For its part, the brain appears to try a sort of natural drug therapy to limit the spread of damage.
The radial spread of damage was smallest for the 2D laminates and largest for the 3D woven composites.
A neat perforation was observed on the strike side facesheet whereas the back facesheet indicated greater spread of damage.
Quantifying the extent and intensity of trawl scars on the seabed further reveals the geographic spread of damage in these areas.
This is likely an effect of the injection site, combined with a relatively small dose of 192 IgG-saporin, preventing the spread of damage to the posterior cholinergic efferents.
As such, we found that the mechanical behavior of the system is influenced by interfacial shear strain which influences the lateral load transfer and therefore the spread of damage.
By interfering with or preventing the formation of the glial scar, not only tissue degeneration is significantly worse, but the spread of damage into areas not initially damaged can be up to 60% greater [ 12– 15].
Normal younger adult bone has excellent mechanical properties resulting from its nature as a composite material formed of mineral and matrix that limits the occurrence or spread of damage.
