Sentence examples for multitude of sequences from inspiring English sources

Clinicians are often confused by the technical details and the multitude of sequences used in MRI.

Gene families (clusters) were retrieved by clustering a multitude of sequences of Archaeplastida proteins (Additional file 5: Table A4) using OrthoMCL [ 79].

The pyrosequencing approach was therefore expected to provide a multitude of sequences within both families of which the great majority was not expected to have any function related to cyanogenesis in Z. filipendulae.

Note, however, that apart from true miRNAs and the above-mentioned sequence variants, the dataset contains a multitude of sequences not related to miRNAs, such as other non-coding RNAs and mRNA degradation products.

The response of both tumors and normal liver on MRI to high- and intermediate-dose radiation is not well described in the literature, and application of RECIST criteria to tumors followed with MR imaging is challenging because of the multitude of sequences obtained with scans.

A multitude of sequence variants within each toxin class contributes to this heterogeneity and the number of small, multidisulfide-bridged animal neurotoxins may total several million [35].

The multitude of sequencing platforms, each with their unique characteristics, pose a number of design challenges, regarding the technology to be used and the depth of sequencing required for a particular sequencing application.

However, promoter recognition is likely to be compromised by the fact that RNAP is capable of binding, and possibly initiating transcription, at a multitude of DNA sequences.

Because RBM44 carries an RNA recognition motif (RRM) and the RRM could potentially bind a multitude of RNA sequences and proteins (reviewed in reference [29]), we suspect that RBM44 may function as an RNA-binding protein required for intercellular bridge function.

Our results show that wt p53 binds a multitude of promoter sequences causing increases in histone H3 and H4 acetylation.

Meningococci are highly variable bacterial pathogens, as shown by a multitude of different sequence types identified by multilocus sequence typing (MLST) (1 ) and by antigen sequence typing of the outer membrane proteins such as PorA (2 ) and FetA (3 ).