With the advent of new technologies evaluating the microbiome in the sample such as next-
generation sequencer (NGS), current increase of an interest in understanding of the lung …

Pneumonia is a heterogenous and complex disease; despite advances in diagnostics,
treatment, and prevention, it remains a leading source of disease and death around the …

Advancements in next generation sequencing technology have provided means for the
comprehensive profiling of the microbial community in the respiratory tract in both …

Novel culture-independent techniques have recently demonstrated that the lower respiratory
tract, historically considered sterile in health, contains diverse communities of microbes: the …

Healthy human lungs have traditionally been considered to be a sterile organ. However,
culture-independent molecular techniques have reported that large numbers of microbes …

Study of the human lung microbiome in the context of pulmonary health and disease is an
area of emerging research interest that is being driven by several contributing factors. These …

Advances in next generation sequencing (NGS) technology have provided the tools to
comprehensively and accurately characterize the microbial community in the respiratory …

Studying the respiratory microbiome provides critical novel insights into respiratory disease
pathogenesis which may improve clinical management, and we should strive to standardise …

Over the last 10 years, with the development of culture-free bacterial identification
techniques, understanding of how the microbiome influences diseases has increased …

The wide diversity of microbiota at the genera and species levels across sites and
individuals is related to various causes and the observed differences between individuals …