The evolution of mechanism underlying the buffering of the phenotype against genetic and environmental influences has received much theoretical and experimental attention in recent years, yet the evolutionary origin of the observed robustness remains unresolved.
This topic has received little experimental attention.
In recent years, much attention, both experimental and theoretical, has been focused on surfactant polymer interactions in solution, and several reviews have been published [69, 70, 71, 72].
Despite much research attention there are currently no structural models available for either phase that can account comprehensively for the experimental observations, which are rather numerous for C-S-H(I).
Due to three-dimensional confinement for electrons in the quantum-dot structure, quantum-dot infrared photodetectors (QDIPs) have attracted much attention for theoretical and experimental studies in recent years [1 3].
Identifying and studying the plasma and active species characteristics have attracted much attention because of successful experimental studies on atmospheric pressure plasma applications such as processing technology, engineering [1], sterilization and surface treatment [2, 3, 4, 5, 6].
Recently, systems biology has gained much attention due to emerging experimental and computation methods [ 1, 2].
It is critical, therefore, that researchers begin to pay as much attention to hypothesis-based experimental design and new statistical approaches to analyzing genome level data, as they have in developing methods to uncover genome-scale conflicts among gene trees.
Revivals get much less attention".
They don't get much national attention.
