Sentence examples for enable profiling of from inspiring English sources

High-throughput quantitative polymerase chain reaction (qPCR) approaches enable profiling of multiple genes in single cells, bringing new insights to complex biological processes and offering opportunities for single cell-based monitoring of cancer cells and stem cell-based therapies.

Bacterial microarrays enable profiling of accessible carbohydrate structures and screening of their recognition by host receptors, also providing information on binding avidity, while the QCM approach allows determination of binding affinity and kinetics.

It has been suggested that 5 10 million non-rRNA fragments enable profiling of the vast majority of transcriptional activity in diverse species including E. coli grown under diverse culture conditions [ 45].

Virtualization of hardware performance counters is used to enable profiling of processes and routines running in the domain or Xen virtual machine monitor.

This manuscript introduces CyTOF technology, which enables profiling of up to 17 markers across millions of cells.

The Multiplex Circulating miRNA Assay enables profiling of miRNAs from small volumes of crude biofluids including serum and plasma, with no need for RNA purification, while the Multiplex Cellular miRNA Assay is optimized to work with purified RNA.

The platform enables profiling of mitochondrial levels and telomeric length.

Bisulfite sequencing enables profiling of mouse developmental methylomes on an unprecedented scale; however, integrating and mining these data are challenges for experimental biologists.

As bisulfite sequencing enables profiling of mouse developmental methylomes on an unprecedented scale, experimental biologists with limited bioinformatics experience challenges in integrating and mining these data.

These results suggest that a sequencing depth of 5-10 millionon-rRNANA fragments enables profiling of the vast majority of transcriptional activity in diverse species grown under diverse culture conditions.

This strategy enables profiling of absolute expression levels of all genes on the microarray, instead of conventional methods where differences in gene expression are compared only between samples within an individual experiment (Seita et al., 2012).