The debate on the evolution of culture has focused on two processes in particular, phylogenesis and ethnogenesis.
We focused on two processes known to be critical for normal ISEA growth and stabilization.
For this case, we focused on four processes and nine projects (Tables 4, 5, 6).
We focus on the two processes most likely to occur for sticky A and volatile B, namely: BCAB PB and RPBB PA, depending on whether A or B grains aggregate first.
We focus on the two processes in MBC and observe that the computational cost is greatly reduced when using the V-representation of a set of points instead of the H-representation.
Focusing on these two processes to the Central Andean realm checks the temptation to overgeneralize transoceanic movement and adoption involving motley elements, discrepant pathways and dissimilar destinations.
In this review, we will focus on four cellular processes: oxidative stress, telomere attrition, DNA repair, and inflammatory response, and we will provide an integrated view of how these four mechanisms may contribute to the relationship between aging and radiosensitivity.
In this review, we focus on three critical processes by which mitochondrial function may contribute to cancer: through alterations in glucose metabolism, the production of reactive oxygen species (ROS) and compromise of intrinsic apoptotic function.
In this review, we focus on three major processes by which mitochondrial function may contribute to cancer: through alterations in glucose metabolism, the production of ROS and through the compromise of apoptosis.
We focused on two ecological processes: (1) dispersal during the larval phase and (2) daily home range movement during the adult phase.
