With this multiplexed technology, we believe it will be possible to efficiently select aptamers that bind to the distinct domains of HSF and other proteins, which will be extremely valuable to study the interactions of these proteins.
The dynamic, accurate measurement of pupil size is extremely valuable for studying a large number of neuronal functions and dysfunctions.
Clearly, this ability of TSPD to separately measure the concentration and morphology of each type of soot is a significant advantage over other available diagnostics, making it extremely valuable for studying particle formation in flames.
"This humanized innate immune system may prove extremely valuable in studying human health and pathology, and may lead to development of new therapies for human disease," said senior author Richard Flavell, chair and Sterling Professor of Immunobiology at Yale School of Medicine, a member of Yale Cancer Center, and a Howard Hughes Medical Institute investigator.
Given the increasing interest in network science and, in particular, networked dynamical systems, such observations concerning the impact of symmetry of connectivity can be extremely valuable for studying stability, bifurcations, and reduced-order models.
The possibility to capture the presence of rare taxa will thus be extremely valuable in studying both the onset of coral-microbial associations and the spatio-temporal variability in coral-associated microbiota.
This general approach will be extremely valuable for studying kinases that are known to be conditionally active and other regulators that are required under particular conditions.
For all of these reasons, methods for efficiently introducing precise mutations into the genome can be extremely valuable for studying gene regulatory sequences.
Molecular imaging has proven to be extremely valuable in studying animal models of human disease and in the development of new pharmaceuticals and tracers.
QA ions have proven extremely valuable tools to study K+ channels over the last 40 years, and although not all K+ channels are blocked by extracellularly applied tetraethylammonium (TEA), most exhibit some degree of block by TEA when applied from the inside.
