Sentence examples for reduced experimental error from inspiring English sources

Running data from different locations and individual replicates together under a unique model has been proven to be a powerful tool for discovering minor-effect QTL in complex traits because of the contribution to a reduced experimental error associated with increased observations [ 14, 41], and might also allow the identification of the most stable QTL over the pooled locations.

The system was specifically designed to reduce experimental error caused by particle loss, aggregation and sinking, and to improve analytical performance through ratiometric measurement of the fluorescence with respect to the turbidimetric absorbance.

Western blot experiments for both Apo A-IV and prothrombin were performed in triplicate to reduce experimental error and the mean was used in statistical analysis.

Accurate measurement of small differences in virulence required taking many steps to reduce experimental error: suspensions were based on the number of viable conidia and were double checked for accuracy, the weight and age of larvae were kept within a narrow range, and three replicates were performed.

FD was scored by the same single assessor in 2011 and 2012 to reduce experimental error.

In each experiment triplicate qRT-PCR reactions were performed for each individual sample and the average of these values taken to reduce experimental error.

To minimize solvent effect and reduce experimental error, we added 0.5 μl of 5 mM solutions of test ligands using a 2 μl pipette.

In order to reduce experimental error, quantitative analysis was based on evaluation of relative spot volume (%V=V single spot/V total spots, where V is the integration of the optical density over the spot area).

We analyzed proportional rather than absolute abundances of components, to remove species differences stemming from body size variation (up to threefold among Timema females) and to reduce experimental error [ 14, 70].

The proposed model may be used for identifying and reducing experimental errors associated with measurements of diffusion based release kinetics.

Appropriate randomization of the run order and three centre points were chosen in order to reduce experimental errors.