Culture-independent nucleic acid technologies have been extensively applied to the
analysis of oral bacterial communities associated with healthy and diseased conditions …

Culture-independent nucleic acid technologies have been extensively applied to the
analysis of oral bacterial communities associated with healthy and diseased conditions …

Application of nucleic acid technology to the analysis of the bacterial diversity in the oral
cavity in conditions of health and disease has not only confirmed the findings from early …

The oral microbiome is incredibly complex with the average adult harboring about 50–100
billion bacteria in the oral cavity, which represent about 200 predominant bacterial species …

Since the pioneering work of van Leeuwenhoek in 1684, subsequently built upon by other
renowned microbiologists Robert Koch, Willoughby Miller and GV Black, oral microbiology …

Technological advances in DNA sequencing have provided unprecedented insights into the
composition of the oral microbiome in health and disease, and RNA-sequencing and …

This study aims to consider the microbial distribution in oral disease, as well as gene
analysis and expression, in elucidating: 1, the fundamental underpinnings of oral disease …

Pure cultures have been the basis for microbiology research over a century. However,
although working with clonal lineages in the laboratory has allowed fundamental advances …

The human mouth harbours one of the most diverse microbiomes in the human body,
including viruses, fungi, protozoa, archaea and bacteria. The bacteria are responsible for the …

Extraordinary technological advances in DNA sequencing have greatly accelerated our
ability to identify bacteria, at the species level, present in clinical samples taken from the …