High throughput technological innovations in the past decade have accelerated research
into the trillions of commensal microbes in the gut. The 'omics' technologies used for …

The protective intestinal epithelial barrier is constantly exposed to more than 100 trillion
commensal microorganisms (bacteria, archaea, viruses, and fungi), ie, the microbiome …

The human gut contains 10 14 bacteria and many other micro-organisms such as Archaea,
viruses and fungi. This gut microbiota has co-evolved with host determinants through …

The human gastrointestinal tract hosts a large number of microbial cells which exceed their
mammalian counterparts by approximately 3-fold. The genes expressed by these …

Background Colorectal cancer (CRC) is a type of tumor caused by the uncontrolled growth
of cells in the mucosa lining the last part of the intestine. Emerging evidence underscores an …

Gut microbiome research has bloomed over the past 15 years. We have learnt a lot about
the complex microbial communities that colonize our intestine. Promising avenues of …

The rapid evolu-tion of cultivationindependent, multi-omic technologies has increased our
appreciation of the complexity, diversity, and vital roles of the human gut microbiome in …

There is increasing evidence for the importance of the gut microbiome in human health and
disease. Traditional and modern technologies-from cell culture to next generation …

The human gut microbiome impacts several aspects of human health and disease, including
digestion, drug metabolism and the propensity to develop various inflammatory …

The microbiome field is increasingly raising interest among scientists, clinicians,
biopharmaceutical entities, and the general public. Technological advances from the past …