Sentence examples for sequencing for determining from inspiring English sources

Results: Four clinical cases of invasive fungal infection are presented to illustrate the utility of DNA sequencing for determining etiology when microbiological culture is negative, for shortening the time to identification of slow-growing fungi, for guiding antifungal therapy, and for shedding light on the pathogenesis of disseminated fungal infection.

This work has demonstrated the power of deep RNA sequencing for determining comparative gene expression and for discovering the full extent of 5' and 3' untranslated regions, novel splice junctions, novel transcripts, alternate transcription start sites, and rare transcripts.

In this case, we took the data generated by Kertsz et al. [ 32], who used a experimental approach based on deep sequencing for determining the degree of pairing of Yeast's RNAs at the single nucleotide resolution.

The parameter estimation law is modelled by an impulse-free time-varying differential equation associated with the impulse time sequence for determining when the observer state is updated.

This research was based on the mercury intrusion porosimetry (MIP) and differential scanning calorimetry (DSC) testing sequence, for determining the volumes and diameters of the pores and the corresponding feature pore size subjected to each rapid freeze-thaw testing.

While it is important to take into account a very large number of reference sequences for determining the optimal probe length, it is usually more practical to use a reduced set of reference sequences for designing the actual library.

The archetype WSSV isolate TH-96-II, which has a 6,436 bp insertion compared to WSSV-TW [8], was used as a reference sequence for determining the size of the deletion.

We performed a phylogenetic analysis to demonstrate the utility of RAD sequences for determining relationships amongst taxa.

Gandon et al. used a set of five gradient echo sequences for determining the signal intensity values in regions of interest located within liver and (reference) muscle tissue to determine liver/muscle signal ratios.

Using this "paired-end sequencing" approach for determining the reverse strand, doubles the amount of sequence data generated.

Sanger went on to develop a sequencing technique for determining the structure of DNA molecules, also by chemically removing and identifying one nucleic acid at a time.