Sentence examples for microbiome assessment from inspiring English sources

The accuracy of microbiome assessment can be significantly improved by eliminating amplification bias and increasing read length.

The second case is a report on a decade-long quantitative recording of blood and stool biomarkers, tracking of nutrition, exercise, sleep and stress, combined with personal genetics and microbiome assessment of one individual.

First, the microbiome functional assessment presented here uses a prediction method that, while validated and robust when applied to human gut samples, remains a prediction and may not necessarily perfectly reflect the biological reality [ 29].

From these participants, we collected additional blood for genetics, methylation and transcriptomics analyses (n=1387); exhaled air for analysis of volatile organic compounds (n=1425); and faecal samples for microbiome and biomarker assessment (n=1248; table 1).

After summarizing the methods used in mycobiome studies and analyzing the role of the mycobiome in health and disease, we propose that combining fungal characterization with a generalized assessment of the microbiome will expand our understanding of the microbial environment in disease progression.

16S rRNA sequences are used to differentiate between organisms across all major phyla of bacteria and to classify strains down to the species level [ 73]. 16S rRNA sequencing has dramatically changed our understanding of phylogeny and microbial diversity because it provides an unbiased assessment of the microbiome and is not restricted by the ability to culture the bacteria present.

Zackular et al. performed an assessment of the microbiomes of CRC patients' stool samples relative to those of normal patients or patients with colorectal adenomas [ 11].

In the direct assessment of genomic-based microbiome in oral samples, carriage of the oral pathogens Porphyromonas gingivalis and Aggregatibacter actinomycetemcomitans was associated with increased risk of pancreatic cancer.

Gibson, J. et al. Simultaneous assessment of the macrobiome and microbiome in a bulk sample of tropical arthropods through DNA metasystematics.

Thanks to rapid progress in the development and application of molecular techniques to the assessment of the human gut microbiome, the true nature, diversity and metabolic potential of this 'hidden organ' are being revealed.

The microbiome datasets presented herein represent the first assessment of the metabolic potential of the chicken cecum microbiome at the level functional gene content.