Besides the clinical importance of diagnosing and treating cancer, having a detailed picture of the alleles present at different stages of the evolution of a population of cells is an important step towards understanding the intricate biological processes underlying its existence.
However, given its relative technological infancy, understanding the intricate reactions and transport processes within SOEC devices are necessary to advance the technology and establish the optimum operating conditions for eventual cost effective design.
This model, validated with the experimental performance of H2O electrolysis, CO2 electrolysis and CO2/H2O co-electrolysis at 700 °C, is demonstrated to be a useful tool for understanding the intricate reaction and transport processes within SOEC electrode and the electrode structure design and optimization.
It aims to develop a better understanding of the intricate processes taking place within the system along the root zone plant atmosphere continuum, as affected by the interactions among the growing substrate, the liquid and gaseous phases held in its matrix, and its nutritional status.
Until recently, the study of specific pathways or individual molecules has been the major approach to understanding the intricate molecular and cellular details associated with cardiovascular processes and disease, with thousands of publications each year adding to our accumulated knowledge of these systems.
Understanding the intricate crosstalk between autophagy and necrosis is essential, as this process, on the one hand, is required for necrosis while, on the other, can act as a pro-survival mechanism to inhibit cell demise.
Recent advances in understanding the intricate interplay of development and evolution ("evo-devo") brought evidences that some developmental processes favor the production of certain phenotypes (e.g. [6]), thus channeling the course of long-term evolution into preferred directions [7].
Recently, substantial progress has been made in understanding the intricate energy conservation mechanisms of these microorganisms.
The findings of these three steps to structure motif are vital in understanding the intricate artworks of woodcarving motifs.
