Sentence examples for molecular diagnostic technologies from inspiring English sources

Molecular diagnostic technologies allow the identification, characterization, and if necessary quantization of specific nucleic acid sequences.

With advent of molecular diagnostic technologies, studies have reported detection of two or more respiratory viruses in about 30% of children with respiratory infections.

The latter might be achievable through the serial assessment of biomarkers, including emerging imaging or molecular diagnostic technologies.

Many see the widespread application of NGS in research as a prelude to its broad acceptance as a diagnostic tool, thereby replacing most other molecular diagnostic technologies.

This is the first and largest collection of CSF specimens obtained during population-based studies in representative populations of Asian children that provides laboratory-confirmed meningococcal meningitis incidence rates based on molecular diagnostic technologies.

Although advanced molecular diagnostic technologies for the detection of infectious diseases such as human immunodeficiency virus (HIV), malaria, and tuberculosis are widely available in the developed world, prohibitive costs of equipment and reagents have impeded their adoption in the less developed countries (LDCs) in which these diseases are most prevalent.

It is a new molecular diagnostic technology that identifies species using a recognized standard short sequence in the genome.

Quantitative evaluation of minimal polynucleotide concentrations has become a critical analysis among a myriad of applications found in molecular diagnostic technology.

Application of molecular diagnostic technology in the past 10 years has resulted in the discovery of several new species of pathogenic rickettsiae, including Rickettsia felis.

More recently, CDC's approach to blood disorders was broadened to encompass work in addressing many secondary conditions including the health of people with disabling or rare blood disorders, and women's health issues, as well as in acquiring high-capacity molecular diagnostic technology and increasing the DBD's intellectual expertise in genetics.

Early work in molecular diagnostics utilized technologies that were considered to be site-developed or "home-brew" in nature.