Sentence examples for virus based on the from inspiring English sources

Bassetto et al. [ 74] used a bioinformatics approach considering a homology-based model of CHIKV virus based on the crystal structure of nsP2 of the alphavirus VEE as a template.

Several sets of primers were designed for each virus based on the retrieved reference sequences from the GenBank.

Baker Salsbury, the town's director of health and social services, said those who became ill appeared to have an intestinal virus, "based on the severity and the extent to which it has been communicated".

We also calculated a specific masking intensity score for each virus based on the observed neutralization activity of mAbs against the epitopes in the virus.

We report the first demonstration of bovine serum albumin (BSA -dual-probe sensing platform for BSA -dual-probeof hepatitis BSA -dual-proben the relationsensingtween platformngth and melting temperature.

This study describes the development of a simple RT PCR method to amplify the whole genome of the influenza A virus based on the amplification of full-length gene segments.

This analysis showed the presence of four major miR-clusters (A D), in which hsa-miRs shared some level of identity with one or more viruses based on the quality of the BLAST bit-scores length of shared sequence similarities (Fig. 3).

Aguiar, E. R. et al. Sequence-independent characterization of viruses based on the pattern of viral small RNAs produced by the host.

There are two major classes of viruses based on the protein capsid: (1) those in which a single (or segmented) linear nucleic acid molecule with two free ends is essentially completely extended or somewhat coiled (a helix) and (2) those in which the nucleic acid, which may or may not be a covalently closed circle, is wound tightly into a condensed configuration, like a ball of yarn.

In past several decades, many authors have studied different mathematical models which illustrate the dynamical behavior of the transmission of computer viruses based on the classical epidemic models due to the lots of similarities between biological viruses and computer viruses [1 12].

Raoult, after having proposed a fourth domain for viruses based on the reconstruction of an organismal tree of life using conserved genes, first contradictorily denied the existence of a tree of life "from which viruses were out" (Raoult 2009); and later, made an ambiguous proposal for a fuzzy "rhizome of life" (Raoult 2010).