The phrase "addressed sample" is correct and usable in written English.
It can be used in contexts where you are referring to a sample that has been specifically directed or sent to someone for review or analysis.
Example: "The addressed sample was sent to the lab for further testing to ensure accuracy in the results."
Alternatives: "designated sample" or "sent sample".
In the current trial, more than 96% of the addressed sample participated in the OVK program through passive consent, and OVK was provided as a regular lesson during school hours.
In a limited test, we addressed sample stability under field conditions and observed rapid sample degradation when capillary blood swab samples were stored for >24 hours at room temperature compared with corresponding samples stored at 4°C, indicating an impact of storage conditions on sensitive Ebola nucleic acid detection by RT-PCR using capillary blood swab samples (data not shown).
Only Deforge et al. addressed sampling outside the image boundary with introduction of an extra memory line to flush the pipeline when required.
Meanwhile, NASA has requested a new Space Studies Board study to address sample returns from bodies other than Mars.
First, the GSEM's Heckman probit correction (−heckprobit-) (StataCorps, 2013) was used to address sample selection bias due to attrition at follow-up waves (3-, 9-, and 15-months).
This article addresses sample design considerations for a national probability sample for human tissue monitoring and specimen banking.
The recent advances in microfluidics may be able to address sample throughput and automation challenges in SNP assays.
With microarrays, on the other hand, the large number of measured genes in microarrays gives a much broader base from which to address sample variation and normalization issues.
A recent paper by Cairns et al 2009 [ 28] addressing sample size and technical and biological variation, states the significance of performing in house tests on protocol and sample size.
Although this algorithm does not address sample motion in z, or rotation and other more complex deformations, the main source of motion in our mounting system is gravity, which acts along the y axis.
While this function by convention produces 95%% credible intervals, one should only focus on the relative risk estimates and the weighted (pooled) average relative risk, since confidence intervals address sampling error and therefore are not valid under the above adjustments.
