Symptoms when microbiome was taken

Sample:

Restricted to following Symptoms

See this page on the associated blog for more information.

Only statistically significant patterns are shown below. There must be 20 or more reports of a symptom to be listed. The number in each Quartile are expected to be the same. Observed for these conditions is shown. This data is recomputed constantly, sometimes an item will disappear and then reappear when it is close to the threshold.

Note: We are not detecting is there is a LINEAR pattern, we are detecting a pattern (which could be the result of complex interaction and quorum sensing).

Current Selections

Has

Does Not Have

Comorbid: Snoring (NOT Sleep Apnea

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Dividing data into 4 buckets

πŸ™…πŸ» is your sample value. If none show on the row, your value was zero
Indicates your value match This was found significant statistically You have zero and very low values are significant. "πŸ’₯" - Match "πŸ—»" - Significant Value "πŸ™…πŸ»" - Your Value

Rank Bacteria People Expected in each group P Value 25%ile 50%ile 75%ile 100%ile
order Actinomycetales 23 5.75 0.0168058065933518 3 🗻 10 9 1
genus Akkermansia 24 6 0.0159351811481249 2 3 🗻 12 7
species Bacteroides caccae 23 5.75 0.00090464580854968 🗻 12 9 1 1
species Bacteroides salyersiae 23 5.75 0.00463660543804172 1 🗻 11 9 2
species Bacteroides stercoris 27 6.75 0.0383010944282929 3 3 🗻 11 10
species Bacteroides vulgatus 29 7.25 0.00660042014977557 7 🗻 15 3 4
genus Bilophila 29 7.25 0.0497126659359858 1 🗻 11 8 9
species Blautia sp. YHC-4 23 5.75 0.0270657894822598 3 🗻 12 4 4
order Burkholderiales 29 7.25 0.00140101236253353 4 1 9 🗻 15
genus Butyricimonas 29 7.25 0.000224489870520404 2 3 7 🗻 17
class Clostridia 31 7.75 0.0172437093036478 🗻 13 7 10 1
family Clostridiaceae 31 7.75 0.04405344643695 2 7 9 🗻 13
order Clostridiales 31 7.75 0.0172437093036478 🗻 13 7 10 1
family Clostridiales Family XIII. Incertae Sedis 30 7.5 0.020974364182072 1 8 8 🗻 13
species Collinsella aerofaciens 27 6.75 0.0113319986641553 8 🗻 12 7 0
class Deltaproteobacteria 30 7.5 2.85656084589688E-13 1 0 3 🗻 26
genus Desulfovibrio 27 6.75 2.6372526261996E-11 2 1 1 🗻 23
species Desulfovibrio piger 26 6.5 0.00447317368313734 1 3 10 🗻 12
family Desulfovibrionaceae 30 7.5 2.85656084589688E-13 1 0 3 🗻 26
order Desulfovibrionales 30 7.5 2.85656084589688E-13 1 0 3 🗻 26
genus Dielma 23 5.75 0.00148038787520683 0 4 6 🗻 13
species Dorea formicigenerans 28 7 0.0241035081034384 🗻 13 8 5 2
species Dorea longicatena 28 7 0.0312518018831266 10 🗻 11 6 1
family Eggerthellaceae 27 6.75 4.82361981653152E-05 1 3 6 🗻 17
order Eggerthellales 27 6.75 8.72273371682723E-06 1 3 5 🗻 18
genus Eisenbergiella 29 7.25 0.0182752821189592 1 8 🗻 13 7
genus Erysipelatoclostridium 31 7.75 0.0172437093036478 🗻 13 10 7 1
species Erysipelatoclostridium ramosum 24 6 0.00248481428042335 1 2 🗻 12 9
order Erysipelotrichales 31 7.75 0.00198974668816835 9 🗻 16 3 3
class Erysipelotrichia 31 7.75 0.00198974668816835 9 🗻 16 3 3
genus Faecalibacterium 30 7.5 0.000108686130318351 🗻 16 11 1 2
species Faecalibacterium prausnitzii 25 6.25 0.00648303363415132 🗻 12 8 5 0
genus Fusicatenibacter 24 6 0.0117258755784214 🗻 11 2 9 2
genus Gordonibacter 27 6.75 0.038301094428293 1 9 6 🗻 11
genus Holdemania 28 7 3.4520584877167E-07 4 3 1 🗻 20
genus Intestinimonas 30 7.5 0.00012346148234945 3 1 🗻 17 9
family Lactobacillaceae 25 6.25 0.00124622617662367 🗻 14 7 1 3
genus Lactonifactor 27 6.75 0.0292908865348883 3 4 7 🗻 13
family Odoribacteraceae 26 6.5 0.0282854434243897 2 4 8 🗻 12
family Oscillospiraceae 31 7.75 0.000360386244664825 5 3 5 🗻 18
family Oxalobacteraceae 23 5.75 9.64637711990686E-07 2 0 4 🗻 17
genus Papillibacter 23 5.75 1.599213330186E-06 2 1 3 🗻 17
family Peptostreptococcaceae 29 7.25 0.0161042028141168 🗻 14 3 4 8
family Porphyromonadaceae 21 5.25 0.00443510943981439 3 🗻 12 5 1
genus Roseburia 31 7.75 0.0276236247689478 9 🗻 14 5 3
species Roseburia inulinivorans 23 5.75 0.00284656479836688 6 🗻 13 2 2
family Ruminococcaceae 31 7.75 2.53721073422248E-06 🗻 19 10 1 1
genus Slackia 25 6.25 6.28864454772382E-09 0 3 2 🗻 20
species Slackia piriformis 24 6 0.000515252987212684 1 2 7 🗻 14
genus Sutterella 29 7.25 0.00064076291303441 1 3 10 🗻 15
family Sutterellaceae 29 7.25 0.00394724797952632 4 1 11 🗻 13
genus Veillonella 21 5.25 0.0363401627210196 3 3 🗻 11 4
family Veillonellaceae 28 7 3.77067094017128E-05 8 🗻 17 1 2
order Veillonellales 23 5.75 3.87322371512235E-05 11 🗻 12 0 0
phylum Verrucomicrobia 26 6.5 0.0139982616820154 4 1 🗻 11 10
class Verrucomicrobiae 24 6 0.0159351811481249 2 3 🗻 12 7
order Verrucomicrobiales 24 6 0.0159351811481249 2 3 🗻 12 7

The Eureka PValues is about 0.00465116279069767 because we have 107 bacteria examined.

Dividing data into 8 buckets

πŸ™…πŸ» is your sample value. If none show on the row, your value was zero
Indicates your value match This was found significant statistically You have zero and very low values are significant. "πŸ’₯" - Match "πŸ—»" - Significant Value "πŸ™…πŸ»" - Your Value

Rank Bacteria People Expected in each group P Value 12%ile 25%ile 37%ile 50%ile 62%ile 75%ile 87%ile 100%ile

The Eureka PValues is about 0.00465116279069767 because we have 107 bacteria examined.

Dividing data into 16 buckets

πŸ™…πŸ» is your sample value. If none show on the row, your value was zero
Indicates your value match This was found significant statistically You have zero and very low values are significant. "πŸ’₯" - Match "πŸ—»" - Significant Value "πŸ™…πŸ»" - Your Value

Rank Bacteria People Expected in each group P Value 6%ile 12%ile 18%ile 25%ile 31%ile 37%ile 43%ile 50%ile 56%ile 62%ile 68%ile 75%ile 81%ile 87%ile 93%ile 100%ile

The Eureka PValues is about 0.00465116279069767 because we have 107 bacteria examined.

} }

Explanation

Warning: By random chance, 5% (PValue 0.05) are likely to be reported. So if 1000 bacteria are checked with none having a true relationship, 50 will likely be reported as "0.05 significant" (5% of 1000).
The Eureka column shows those that are likely to be meaningful because the odds are significantly less than 5 %. < h4 > Technical notes < p > Based on self-reporting of symptoms and conditions. Only items with 16 or more reports in the current filter are shown. 16 is the minimal level to detect significance. < p > There is a bias in those that report symptoms --people with medical issues are more likely to enter symptoms.Showing significance on the entire with symptom population is not unexpected and likely points to shared factors of many medical conditions. < p > What are we doing? Imagine taking all of the salaries in a company and grouping them into the 4 EQUAL - SIZED groups - creating brackets(0 -$18000, $18000 -$63000, $63000 - $75000, over $75000).< br /> We now do a count of women in each of these brackets. We now look for counts in each bracket that are above or below expectation.If we see 75 % in $18000 -$63000 (instead of the expected 25 %), we would conclude that there may be inequality in wages for women.In some cases, the average women wage may be the same as men (because a few of the highest paid are women, bringing up the average)< br /> < br /> In this case, it may be that women are not hired for maintenance, grounds(lowest bracket) or managers-- just as clerical. This is how we detect < i > abnormalities with bacteria.Are there A LOT more or less than expected in one or more of the brackets ? < script > window.onload = function() { var site = document.getElementById('site'); site.value = ''; var sampleId = ; var elems = document.getElementsByName("sid"); for (var v = 0; v < elems.length; v++) { if (elems[v].value == sampleId) { elems[v].checked= 'checked' } } }


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