The phrase "analysis of the viral" is correct and usable in written English.
It can be used in contexts related to studying or examining viral entities, such as viruses or viral content.
Example: "The analysis of the viral spread in the population revealed critical insights into transmission patterns."
Alternatives: "examination of the virus" or "study of the viral phenomenon".
Comprehension of the pathogenetic potential of human parvovirus B19 requires the definition of the complete spectrum of cellular tropism and a functional analysis of the viral genome in infected cells.
Background: The molecular epidemiology of rubella virus (RV) based on the analysis of the viral E1 gene sequences indicated the existence of two genotypes that differ from each other by 8to10%0% in their nucleotide sequences: genotype I is present in Europe, North America and Asia; and genotype II is present only in Asia.
Analysis of the viral immunodominant epitopes among SRLV sequences of the outbreak and other known sequences allowed the design of a synthetic SU peptide ELISA that detected the Visna affected animals, representing a tool of epidemiological interest to control viral spread of this highly pathogenic strain.
Western-blot analysis of the viral particles showed more than two fold increased production of Cry1Ac-pIII protein compared with the same construct using M13 phage (Fig. 2a, lanes 3 and 4).
In this work, we present the results of a comprehensive analysis of the viral V3 loop sequence space.
Additionally, sequence analysis of the viral genome provides information about patterns of genetic divergence that may have occurred during viral evolution.
The taxonomic analysis of the viral-bacterial simulation showed that 72.25% of the reads belonged to viral genomes.
The genome type is determined based on a panel of a restriction endonuclease analysis (REA) of the viral genome.
In this analysis, inference of the viral quasispecies is done in probabilistic manner using a Bayesian approach.
Contemporary EMB analyses include histological and immunohistological analysis for the detailed diagnosis of myocardial inflammation, and molecular biological techniques for the detection of viral persistence including quantification of the virus load and sequence analysis of the amplified viral genomes.
Panorama phylogenetic analysis of the eight viral gene segments revealed the complexity and diversity of H9N2 influenza viruses.
