Mouse models, monkey models, vaccine strategies, the molecular tools to track viral loads: every technical element in the work toward a Zika vaccine had been tweaked and tested on the long road to developing an H.I.V. vaccine.
In 2011 an international team of researchers led by British scientists Thomas Richards and Meredith Jones applied molecular tools to the exploration of biodiversity in soil, fresh water and marine water, and aquatic sediments from different locations worldwide.
Molecular tools to quantify Citrobacter rodentium are not available.
A few studies have employed molecular tools to understand the diversity of archaeal and bacterial community structures in coastal aquaculture.
Here we describe molecular tools to detect and quantify two bacteria (Paenibacillus nematophilus and Paenibacillus sp).
This has been prompted by the generation of molecular tools to selectively study high-affinity sites.
This chapter describes the molecular tools to assess the diversity and density of denitrifying bacteria in their habitats.
Adapting molecular tools to AM fungi can be challenging because of the unique biology of the fungi.
This study was undertaken to develop molecular tools to assess water quality using diatoms as the biological model.
Developing precise, efficient molecular tools to alter the transcriptome holds great promise for biotechnology and synthetic biology applications.
In 2013, the Ecotox initiated projects aimed at developing molecular tools to measure contaminant effects of wastewater effluent in resident brown trout.
