In recent years, new assays for routine CMV diagnosis, based on molecular techniques, have become available.
Molecular techniques have been developed to produce specific and novel carotenoids with improved biological activities.
Modern molecular techniques have provided tools for tracing infections and studying the evolution of viruses.
Over the past few decades, molecular techniques have been proposed for elasmobranch species identification, particularly in instances when traditional taxonomic methods fail17,18,19,20,21,22.
A variety of immunohistologic and molecular techniques have been developed that may be used to determine potential markers of IRI.
Over the past decade, several molecular techniques have been developed to provide information on diversity, genotoxicology, genetic relationships, etc.
Different species are morphologically indistinguishable, and molecular techniques have become the key to detection and source tracking.
New molecular techniques have been designed to detect cancer micrometastases that are otherwise missed by conventional histologic examination.
A range of bacteriological, geochemical process-related and molecular techniques have been used to assess the microbial biodegradative potential in groundwater contaminated with phenol and other tar acids.
Molecular techniques have been proposed in recent years as a valuable alternative to traditional microbiological cultural methods, having numerous advantages (speed, specificity and sensibility).
Video technology also has come into use, while in the laboratory a rapidly increasing array of molecular techniques have changed the way mammalogists determine evolutionary relationships (phylogeny) as well.
