Exact(4)
No significant change in muscle fiber size or quantity of the protein was observed in wild-type worms; where as atrophy of body-wall muscle and an increase in thick filament proteins were observed in the paramyosin mutant unc-15 e73 unc-15 e73fter spanimalsht.
The incidence of intermediate and thick tumours increased slightly in both male and female subjects, with most of the increase in intermediate tumours and all of the increase in thick tumours seen in those aged over 65 years.
ARC depletion led to a strong increase in thick actin filament bundles at the edges of cells, and in some cells to an increase in stress fibres, similar to the response of PC3 cells.
Under polarized light it was observed that the total collagen content increase was due to a twofold increase in thick fibers (ST, 11630 ± 4489 μm versus HF, 23519 ± 6033 μm; P < 0.01; red staining) and a 1.5-fold increase in thin fibers (ST, 18155 ± 2737 μm versus HF, 28209 ± 6587 μm; P < 0.01; green staining) in HF diet group compared to ST diet group and 3(b)).
Similar(56)
Polarized light microscopy showed that the increase in total collagen in brachiocephalic plaques was more than proportionally accounted for by an increase in thicker collagen fibrils.
Polarized light microscopy showed that the increase in total collagen in brachiocephalic plaques in the double knockouts was more than proportionally accounted for by an increase in thicker collagen fibrils.
Increases in thick tumours were seen mainly in the older age groups and similar trends have been observed elsewhere (Murray et al, 2005).
The increased flutter load was calculated for homogeneous shell with different mechanical properties, and it was found that the difference in elasticity moduli bears the most significant effect on the flutter load increase in short, thick shells.
For the Type I model, the increase in the thick curve is less steep and reaches a plateau around 15 ms before the spiking threshold.
Under polarized light microscopy an increase in both thick and thin collagen fibers in mice subjected to high-fat diet was confirmed.
It is generally 600 700 m thick but increases in thickness to over 1000 m in the eastern part of its outcrop area and rapidly wedges out northwards in the subsurface (Veevers et al. 1994; Johnson et al. 2006).
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