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The deaths of 2 chipmunks on days 1 and 2 p.i. could be attributed to sampling stress or anesthesia, as observed during field surveys; however, WNV infection may have contributed to their deaths because both animals exhibited WNV viremia.
Regarding sampling stress, the face velocity of the high-volume sampler (0.003 m/sec) is actually lower than that of the PTFE cassette (0.3 m/sec).
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The finding of the B. melitensis infected Iberian wild goat in a locality with no active sampling stresses, however, the importance of setting up passive wildlife surveillance networks.
In both samples, stress variations are shown to be highly dependent on degree of strain localization.
Tensile-loaded samples (stress: 47 MPa) were exposed together with unloaded ones.
This is discussed in terms of a simple model, which takes into account the variation of the sample stress state as the test speed increases.
In contrast, in high octene content sample, stress might be mainly concentrated on the amorphous matrix, leading to an inter-lamellar slip and a small decrease in lamellar lateral size.
In a high-temperature bending test with a fully oxidized Ag SnO2 In2O3 sample stress states that were comparable with those occurring during internal oxidation were generated, but exudation of Ag was not observed.
Fig. 1 Sample stress strain curve.
The current data indicates that the contribution of GAG may specifically focus on preventing excess sample stress relaxation, which would be important for limiting fatigue damage.
Weight losses of samples stressed with loads up to the yield point were virtually the same as for relaxed samples.
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