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Simonsiella muelleriS. muelleri
Its ID gene (16S) · each bar is one letter A C G T NCBI 16S
What's this?
Zoomed in: letters 115–138
  1. T
  2. A
  3. G
  4. C
  5. T
  6. A
  7. G
  8. A
  9. G
  10. T
  11. G
  12. T
  13. G
  14. T
  15. C
  16. A
  17. G
  18. A
  19. G
  20. G
  21. G
  22. G
  23. G
  24. G

Its ID gene: the stretch scientists read to tell microbes apart. Each bar is one letter of its DNA. Every species has its own order of letters, so the pattern works like a fingerprint. Close relatives share most of it.

16S rRNA gene, V4 region: the 253 letters between the standard primers (515F/806R), which are the same in every species. One reference sequence; strains can differ by a letter or two. NCBI NR_025144.1

NCBI Taxonomy 72 Plate · Pseudomonadota

Simonsiella muelleri

Formerly Caryophanon muelleri.

Healthy guts – no healthy-gut data yet
Its slice – no healthy-gut data yet
Genome 2.5M letters
Products 0 list it on the label
See it on the map →
Also known as Caryophanon muelleri
Lab traits Aerobe Cell shape: not yet known Lab-tested · BacDive
The whole of its DNA, to scale

Its genome

Genome · 2.5 million letters · 42% G+C
Shortest we have Mycoplasmoides genitalium 0.6M
⋮ 624 shorter
Simonsiella muelleri 2.5M
⋮ 1,727 longer
Longest we have Bradyrhizobium altum 9.8M

Small for a gut microbe: longer than 27% of the 2,354 we have genomes for.

42% G+C, higher than 32% of gut microbes.

To scale: if its ID gene were 1 cm long, its genome would stretch 16 meters. Yours would stretch 21 kilometers. One reference genome; strains vary. NCBI GCF_002951835.1

Capabilities, not measurements of anyone's gut

What it can do

All 36 capabilities and their evidence
CapabilityVerdict Genome analysis Lab tests Published research
Can make butyrateNot checked——No papers
Can make propionateNot checked——No papers
Can make lactic acidNot checked——No papers
Can make acetateNot checked——No papers
Can make succinateNot checked——No papers
Can make formateNot checked——No papers
Can ferment fiberNot checked——No papers
Can eat inulinNot checked——No papers
Can eat resistant starchNot checked——No papers
Can eat starchNot checked——No papers
Can eat pectinNot checked——No papers
Can use lactoseNot checked——No papers
Can feed on gut mucusNot checked——No papers
Can change bile acidsNot checked——No papers
Can free bile acidsNot checked——No papers
Can make secondary bile acidsNot checked——No papers
Can reshape bile acidsNot checked——No papers
Can make B vitaminsNot checked——No papers
Can make thiaminNot checked——No papers
Can make riboflavinNot checked——No papers
Can make niacinNot checked——No papers
Can make pyridoxineNot checked——No papers
Can make biotinNot checked——No papers
Can make folateNot checked——No papers
Can make cobalaminNot checked——No papers
Can make vitamin K2Not checked——No papers
Can make hydrogenNot checked——No papers
Can make hydrogen sulfideNot checked——No papers
Can make methaneNot checked——No papers
Can ferment proteinNot checked——No papers
Can make indoleNot checked——No papers
Can make GABANot checked——No papers
Can make TMANot checked——No papers
Can make histamineNot checked——No papers
Can make tyramineNot checked——No papers
Can make ethanolNot checked——No papers

AGORA2 (Heinken et al. 2023) via VMH, CC BY 4.0 · BacDive (DSMZ), CC BY 4.0 · NJC19 (Lim et al., Scientific Data 2020), CC0