LNA, DHA and AA presented to MCF-7 cells in phospholipid liposomes inhibited growth as extensively as albumin-bound free acids, but were less extensively incorporated, suggesting different mechanisms of inhibition for the two methods.
Experimental studies, carried out by the author and colleagues in order to gain a fundamental understanding of the effects of load variations on fatigue damage and crack growth, are extensively reviewed.
The self shadowing effect prohibits areas at the rear of the formed nuclei where the growth is extensively reduced [4, 5], and further deposition of atoms cause growth of these nuclei which ultimately tilted columnar structure with voids form on the substrate surface [6, 7, 8].
alpha-Linolenic (LNA, n-3) and arachidonic (AA, n-6) acids inhibited growth less extensively, while linoleic acid (LA, n-6) had no effect.
For some designs the energetic range between impractically slow growth and extensively defective aggregation is as narrow as 0.2 kB T. The superstructures described below were assembled from metaparticles of uniform composition; their quality was only slightly degraded by including defective metaparticles at the levels indicated by simulations of cluster formation.
The effect of salinity on primary root growth has been extensively studied.
The evolution of the mean grain size (i.e. size may be radius, area or volume) during grain growth has been extensively studied [[21 23], and references therein].
The GaInNAs QD growth characteristics were extensively investigated using atomic-force microscopy (AFM), photoluminescence (PL), and transmission electron microscopy (TEM) measurements.
The importance of root system in supporting shoot growth has been extensively studied and discussed under nutrient and/or water deficit conditions, but much less in the context of intensive cropping system in which plant density is high and nutrients can be supplemented through fertilizer application to match the requirement of plant growth and grain yield formation.
During nervous system development, neurons and growth cones migrate extensively to build neural circuits.
