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Proteins such as CUTI-1 and its orthologues may have evolved to adapt the complex process of cuticle formation to the specialized requirements of the nematode cuticle, which is structurally and compositionally unique from other organisms [3].
Considering that the expression levels of BE and AE are more perturbed in the skeletal muscle (Fig. 3a and b; Supplementary Fig. S7), consistently stronger correlation in the muscle tissue indicate that the skeletal muscles have been evolved to adapt the evolutionary susceptibility.
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Since most of the zinc-metalloproteases that have been characterized so far are mainly active at neutral pH [ 64], we suggest that the genomes of the three novel Salinivibrio strains have evolved to adapt to the environmental conditions of the Socompa.
In addition, the CAMTAs have evolved a novel clade in group 2 in B. distachyon, O. sativa and S. bicolor which confirmed that some gene family in monocots had rapidly evolved to adapt to the environment after the monocot-dicot divergence.
Under such natural soil conditions, some endemic plants can tolerate the mineral stresses because they have evolved to adapt to the stresses.
Although S. mutans and the viridans streptococci (S. sanguinis and S. gordonii) are further classified into another subgroup within the non-pyogenic streptococci [ 83], they have evolved to adapt to the oral environment.
Human brains are exquisitely evolved to adapt to the environment in which they're placed.
Since ANT4 is exclusively found in mammalian germ cells and sperm mitochondria, it is reasonable to speculate that hANT4 may have evolved to adapt to the lipid environment of those cell types.
Our current lifestyles entail an energy-imbalance that would have been extremely rare throughout the many millenniums of evolution up until the very last few decades and hence the design has not evolved to adapt to such conditions and the consequences of such a metabolic imbalance are clearly evident from the epidemics of obesity and diabetes.
Consequently, the putative polysaccharide-binding domain (domain II) might have evolved to adapt to different components of the cell wall, thus promoting functional divergence and much faster evolution.
So even 350,000 years ago, the researchers suggest, the ears had evolved to adapt to speech.
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