Sentence examples for most efficient extraction from inspiring English sources

UE has been shown to be the most efficient extraction method, taking into consideration yield, short extraction time (30 min) and high selectivity.

HPTE proved the most efficient extraction method, allowing maximum total polyphenol yield (TP) of 3.32 ± 0.08 mg of gallic acid equivalent [GAE] per gram of dry biomass [DB] and ARP of 58.30 ± 0.12 μmolTrolox gDB− 1, whereas maximum total flavonoid yield (TF) was 2.80 ± 0.18 mg of catechin equivalent [CE] gDB− 1 in MAE extract.

The most efficient extraction conditions lay near the central values of these two parameters considered.

The most efficient extraction of the combinations with similar peak areas was achieved with 50 strokes at 90 μL s−1 and 20 strokes at 30 μL s−1 with 5.0 and 4.9 kAU s−1, respectively.

While the biochemical finding of reduced complex I activity in platelets was reported in the studies with the most efficient extraction methods for functionally active enzymes, 2– 4 significance levels were not reached with less sophisticated protocols.

Next to heparin, the most efficient extraction was achieved with 2 M NaCl salt that removed about half of the original mitogenic activity with a 5.8-fold enrichment in specific activity.

Therefore, to investigate the most efficient gDNA extraction methods for "low gDNA input", the efficiency of the extraction systems was initially tested initially with large samples (70,000 cells).

We recommend the concentration of tris(hydroxymethyl)aminomethane in protein extraction buffer to be higher than 300 mM when extraction is conducted for 90 min at 90°C to achieve the most efficient protein extraction in a shorter time.

Under our optimized conditions, the most efficient initial extraction and partial purification strategy achieved an overall hGAD65mut yield of 92.5% with a purification factor of 12.3 and a concentration factor of 23.8.

The information will be essential for performing the most efficient protein extraction from formaldehyde-fixed and paraffin-embedded tissue samples for proteomics analysis.

The QIAamp DSP Virus Kit (QIAGEN, Hilden, German) has been shown as one of the most efficient DNA extraction methods for cfDNA analysis [ 14, 28, 29]; however, the use of an automated extractor, would ideally help in reducing risks of sample mishandling and cross contamination, while also contributing to a reduction of costs [ 30– 30].