Bacteria of High Blood Pressure

Under sample are:

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Kaltoft-Moltrup Normal Range BiomeSight:2019-06-09 Mr.Example
Rank Name Low High Direction Count Percentile
family Lachnospiraceae    📚 PubMed 103557 424424 Low 323830 84.5 %ile
genus Akkermansia    📚 PubMed 13 284161 High Or Low 1900 40.8 %ile
genus Bacteroides    📚 PubMed 77260 503255 Low 232390 45.3 %ile
genus Bilophila    📚 PubMed 432 11768 Low 5800 77.2 %ile
genus Blautia    📚 PubMed 23133 193274 Low 158210 91.2 %ile
genus Butyricimonas    📚 PubMed 15 20775 Low 6630 83 %ile
genus Butyrivibrio    📚 PubMed 36 4096 Low 1090 80 %ile
genus Coprococcus    📚 PubMed 1750 55090 Low 54029 95.5 %ile
genus Desulfovibrio    📚 PubMed 16 30419 High 490 31.8 %ile
genus Enterococcus    📚 PubMed 4 4625 Low 340 74.8 %ile
genus Eubacterium    📚 PubMed 10 199925 Low 270 26.5 %ile
genus Haemophilus    📚 PubMed 11 14820 Low 130 33.7 %ile
genus Lactobacillus    📚 PubMed 10 4514 Low 1790 71.9 %ile
genus Lactococcus    📚 PubMed 11 3114 Low 11960 98.8 %ile
genus Odoribacter    📚 PubMed 291 13077 Low 6350 80.7 %ile
genus Parabacteroides    📚 PubMed 4040 68000 💥 High 35020 80.4 %ile
genus Prevotella    📚 PubMed 15 790234 💥 Low 60 5.4 %ile
genus Ruminococcus    📚 PubMed 3756 184330 High 59160 74.7 %ile
genus Sutterella    📚 PubMed 613 82208 High 750 20.6 %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.