When collecting oral and faecal samples for large epidemiological microbiome studies, optimal storage conditions such as immediate freezing, are not always feasible. It is fundamental to study the impact of temporary room temperature (RT) storage and shipping on the microbiome diversity obtained in different types of samples. We performed a pilot study aimed to validate the sampling protocol based on the viability of the 16S rRNA gene sequencing in microbiome samples. Faecal and oral samples from five participants were collected and preserved in different conditions: i) 70% ethanol; ii) in a FIT tube for stool samples; and iii) in a chlorhexidine solution for oral wash samples. Four aliquots were prepared per sample, which were stored at R...
In this manuscript, we investigate the stones best left unturned of sample storage and preparation...
Background: The transport and storage of samples in temperatures of minus 80 °C is commonly consider...
Immediate freezing at -20°C or below has been considered the gold standard for microbiome preservati...
Background: Multiple factors can influence stool sample integrity upon sample collection. Preservati...
Large-scale cohort studies are currently being designed to investigate the human microbiome in healt...
The ability to preserve microbial communities in faecal samples is essential as increasing numbers o...
As the number of human microbiome studies expand, it is increasingly important to identify cost-effe...
Abstract In the burgeoning microbiome field, powerful sequencing approaches and accompanied bioanaly...
Background: The structure and function of human gut microbiota is currently inferred from metagenomi...
Gut microbiome community analysis is used to understand many diseases like inflamma-tory bowel disea...
Large-scale cohort studies are currently being designed to investigate the human microbiome in healt...
Gut dysbiosis has been implicated in the pathophysiology of a growing number of non-communicable dis...
High-throughput sequencing has enabled detailed insights into complex microbial environments, includ...
Gut dysbiosis has been implicated in the pathophysiology of a growing number of non-communicable dis...
High-throughput sequencing has enabled detailed insights into complex microbial environments, includ...
In this manuscript, we investigate the stones best left unturned of sample storage and preparation...
Background: The transport and storage of samples in temperatures of minus 80 °C is commonly consider...
Immediate freezing at -20°C or below has been considered the gold standard for microbiome preservati...
Background: Multiple factors can influence stool sample integrity upon sample collection. Preservati...
Large-scale cohort studies are currently being designed to investigate the human microbiome in healt...
The ability to preserve microbial communities in faecal samples is essential as increasing numbers o...
As the number of human microbiome studies expand, it is increasingly important to identify cost-effe...
Abstract In the burgeoning microbiome field, powerful sequencing approaches and accompanied bioanaly...
Background: The structure and function of human gut microbiota is currently inferred from metagenomi...
Gut microbiome community analysis is used to understand many diseases like inflamma-tory bowel disea...
Large-scale cohort studies are currently being designed to investigate the human microbiome in healt...
Gut dysbiosis has been implicated in the pathophysiology of a growing number of non-communicable dis...
High-throughput sequencing has enabled detailed insights into complex microbial environments, includ...
Gut dysbiosis has been implicated in the pathophysiology of a growing number of non-communicable dis...
High-throughput sequencing has enabled detailed insights into complex microbial environments, includ...
In this manuscript, we investigate the stones best left unturned of sample storage and preparation...
Background: The transport and storage of samples in temperatures of minus 80 °C is commonly consider...
Immediate freezing at -20°C or below has been considered the gold standard for microbiome preservati...