The phrase "attenuation of any" is correct and usable in written English.
It can be used in contexts discussing the reduction or weakening of something, often in scientific or technical discussions.
Example: "The attenuation of any signal can lead to a loss of data integrity in communication systems."
Alternatives: "reduction of any" or "diminution of any".
Numerical results show that the attenuation contribution from the homogeneous propagation (of any of the three faster waves) is only a little in the total attenuation of any of these attenuated waves.
In general, the attenuation of any material represented by its CT number is basically caused by a combination of photo-electric and Compton effects.
X-ray attenuation of any material can be expressed as a linear combination of photoelectric and Compton scatter coefficients and, by extension, the attenuation coefficients at low energy and high energy can be expressed as the attenuation contributions from a predefined pair of basis materials [4].
The most severe attenuation of any piggyBac mutant was caused by an insertion in the 5'region of PF13_0318, resulting in almost 75% reduction in proliferation rate versus wild-type NF54 parasites.
Misreporting towards zero age disparity is likely to lead to an attenuation of any true relationship.
However, the axial resolution is also influenced by chromatic dispersion and by spectrally dependent attenuation of any media that the probing light has to pass [ 3– 5].
Hence, β identifies the homogeneous attenuation of an attenuated wave.
For the sensitivity analysis, we constructed single- and two-pollutant models based on five pollutants PM10, NO2, O3, CO, and SO2 and observed any attenuation of a single-pollutant effect by adjusting for another pollutant in the model.
The results from these analyses will highlight any attenuation of the protective effects of bisphosphonates or any increases in magnitudes of harmful effects.
However, we could not detect any attenuation of the chiA mutant (Table 3).
We then confirmed the independence of VSV growth on cell-cycle phase by using small interfering RNA (siRNA) to specifically target cyclin D1 and cyclin-dependant kinases (CDK) 4. Ablation or reduction of the expression of these cell cycle components did not result in attenuation of VSV replication in any cell line tested but significantly arrested cells in G1.
