Sentence examples for low sample quantities from inspiring English sources

Specifically, the NanoUPLC-MSE technique provides rapid protein analyses of complex mixtures with supported steps for high sample throughput, identification and quantization using low sample quantities with outstanding repeatability.

RNA was isolated from these 13 samples, processed with protocol adjustments for low sample quantities (Harris et al. 2008), and hybridized onto microarrays (Schena et al. 1995) in order to assay transcriptome-wide RNA abundance levels with whole Human Genome U133 Plus 2.0 arrays (Affymetrix).

The first reason concerns data quality and quantity: it is notoriously difficult to measure human brain tissue expression levels because of potential biases from post-mortem effects and relatively low sample sizes.

The assay is capable of producing accurate results from simulated casework samples such as blood, semen, saliva, hair, and trace DNA samples, including extremely low quantity samples.

When there is doubt, the law requires a "match flame test" of a sample quantity.

The low-input DNA-quantity requirement and the simplicity of this protocol are particularly advantageous for new users as it minimizes the risk of failure and reduces sample quantity requirements.

The sample quantity was 10 μl each time.

A more likely scenario with an overall low DNA quantity sample is co-amplification of a NUMT with the authentic mtDNA, which could occur when by chance the mtDNA primers encounter a close-match nuclear DNA target during the early cycles of PCR.

The fact that even difficult samples with low quantities of degraded DNA, like gametophytes resulting from spores of the long-term lake-bottom spore bank, could successfully be sequenced and identified opens the way for answering a whole range of previously ignored questions in the field of fern gametophyte ecology.

The cause of this bias is most likely a lack of probe saturation in low DNA quantity samples and inflated intensities due to a higher binding affinity of the triple hydrogen bonding of guanine to cytosine.

Our study limitations include the genetic analysis based on partial S-gene sequence due to very low quantity of sample and insufficient resources, however, it can correctly define the genetic classification of CCHF viruses into seven distinct genotypes as utilized by previous studies [ 1, 14, 30, 31].