Sentence examples for traditional fractionation from inspiring English sources

Integral characteristics of high-resolution NMR and FTIR spectra have a great potential to study the structure and characterization of light and heavy crude oils, which could substitute present traditional fractionation procedures.

Aluminium and Fe fractions were obtained in samples from two temperate podzols by selective extraction with NaOH (Aln, Fen), Na-dithionite-citrate (Ald, Fed), acid NH4-oxalate (Alo, Feo) and Na-pyrophosphate (Alp, Fep) following the traditional fractionation procedures, and also by the use of the chlorides of K (AlK), La (AlLa) and Cu (AlCu) as non-buffered extractants for Al.

At-line bioaffinity screening combines the traditional fractionation approach with on-line bioaffinity analysis [ 29].

For analysis of bioactive mixtures, this setup is a powerful and versatile alternative to traditional fractionation processes followed by microplate bioassays.

Compared with traditional approaches, fractionation prior to LC − MS/MS analysis significantly increased the number of identified proteins and individual protein coverage [ 19].

Development of methods for identifying novel structures via 2D NMR analyses of mixtures was motivated by several instances in which traditional activity-guided fractionation failed to reveal the BSMs of interest.

These results show not only that different pools of Aβ can indeed be selectively targeted by different AβDPs but also that there is some degree of correspondence between traditional biochemical Aβ fractionation methods and different pools of Aβ – even in the absence of amyloid plaque formation.

Conversely, traditional biochemical or chromatographic co-fractionation of endogenous protein complexes has recently been shown to be a viable option for the global profiling of native PPI interaction networks in cell lines, albeit at the cost of reduced sensitivity.

Despite C. elegans emerging as an important model to study autophagy at the molecular level and to reveal functions of autophagy during development and in physiology, it is not easily amenable to the main methods of traditional autophagy studies such as cell fractionation and TEM.

Carbon fiber out of the presented technique has elastic modulus comparable with that derived from the costly enzymatic and dialysis fractionation methods, and even the traditional PAN-based carbon fibers.

This study confirmed the results from the subcellular fractionation experiments by also utilizing traditional immunofluorescence microscopy (Figs.  4, 5).