Sentence examples for high sensitivity probe from inspiring English sources

Further applications include high sensitivity probe generation and metagenomic DNA amplification.

Recent developments in high sensitivity probe technology, e.g., cryo- and/or microprobes, have dramatically improved NMR detection sensitivity, thus reducing data collection times and making the acquisition of 2D NMR data of mass-limited samples much more efficient.

Even a higher sensitivity probe, consisting of two tandem PH domains of PLCδ (GFP-2XPHPLCδ) yielded similar results.

In addition, we summarize recent advances in NMR spectroscopic sensitivity and provide examples for natural product applications of high-sensitivity probe designs.

Biotinylated fluorophosphonate (FP-biotin) is a rapid, specific and high-sensitivity probe enabling direct proteomic profiling of serine hydrolase activities in crude cell and tissue samples [ 13, 14].

Several researchers investigated metallic nanoparticles with sharp tips called nanostars to improve the localized electromagnetic field efficiency and applied them in developing high-sensitivity probes.

The feasibility of the gold nanorods as high-sensitivity probes in sensing specific biological molecules was also studied [91], and Rosman et al. [92] introduced the implementation of metallic nanorods for label-free, high-speed, and multiplexed molecular sensors using highly enhanced plasmon resonance performances.

However, these preliminary data suggest that even frequent repetition of positron-guided surgical procedures would not exceed established dose limits for the operating room personnel as long as high-sensitivity probes are used.

The high sensitivity of ECL probe of EGF-funtionalized CdSQD-capped-MB was used for competitive recognition with EGFR expressed on cell surfaces with recombinant EGFR protein.

Measurement of the temperature profile of the lined-hole, water column (using a high sensitivity single-point probe achieving resolution on the order of 0.001 °C) has identified fractures with active flow under ambient groundwater conditions (without cross connecting flow along the borehole).

A recently engineered probe allows imaging of glutamatergic transmission with high sensitivity, and similar probes may help pave the way for optical imaging of excitatory synaptic function in vivo.