To further evaluate the association of HSP-27, -60 and -90 intensity of staining with patients' survival, we grouped carcinomas which had moderate or intense intensity of staining together and opposed them to cases with mild intensity.
Sections were scored from light, moderate or intense based on relative intensity of the blue coloration in the MT stained sections (for collagen evaluation), the relative density of fibroblast cells and blood capillaries in the H&E stained sections (for fibroblast proliferation and angiogenesis) and the complete formation of epidermis in the H&E stained sections (for epithelization).
The section was scored for intensity (absent, faint, moderate, or intense [0 through 3]) of M30 and annexin IV immunostaining in the trophoblast layer.
There was a greater tendency for participants to direct gaze initially towards faces with moderate or intense threat-related facial expressions (50 100% intensity), relative to neutral faces, whereas mild threat-related facial expressions (25% intensity) did not elicit a bias in initial orienting.
The staining intensity was classified as negative, faint, moderate or intense and each category was expressed as a percentage of the total amount of cells.
Tumor cells showing VEGFsc-152 staining in the cytoplasm was scored according to the intensity of the staining as weak, moderate or intense depending on the area within the tumor that revealed the most intense staining (hot spot).
When PA was classified into four levels (sedentary, mild, moderate or intense activities) [ 31], patients participated on a lower intensity level compared to a reference group.
The intensity of the inflammatory reaction was categorized into three subgroups (discrete, moderate or intense) based on morphometric analysis of total inflammatory infiltrate.
Theseesult is an inconditionsthemulateion rathoseighlighting the need fof homoderates mixing tormaintenseMILD combustion conditions.
The moderate or intense low oxygen dilution (MILD) combustion regime offers reductions in pollutant emissions and improvements in efficiency.
Direct numerical simulations of Moderate or Intense Low-oxygen Dilution combustion inside a cubical domain are performed.
