Sentence examples for arrays to minimize from inspiring English sources

Samples from all time points in ARIES were randomized across arrays to minimize the potential for batch effects.

To enable the comparison between arrays, a global scaling factor (target signal to 500) was used across all arrays to minimize the variables caused by sample preparation, hybridization/ staining or from different lots of arrays.

The experiments were planned as per L27 orthogonal array to minimize the experiments, each experiment was performed under different conditions of pulse duration, pulse off time, servo voltage, flushing pressure and wire speed.

Further, only one SNP was selected from each identified sequence "stack" (contig) for the BeadXPress array to minimize linkage disequilibrium among markers.

It was predicted that anticlockwise rotations between 251° and 901° applied at the basal end of the array (on the right side) significantly reduce stress trauma on the BM which support the practice of applying small rotation partway through insertion of electrode array to minimize damage to the BM.

Samples from all time points in ARIES were distributed across slides using a semi-random approach (sampling criteria were in place to ensure that all time points were represented on each array) to minimize the possibility of confounding by batch effects.

One of the main challenges in designing RF arrays is to minimize the electromagnetic (EM) coupling between the coil elements.

Multiple challenges in solar photovoltaic (SPV) modules integrated with lighter-than-air platforms (LTAPs) such as choice of solar modules, determination of the optimal method of integration, and optimal design of the array layout to minimize the power loss due to non-uniform illumination (NUI), limit their applications.

These 7669 probes were used as the control for subsequent analysis of the re-array data to minimize the impact of probe GC content on transcription calling.

The process of design of experiments (DOE) using orthogonal arrays is installed to minimize the maximum acceleration in the drop test and a new design can be proposed by the system.

Oligonucleotide-based arrays are thought to minimize one source of variability as identical oligonucleotides are expected to recognize the same transcripts during hybridization.