Sentence examples for many analytical applications from inspiring English sources

Ultrathin-layer chromatography (UTLC) provides the high sensitivities and rapid separations over short distances desirable in many analytical applications.

They take the advantages of both aptamers and DNAzymes, which can recognize specific targets with high selectivity and catalyze multiple-turnover reactions for signal amplification, respectively, and have shown their great promise in many analytical applications.

Several appealing features of SAMs of alkyl thiols make them useful for many analytical applications.

Hence it has found use in many analytical applications ranging from drug detection through to industrial pollution (Ellis and Mayhew, 2014; Lindinger et al., 1998; Agarwal et al., 2011; de Gouw et al., 2011; Jurschik et al., 2012).

TaT has the potential to be the method of choice for generation of glycans in preparative scale from large amounts of cells and tissues or organs and may replace the use of PNGase F and hydrazinolysis in many analytical applications.

Miniaturization is a recognized trend in many analytical application areas, including the analysis of trace organic compounds in food and environmental samples.

The occurrence of DNRA in biofilters would result in less efficient removal of fixed N. MIMS technology has been used in many analytical chemistry applications but recently was identified as a useful tool for measuring denitrification in natural systems.

The SERS spectra of these fluids are rich in patient-specific information and can be useful in many analytical and biomedical applications.

The unprecedented long-term stability and sterilization compatibility observed herein suggest a promising alternative to conventional enzymatic glucose sensors for many analytical and clinical applications, particularly for continuous glucose monitoring devices designed to potentially lead to a closed-loop artificial pancreas by combining them with an insulin pump.

Recently, these materials have attracted an increasing interest for many applications, most notably for pharmaceutical and analytical applications [1, 2, 3, 4].

Due to the development of novel instrumentation, a wide range of reaction phenomenologies has been noted, many of which have been studied extensively and exploited for analytical applications.