Glomerular capillary surface area remained stable, but the glomerular basement membrane thickness was increased and podocyte foot processes were broadened.
This effect was even more pronounced when the coating thickness was increased.
Surface temperature of the piston with 0.4 mm coating thickness was increased up to 82 °C.
It was also observed that higher pore pressure was generated if the porous layer thickness was increased.
In all treatment groups, infarct thickness was increased and regions of muscle were identified within the scar.
The CrN coatings exhibited an increase in the scratch test critical load as the thickness was increased.
The failure load and displacement were found to decrease dramatically when the adhesive layer thickness was increased or when the joint was aged in a hot-humid environment.
Since this structure could not completely prevent oxide diffusion, the layer thickness was increased to 40 nm to obtain a stable iron core under air.
Rat mesenchymal stem cells (MSCs) cultured on chitosan membranes of various thicknesses demonstrated significantly improved cell adhesion, spreading and proliferation as membrane thickness was increased.
At the reference field size of 10 × 10 cm2, the μeff varied by 16.5% when the compensator thickness was increased from 0.5 6 cm.
After 35 days, the reconstructed dermal thickness was increased when laminaran was added, and collagen I deposition and MMP activity were also significantly increased.
