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PRJEB51776 ERP136418

Gut microbiota in anorexia nervosa, case-control, Denmark

Disrupted intestinal microbiota contributes to the pathogenesis of anorexia nervosa

147 faecal samples from adult and adolescent females in Denmark, comparing anorexia nervosa cases with healthy controls in a case-control design, including fecal microbiota transplantation experiments. machine-written summary

147 samples · 594 runs · DK · Adult · 2023 · 2.98 Gbp / sample

Sources
✓Sequence archive 147○Abstract / description○Full text✓Supplementary tables 147✓External resources 873–User contribution–Human verified

Checked this project's papers and archive records yourself? Mark it human-verified.

what each source gave
✓ Sequence archive147 sample values (country)
○ Abstract / descriptionread; no usable statement
○ Full textread; no usable statement or table · PMC10159860
✓ Supplementary tables147 sample values (subject id)
✓ External resources873 sample values (age, antibiotic exposure, bmi, health condition, health condition detail, sex) · from curatedMetagenomicData 3 (cMD 3)
– User contributionnothing uploaded yet
– Human verifiednot yet checked by a person · I checked this project — verify it
Interventions

intervention — arms not resolved

Faecal microbiota transplantation design observational_with_procedure · population other_disease · FMT from AN patients to germ-free mice (animal experiment)

“faecal microbiota transplantation from AN cases to germ-free mice” — abstract:37069399 (study level; per-sample arms are in the intervention column below)

Samples at a glance
1 country
Age
adult127
adolescent20
Condition
other_disease77
healthy_control70
Sex
female147
Country
DK147
Body site
primary147
Sequencing depth per sample · this project all projects
all projects, 0–0.03 Gbp: 25,080 samples (4 %)all projects, 0.03–0.1 Gbp: 17,066 samples (3 %)all projects, 0.1–0.3 Gbp: 29,179 samples (5 %)all projects, 0.3–1 Gbp: 47,044 samples (8 %)all projects, 1–3 Gbp: 124,983 samples (22 %)this project, 1–3 Gbp: 84 samplesall projects, 3–10 Gbp: 253,728 samples (44 %)this project, 3–10 Gbp: 63 samplesall projects, 10–30 Gbp: 72,533 samples (13 %)all projects, 30–100 Gbp: 3,024 samples (1 %)all projects, 100–300 Gbp: 106 samples (0 %)all projects, ≥ 300 Gbp: 9 samples (0 %)project median 2.98 Gbp per sample0130Gbp
Community composition

No Sandpiper profile for this project's samples yet.

Field coverage
fieldsamplescoverageR1R2R3R4
age_category147 100%
country147 100%147
health_condition147 100%147
subject_id147 100%147
antibiotic_exposure147 100%147
bmi147 100%147
health_condition_detail147 100%147
sex147 100%147
age_at_collection_days138 94%138
Papers (1)
  • The gut microbiota contributes to the pathogenesis of anorexia nervosa in humans and mice. 2023 PMID 37069399 PMC10159860 own_data
Details
Archive description

Anorexia nervosa (AN) is an eating disorder with a high mortality affecting about 1% of women, where no evidence-based effective treatment exists. The pathogenesis likely involves genetic and environmental alterations. We hypothesized that a disrupted gut microbiota contributes to AN pathogenesis. In analyses comparing 70 AN with 77 healthy females, we found multiple taxa, functional modules, structural variants and growth rates of bacterial gut microbiota, and viral gut microbiota that were altered in AN with parts of these perturbations linked to estimates of eating behavior and mental health. In silico, causal inference analyses implied bacterial metabolites mediated parts of the impact of altered gut microbiota on AN behavior, and in vivo, fecal microbiota transplantation from AN cases to germ-free mice induced a lower body weight and hypothalamic and adipose tissue gene expressions related to aberrant energy metabolism and eating and mental behavior.

How this project entered the registry

Classified as human gut / stool / blood / tissue / internal fluids shotgun DNA metagenome of adult by deterministic_prior with confidence 0.90. Assay shotgun_dna.

  • host external_curation.infant_catalog · “infant triage reason_code age_adult_only”
  • body site study.title · “Disrupted intestinal microbiota contributes to”
  • body site study.description · “that a disrupted gut microbiota contributes to”
  • body site study.description · “hypothalamic and adipose tissue gene expressions related”
  • life stage external_curation.infant_catalog · “infant triage reason_code age_adult_only”
  • life stage study.description · “about 1% of women , where no”
Evidence examples (one per field × route)
samplefieldvaluerouteconf.sourcequote
SAMEA112657319age_at_collection_days5844.0R20.75external.cmd sourceage: 16; age_unit: (empty); age_group: Adolescent
SAMEA112657319antibiotic_exposurenoR20.75external.cmd sourceantibiotics_current_use: No
SAMEA112657319bmi18.1R20.75external.cmd sourcebmi: 18.1
SAMEA112657319countryDKR10.90sample.attr.geographic_location_country_and_or_seaDenmark
SAMEA112657319health_conditionother_diseaseR20.75external.cmd sourcedisease: Anorexia
SAMEA112657319health_condition_detailAnorexiaR20.75external.cmd sourcedisease: Anorexia
SAMEA112657319sexfemaleR20.75external.cmd sourcesex: Female
SAMEA112657319subject_idDKAN_01R20.80paper.supp.41564_2023_1355_MOESM13_ESM.xlsx[5a!ID]DKAN_01
Sequencing

594 runs over 147 samples · mean 0.76 Gbp per run (median 0.72 Gbp, total 453.93 Gbp; 594 runs with a base count) · layout SINGLE 594 · platform ION_TORRENT 594 · models Ion Torrent Proton (594) · 0% of runs with a Sandpiper profile · first public 2023-02-18

Authors (26)

Fan Y first · Støving RK · Berreira Ibraim S · Hyötyläinen T · Thirion F · Arora T · Lyu L · Stankevic E · Hansen TH · Déchelotte P · Sinioja T · Ragnarsdottir O · Pons N · Galleron N · Quinquis B · Levenez F · Roume H · Falony G · Vieira-Silva S · Raes J · Clausen L · Telléus GK · Bäckhed F · Oresic M · Ehrlich SD · Pedersen O last

Downloads

PRJEB51776.csv.gz (5.3 KB) · parquet (76.9 KB) — all 147 samples, every field with route and confidence · PRJEB51776_determinations.csv.gz (13.7 KB) — 1,167 evidence rows

Samples (147 · every field this project has values for · hover a cell for its source)
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