g. adjusting delineation, shape and allocation of protected areas.
Under physiological conditions the constitutive abundance of active Nrf2 is relatively low due to its continuous proteasomal degradation, but can be modified at the post-translational level to ensure rapid and efficient adaption to metabolic alterations in particular to oxidative stress.
We find that cell-cell variability, or intercellular noise, is consistently beneficial in the presence of extreme environmental fluctuations, and that it provides an efficient population-level mechanism for adaption in a deteriorating environment.
This threat persists despite the emergence of pandemic H1N1 in early 2009, either through direct adaption of H5N1 to efficient human transmission, or through reassortment with the novel H1N1 virus in swine or in humans.
However, multicast transmission is less efficient in multi-rate WLANs since link adaption cannot be applied.
However, these protocols suffer from some limitations in connectivity, energy-efficient, fault tolerance, load balancing and mobility adaption because they organize the network into fixed size clusters and select the heads of these clusters randomly.
In summary, this study showed the advantage of the recombinant L. plantarum, heterologously expressing the MLE, in terms of more efficient degradation of L-malic acid and better adaption to wine conditions compared to the wild-type strain.
By comparison, rock wallabies, such as the yellow-footed rock-wallaby, have traded efficient energy saving for greater tendon thickness; an adaption for steep rocky terrain as it allows them to leap higher and lowers the risk of their tendons rupturing.
We highlight recent studies showing different approaches for efficient design of drug combinations including single-cell signaling dynamics, adaption and pathway crosstalk.
This natural evolution resulted in a low efficient but still active DHQase, which might be a result of adaption to the in vivo metabolic fluxes of bacilli cells.
Highly adaption between the catalytic parts is crucial for building up efficient artificial biosynthetic systems.
