Like other membrane active agents (e.g., antimicrobial peptides [69]), CTs employ a wide arsenal of specific and nonspecific tools in order to accomplish their function – lysis of cell membrane.
And yet, proteins seldom act in isolation and often accomplish their function as part of large molecular machines, whose action is co-ordinated through intricate regulatory networks of transient protein-protein interactions.
These results confirm, at least in part, the previous hypothesis of the authors that dehydrin subtypes can accomplish their function in different compartments [ 19].
In cell polarization and movement, a biochemical and biophysical picture is emerging of how those complex functional modules self-organize to accomplish their functions (Howard et al., 2011; Goehring and Grill, 2013).
Medicine and Chemistry Nobels, Continued Researchers at Yale, Berkeley and Stanford shared the Nobel Prize in Physiology or Medicine for their elucidation of the complex system by which molecules are moved around inside cells to allow the cells to accomplish their functions.
The products of genes interact in a concerted manner to accomplish their functions; thus, their evolution is not independent of the set of molecular interactions occurring in the organism at a given time or place.
Therefore we suggest that different miRNAs are involved at different time-points in order for these cells to activate different biochemical pathways after ischemia to better accomplish their functions.
Proteins interact with each other as well as with other macromolecules to accomplish their functions within cell; therefore protein-protein interactions are complex and play a crucial role in most biological processes to determine the actual functioning of protein.
Concept maps, widely used in educational settings as effective ways of organizing and representing domain knowledge (Novak, 1998; Novak and Canas, 2008; Jonassen, 2006), are traditionally not intended as tools for modeling dynamic systems or for explaining how systems accomplish their functions.
However, proteins rarely act in isolation and often interact with other proteins to accomplish their biological function, forming protein-protein interaction (PPI) networks[20].
