In accordance with Kapur et al., we propose that other surgical or ablating laser techniques must be developed to achieve safe removal of extremely hard material, while avoiding damage to adjacent, functionally important and sensitive structures such as optic nerve fibres and retinal vessels [ 4].
This fabricated ZnS nanowire probe can precisely, controllably, and 3D-scaled manipulate free-standing nanomaterials including semiconductor nanowires, metal nanowires, and nanoparticles, without structurally and functionally damage, to the desired locations for further making nanodevices.
Similarly, clinical studies indicate that early exposure to lead produces functionally irreversible damage to the CNS; experimental research demonstrates that this irreversibility may involve failure to remove lead from brain, permanent effects on synaptogenesis; and chelant-induced redistribution of lead from the periphery to the CNS.
Thus, all elements of the nerve are subject to damage and to be functionally altered.
A more plausible model is one where a deficit is sensitive to damage to a subset of a spatially extended cluster of functionally related voxels.
We combined measures of syntactic comprehension, neural integrity and neural activity in patients with left-hemisphere damage to determine whether, in the face of left-hemisphere brain damage, syntactic processing can functionally reorganize.
These approaches include stimulating cell proliferation, recruitment, and differentiation to functionally recover damaged areas.
Polo-like kinase 1 (Plk1) is known to inhibit p53 function by physical interaction [ 15], while phosphorylation of p53 at Ser 20 by Plk3 serves to functionally link DNA damage with increased p53 activity [ 16].
Serious damage to reservoirs.
