Background New developments in next-generation sequencing technologies and massive
data received from this approach open wide prospects for personalised medicine and …

The information on microbiota composition in the human gastrointestinal tract predominantly
originates from the analyses of human faeces by application of next generation sequencing …

Background The human intestinal microbiota contains a vast community of microorganisms
increasingly studied using high-throughput DNA sequencing. Standardized protocols for …

The human gut contains dense and diverse microbial communities which have profound
influences on human health. Gaining meaningful insights into these communities requires …

Microbiome research has experienced a surge of interest in recent years due to the
advances and reduced cost of next-generation sequencing technology. The production of …

Despite huge interest, there are still no universally accepted standards to conduct clinical
studies in the field of gut microbiota analysis. Stool material is frequently used as a proxy of …

Next-generation sequencing (NGS) is currently the method of choice for analyzing gut
microbiota composition. As gut microbiota composition is a potential future target for clinical …

The human gut holds a special place in the study of different microbial environments due to
growing evidence that the gut microbiota is related to host health. However, despite …

Comprehensive determination of the microbial composition of the gut microbiota and the
relationships with health and disease are major challenges in the 21st century …

Background The effect that traditional and modern DNA extraction methods have on
applications to study the role of gut microbiota in health and disease is a topic of current …