The phrase "all samples as demonstrated" is correct and usable in written English.
It can be used when referring to a collection of samples that have been shown or illustrated in a specific manner.
Example: "Please ensure that all samples as demonstrated in the previous section are included in your report."
Alternatives: "all samples as shown" or "all samples as illustrated".
These methods can be combined to allow multiple levels of contrast within a sample, as demonstrated with a three-dimensional woven preform.
The existence of sharp resonances in neutron absorption spectra enables isotopically-resolved imaging of elements present in a sample, as demonstrated by previous studies.
Moreover, St and 16βOH-St were efficiently extracted from urine samples as demonstrated by LC MS/MS analysis.
No significant interference could be demonstrated with hemolytic and icteric samples as demonstrated by results similar to those obtained using a mechanical clot detection-based analyzer (STAR).
It was very robust in complicated biological samples, as demonstrated by quantifying the titer of 36 mutated tryptophan-producing strains with Pearson correlation coefficient of 0.93 in contrast to that measured by high performance liquid chromatography (HPLC).
This approach resulted in the identification of 54 genes distinguishing accurately between the two classes of samples, as demonstrated by analysis with the testing set (data not shown; Table 2).
Nonetheless, these effects are detectable with extremely large samples, as demonstrated in Fig. 4.
In many cases however, a study will consist of multiple conditions, such as different tissues, or treatment and control samples as demonstrated in dataset #1.
In the present study, we visualized the human STN in postmortem tissue samples, as demonstrated by Massey et al. (2012) using UH resolution MRI.
Moreover, examination of the Agilent Bioanalyser traces for the 44 FFPE gDNA libraries indicated that the tagging reaction was not as efficient for the FFPE gDNA samples as demonstrated by an abundance of unincorporated oligonucleotide adaptor sequences.
