Each will be characterized by a unique time and location of initial production (that is, 'birth') and of ultimate destruction or deposition (that is, 'death').
Since fibroblasts are the ultimate effectors of scar deposition and contraction, and since wound healing (in adults) requires that they migrate into a wound bed and contract the wound substance, we have directed our studies to the examination of fibroblast motility and contractility and the role of CCT subunits therein.
To better characterize the health effects of glass fibers, techniques have been developed to expose rats to glass fibers of defined sizes by intratracheal instillation of aqueous suspensions and by "nose only" inhalation exposure, and to determine the deposition, translocation, and ultimate fate of these fibers in the rat.
Interestingly, a strong correlation between earlier age of disease onset and larger plaque size distribution was noted, suggesting that individual factors that impact rapidity or frequency of plaque deposition might also impact their ultimate size [ 29].
Whilst the deposition of collagen is the ultimate hallmark of the disease [ 2], vascular injury and activation are primary events in the pathogenesis of SSc that may sustain the fibrotic process from the earliest phases of the disease [ 2, 3].
One might deposit materials using thermal deposition.
Placer deposits mark the ultimate stage of mineral separation in clastic sediments by physical processes in an aquatic regime, whereas duricrusts are an example of extreme element separation by chemical processes in continental environments of deposition.
Then, the composite long coreflood experiment was conducted under miscible condition (i.e., Pop>MMP) to determine the ultimate recovery factor (RF) and the permeability reduction caused by asphaltene deposition and inorganic deposition in a tight sandstone reservoir.
Note that while seawater is the ultimate source of dissolved salts, the water trapped during sediment deposition was a brackish tidal water.
This study explores the ultimate limit in dielectric breakdown of SiO2 thin films deposited by gas-phase, plasma-enhanced atomic layer deposition.
