Add to ORKGThe morphology of faecal microflora of nine healthy human volunteers was studied by digital image analysis of microscopic slides. Weekly specimens were collected during an 8-week period. Seven morphometrical parameters were derived: the means and medians of components 1, 2 and 3, and morphometrical entropy. Statistically significant differences among subjects were found for means of components 1 and 2. medians of components 1, 2 and 3, and entropy. The stability in normal circumstances provides an excellent basis for the detection of pathological change in gut flora balance.</p
The human gut microbiome has been an area of interest for researchers due to its established link wi...
<div><p>Analyses of the taxonomic diversity associated with the human microbiome continue to be an a...
Intestinal microflora refers to all the different species of bacteria that reside in the human gut a...
The morphology of faecal microflora of nine healthy human volunteers was studied by digital image an...
The morphology of faecal microflora of nine healthy human volunteers was studied by digital image an...
Using image analysis and quantitative immunofluorescence, three new methods in characterising faecal...
Summary More than eighty years after the isolation of the first gastrointestinal bacterium in 1885, ...
The interaction between the intestinal flora and the immune system is complex, and as yet little und...
A preserved diversity is a distinctive feature of the health of any ecosystem. A reasonable estimati...
Hundreds of trillions of microorganisms are estimated to live in our gastrointestinal tract and all ...
The relationship between fecal microbiota composition and frailty in the elderly was studied. Fecal ...
The human large intestine harbours an abundant and extremely diverse microflora with more than 400-5...
The human large intestine harbours an abundant and extremely diverse microora with more than 400–500...
The human gut microbiome has been an area of interest for researchers due to its established link wi...
<div><p>Analyses of the taxonomic diversity associated with the human microbiome continue to be an a...
Intestinal microflora refers to all the different species of bacteria that reside in the human gut a...
The morphology of faecal microflora of nine healthy human volunteers was studied by digital image an...
The morphology of faecal microflora of nine healthy human volunteers was studied by digital image an...
Using image analysis and quantitative immunofluorescence, three new methods in characterising faecal...
Summary More than eighty years after the isolation of the first gastrointestinal bacterium in 1885, ...
The interaction between the intestinal flora and the immune system is complex, and as yet little und...
A preserved diversity is a distinctive feature of the health of any ecosystem. A reasonable estimati...
Hundreds of trillions of microorganisms are estimated to live in our gastrointestinal tract and all ...
The relationship between fecal microbiota composition and frailty in the elderly was studied. Fecal ...
The human large intestine harbours an abundant and extremely diverse microflora with more than 400-5...
The human large intestine harbours an abundant and extremely diverse microora with more than 400–500...
The human gut microbiome has been an area of interest for researchers due to its established link wi...
<div><p>Analyses of the taxonomic diversity associated with the human microbiome continue to be an a...
Intestinal microflora refers to all the different species of bacteria that reside in the human gut a...