Accordingly, the application of a zero-tolerance policy in certain instances strikes many observers as inconsistent with Christian mercy.
Then, it seems, the application of the tolerance principle to each of a and b may generate two further possible worlds, in one of which (w6) there is a bicycle with the original composition A1 + B2 + C1 that is identical with a, and in the other of which (w7) there is a bicycle with the original composition A1 + B2 + C1 that is identical with b.
These data will provide a basis for more effective application of oral tolerance induction in RA patients.
Once merged with findings on possible inter-cellular cooperation between CII-specific T cells and other participants such as dendritic cells, these data will provide a basis for more effective application of oral tolerance induction in RA patients.
This paper witnesses an application of process tolerancing which proves to be a better way of finding the optimal tolerancing of the part, leading to fewer process rejections and improved quality levels.
Application of damage tolerance to any other type of structure includes the same steps, i.e., design, verification, and operational management.
We have a bicycle in w3, originally composed of A1 + B2 + C2, that both is identical with the original bicycle (by the repeated application of the tolerance principle, together with the transitivity of identity) and is not identical with the original bicycle (by the restriction principle).
However, the clinical application of oral tolerance strategies in humans would be challenging because of the immense cost of autoantigen production, particularly if repeated regular doses are required to maintain the beneficial effects.
Tolerances are usually ±0.002 in (±0.05 mm), but in precise applications a tolerance of ±0.0005 in (±0.01 mm) can be held.
In most scientific applications a tolerance of say 10−3 is sufficient.
