Metagenomic analysis was originally associated with the studies of genetic material from environmental samples. But, with the advent of the Human Microbiome Project, it has now been applied in clinical practices. The ocular surface (OS) is the most exposed part of the eye, colonized by several microbial communities (both, OS and environmental) that contribute to the maintenance of the physiological state. Limited knowledge has been acquired on these microbes due to the limitations of conventional diagnostic methods. Emerging fields of research are focusing on Next Generation Sequencing (NGS) technologies to obtain reliable information on the OS microbiome. Currently only pre-specified pathogens can be detected by conventional culture...
While pathogens of the eye have been studied for a very long time, the existence of resident microbe...
The ocular surface microbiome, unlike that of the skin or gut, has not been well characterized. Cult...
Next generation sequencing (NGS) opened up a plethora of new research possibilities in biology and m...
Metagenomic analysis was originally associated with the studies of genetic material from environment...
Less than 1% of all microorganisms of the available environmental microbiota can be cultured with th...
In recent years, metagenomics(MGS)is the fastest growing fields in microbiology, and has been broadl...
The human body is thought to be an ecosystem of mutually beneficial interactions between the human c...
Insights in the ocular surface microbiome are still at an early stage and many more questions remain...
Purpose The purpose of this study was to explore the interplay between the ocular surface microbi...
Background: Metaorganism or microbial communities of eukaryotic organisms provide an inclusive set o...
The emergence of clinical metagenomics as an unbiased, hypothesis-free approach to diagnostic testin...
The ocular surface microbiome has implications for ocular surface inflammation and immunology. Previ...
PURPOSE The low microbial abundance on the ocular surface results in challenges in the characteri...
Insights in the ocular surface microbiome are still at an early stage and many more questions remain...
The ocular surface microbiota refers to the resident non-pathogenic microorganisms that colonize con...
While pathogens of the eye have been studied for a very long time, the existence of resident microbe...
The ocular surface microbiome, unlike that of the skin or gut, has not been well characterized. Cult...
Next generation sequencing (NGS) opened up a plethora of new research possibilities in biology and m...
Metagenomic analysis was originally associated with the studies of genetic material from environment...
Less than 1% of all microorganisms of the available environmental microbiota can be cultured with th...
In recent years, metagenomics(MGS)is the fastest growing fields in microbiology, and has been broadl...
The human body is thought to be an ecosystem of mutually beneficial interactions between the human c...
Insights in the ocular surface microbiome are still at an early stage and many more questions remain...
Purpose The purpose of this study was to explore the interplay between the ocular surface microbi...
Background: Metaorganism or microbial communities of eukaryotic organisms provide an inclusive set o...
The emergence of clinical metagenomics as an unbiased, hypothesis-free approach to diagnostic testin...
The ocular surface microbiome has implications for ocular surface inflammation and immunology. Previ...
PURPOSE The low microbial abundance on the ocular surface results in challenges in the characteri...
Insights in the ocular surface microbiome are still at an early stage and many more questions remain...
The ocular surface microbiota refers to the resident non-pathogenic microorganisms that colonize con...
While pathogens of the eye have been studied for a very long time, the existence of resident microbe...
The ocular surface microbiome, unlike that of the skin or gut, has not been well characterized. Cult...
Next generation sequencing (NGS) opened up a plethora of new research possibilities in biology and m...