The phrase "analysis of virulent" is correct and usable in written English.
It can be used in contexts related to studying or examining something that is harmful or infectious, often in scientific or medical discussions.
Example: "The analysis of virulent strains of bacteria is crucial for developing effective treatments."
Alternatives: "examination of virulent" or "study of virulent".
We studied the virulence attenuation mechanism of M. hyopneumoniae by comparative genomic analysis of virulent strain 168 and its attenuated high-passage strain 168-L.
This allowed us to perform the first comprehensive analysis of virulent and attenuated strains, and identify CDSs that may be related to virulence.
We conducted a comparative population genetic analysis of virulent C. hominis subtype IbA10G2 in children living in a periurban community in Lima, Peru, by multilocus sequence typing (MLST) of 32 genetic markers.
Comparative population genetic analysis of virulent and avirulent (i.e., unable to feed on resistant cultivars) biotypes found populations to be genetically indistinguishable across biotype and geographic distance, with high rates of interpopulation immigration and admixture.
Phenotypic analysis of virulent strains and a YAP1 mutant, unable to respond to oxidative stress, confirmed the importance of the increased oxidative stress response for yeast survival in human blood incubations.
We successfully used a combination of sequencing genomics and comparative genomics strategies to provide a comprehensive analysis of virulent and attenuated M. hyopneumoniae strains to identify determinants involved in pathogenesis.
However, comparative genomic analysis of paired virulent M. tuberculosis H37Rv strain versus the avirulent H37Ra strain has been lacking.
However, comparative genomic analysis of a virulent M. hyopneumoniae strain versus its attenuated strain is lacking.
As expected, PCR/LDR analysis of the virulent BP370 strain with the C6 discriminating oligonucleotide yielded an abundant ligation product.
Growth curve analysis of the virulent bacteria was conducted for the plants growing in MM and 12 3 1 mix as described earlier [ 23].
Comparative analysis of the virulent porcine ExPEC strain PCN033 and non-pathogenic porcine E. coli strain PCN061 showed that most genomic differences were in the mobile genetic elements of PCN033.
