Sentence examples for reaction technology from inspiring English sources

A few years ago the historian Edward Tenner argued in "Why Things Bite Back: Technology and the Revenge of Unintended Consequences" that for every technological action, there is an equal, opposite and unpredicted reaction: technology's revenge.

The critics agree that contamination can be a serious issue when using polymerase chain reaction technology.

It is a simple photophysical reaction technology that will initially create a pair of photons within the solar panel from the reaction of two bare ions, activated by quark-lepton particle interactions.

In this paper, novel solid phase reaction technology was adopted to induce the addition of the sulfonate side chain onto the backbone of nylon-6 using 1,3-propane sultone.

The new papers in Retrovirology reported that contamination of tissue samples or other laboratory items with mouse DNA or viral genetic material could lead to false positive results for XMRV, and by extension other MLV-related viruses, specifically when using polymerase chain reaction technology.

In recent years, membranes formed in microfluidic chips using laminar flow-based interfacial reaction technology have gained extensive attention due to their potential in micro-separation applications; however, so far, there has not been a feasible method to determine the porosity because of the very tiny size of this type of membrane.

Corbet, J. & Mignani, G. Selected patented cross-coupling reaction technologies.

Gas Reaction Technologies, a spinoff from the University of California, Santa Barbara, has developed a process that converts natural gas into bromine-based compounds that are later converted into liquid fuels.

More than 85percentt of the top-selling pharmaceuticals have at least one C-N bond; Lin's goal is to establish efficient and sustainable reaction technologies that promote the formation of these bonds.

Next generation sequencing and quantitative polymerase chain reaction technologies are now widely available, and research incorporating these methods is growing exponentially.

To detect and identify pathogens, among widely used approaches are the traditional sample cultivation protocols, enzyme-linked immunosorbent assay, immunomagnetic separation, surface plasmon resonance detection, and nucleic acid-based polymerase chain reaction technologies [2 5].