Comparable changes have been shown to occur in the preference of human babies for carrots, although the precise nature of the underlying mechanism has not been demonstrated.
Masticatory functional changes have been shown to influence the quantity and quality of the alveolar bone during growth.
These changes have been shown to be associated with order-disorder process at low temperature [14] or precipitation of equilibrium phases at higher temperatures [15].
Epigenetic mechanisms such as DNA methylation, histone modification and microRNA changes have been shown to be important for the regulation of cellular functions.
Actors perform roles as arbiters, catalysts, and gatekeepers in open and closed-elite dynamics across time (Powell and Owen-Smith 2013), and such ecosystem changes have been shown to be pervasive, robust, and long-lived (Paquin and Howard-Grenville 2013).
Considering the benchmark of baseline period, percentage changes in water balance components for future scenario have been shown in Fig. 10 (% change in rainfall), Fig. 11 (% change in evapotranspiration), and Fig. 12 (% change in water yield) on annual basis, whereas monthly percentage changes have been shown in Fig. 13 and Fig. 14 for A2 and B2 scenario.
Some epigenetic changes have been shown to be heritable, while others are reset in the germ cells.
Biological changes have been shown to coincide with improved perception following auditory training so there is interest in determining if these changes represent biologic markers of auditory learning.
Even if temperature as well as salinity changes have been shown to be very important in the life cycle of other amphioxus species [11], [38], [39], we have not included these two environmental variables in the analysis because both were constant during this study.
Since neuroplastic changes have been shown to be a delayed phenomenon [44], GAP-43 and synaptophysin expression were investigated by western blotting experiments in the two concentric samples of cortical tissue P1 and P2 at longer time points of ischemia (8, 15 and 30 d).
Global chromatin changes have been shown to occur in tumours.
