Many molecular methods have been developed to assess genetic diversity and the technology improves at a rapid rate.
Diagnosis of these pathogens is difficult by microscopic procedures and molecular methods have been used as an alternative.
Molecular methods have been used abundantly in the recent past to provide answers to questions about disease, diagnosis, and treatment.
Since human NoVs cannot be effectively cultivated in cell culture and laboratory animals, molecular methods have been increasingly used for their detection and characterization.
Molecular methods have confirmed the high prevalence of P. falciparum malaria in ancient Egypt.
Molecular methods have only been successful in tracing the ancestry of viruses that evolved in the 20th century.
Molecular methods have been developed to discriminate between the two species by comparing DNA sequences in the gene coding translation elongation factor 1-alpha.
In recent years, molecular methods have greatly expanded our ability to study coral-associated microbial communities.
Several molecular methods have been used for typing Y. pestis, with variable clustering and discriminating ability.
Molecular methods have recently uncovered new sequences that are being associated with the organisms they represent [130].
More sensitive and faster molecular methods have been developed for serotyping enteroviruses, which are closely related to HRV [25].
