The second (method 2) was optimized for minimum sample-to-sample variation to allow quantitative sample comparison.
The question (about support) naturally gives lower registration compared to asking if respondents merely view the movement "favorably", but by comparing from sample-to-sample, we can visualize the demoralising picture for Occupy supporters.
Among the loci showing sample-to-sample differences, 5 (AIP1) − 8 (AIP2) were associated to known Alu polymorphisms.
Sample-to-sample variations have been discussed and uncertainties in experimental techniques have been analysed.
Analysis of 96 samples in parallel greatly reduces sample-to-sample variation and can be completed in one day.
The disordered nature of the network leads to strong sample-to-sample fluctuations in elasticity and fracture strength.
Atomic-level variability in these random alloys leads to significant sample-to-sample variability in transformation temperature.
Since these chains are of stochastic nature, this leads to very significant sample-to-sample fluctuations in the macroscopic response.
After optimization the within-sample reproducibility of the analyte signal improved 3-fold, while the sample-to-sample reproducibility improved 4.5-fold.
However, standardization of sample handling and sample-to-sample variability are problematic.
However, standardization of sample handling is problematic and sample-to-sample variability is difficult to control.
