We conclude that the study of changes in all the spatial attributes considered within the same case study is a key to explain ecological consequences in mosaic cycles or in stochastic dynamic landscapes that emerged from the interplay of several processes, and to predict and explain their spatial and temporal characteristics.
Therefore, the changes that cytoskeletal components, such as microtubules, undergo in microgravity can be a key to explaining the effects of weightlessness on cells [ 63, 64].
Detection of the cause of this sex imbalance might also be a key to explaining the alarming rise in incidence of these tumours in Western societies (Lagergren, 2005; Wong and Fitzgerald, 2005).
We propose that age may be a key to explain contradictory findings in the literature.
These subjective and objective findings shown by Niki et al. [ 20] could be a key to explain the reason for better flexion angle found in lateral approach group.
It has been shown that the link of cadherin to the actin cytoskeleton is mediated through the constant shuttling of α-catenin between cadherin/β-catenins and actin which may be a key to explain the dynamic aspect of cell cell adhesion [ 24, 25].
Thus, we believe that the adequacy and appropriateness of all treatments is the key to explaining improvements in survival outcomes.
Selection of model fit indices in an SEM exercise is key to explaining the model (e.g., type, structure, and hypothesis).
Thousands of particle physicists are spending billions to try to spot the elusive Higgs boson, which is key to explaining the origins of mass.
This year the pressure is magnified if you are Peter Higgs, 84, a legendarily shy and self-effacing professor at the University of Edinburgh whose name is attached to what is so far the landmark discovery in physics this century: a particle said to be the key to explaining the existence of mass, diversity and — yes — life in the universe, the Higgs boson.
