Bacteria of Osteoporosis

Under sample are:

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Kaltoft-Moltrup Normal Range BiomeSight:2019-06-09 Mr.Example
Rank Name Low High Direction Count Percentile
class Bacteroidetes    📚 PubMed 168290 661208 Low 318270 30.3 %ile
class Deferribacteres    📚 PubMed 0 210 Low 50 66.7 %ile
family Erysipelotrichaceae    📚 PubMed 940 31430 Low 3880 32.8 %ile
family Prevotellaceae    📚 PubMed 15 831110 High 60 4.3 %ile
family Ruminococcaceae    📚 PubMed 57206 396601 Low 250820 75.7 %ile
genus Actinomyces    📚 PubMed 12 1980 💥 High 1820 96.3 %ile
genus Bacteroides    📚 PubMed 77260 503255 Low 232390 45.3 %ile
genus Blautia    📚 PubMed 23133 193274 Low 158210 91.2 %ile
genus Clostridium    📚 PubMed 964 39529 High 9050 65.1 %ile
genus Eggerthella    📚 PubMed 13 7731 💥 High 3550 93.5 %ile
genus Escherichia    📚 PubMed 0 113640 High 160 49 %ile
genus Faecalibacterium    📚 PubMed 22380 269291 High 147300 66.2 %ile
genus Lactobacillus    📚 PubMed 10 4514 High 1790 71.9 %ile
genus Veillonella    📚 PubMed 12 14400 High 200 39.8 %ile
phylum Deferribacteres    📚 PubMed 0 210 Low 50 82.5 %ile

Kaltoft-Moltrup Normal Ranges, is a licensed properitary statistical algorithm that works off the shape of the data. It is not microbiome specific but appears to work very well for the microbiome. Ranges are NOT lab specific, but for aggregation across labs. Please contact your lab and ask for their Kaltoft-Moltrup Normal Ranges.


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This is an Academic site. It generates theoretical models of what may benefit a specific microbiome results.