The environmental complexity (EC) paradigm has become classic for demonstrating the modifications in brain structure that occur in response to experience and thus provides a set of indices for plasticity in the healthy brain.
This is probably the first study to demonstrate the immunological modifications that occur in a long-term, real-life setting in professional athletes, and this undoubtedly represents one of its strengths.
The overall poor correlation of the change in transcript levels of selected genes in relation to post translational/functional response, demonstrates the importance of post translational modifications in planta.
We demonstrated that modifications in the spine geometry produce a change in the plasticity curves and a shift of the threshold between LTP and LTD.
Furthermore, beta power increases also were observed within ROIs that encompassed the left and right prefrontal cortex and the right post central gyrus, demonstrating parallel modifications in regions of the executive control network, although training targeted only a single anatomical node.
In Fig. 6, the SEM analysis demonstrates a modification in morphology of samples with the presence of Alq3.
Studies have demonstrated that certain modifications in the written ICF could lead to enhanced subject comprehension.
It was possible to demonstrate that structural modifications in the eugenol molecule resulted in some potentially antibacterial substances (e.g., 8, 15, 16).
To demonstrate this hypothesis, we evaluate the modification in the contractile responses to KCl and α1-adrenoceptor agonists (methoxamine and phenylephrine) produced by a high extracellular Ca2+ concentration (10 mM) in isolated rabbit aorta rings when the Na+/K+-ATPase is inhibited with ouabain.
In this study the preference was given to cercariae as they usually demonstrate less secondary modifications in general morphology (body construction) than the adult worms which may be strongly specialized (e.g. in Strigeidae, Sanguinicolidae, Heterophyidae, Renicolidae).
