Experiment ID: 1788

Field Description
nameintermittent fasting promotes white adipose browning and decreases obesity by shaping the gut microbiota (5668683) - gpt-5
proj_id5668683
sraprjna398633
date_of_upload15/11/2025 14:28
doi10.1016/j.cmet.2017.08.019
modelgpt-5
dbbact_id447
dbbact_linkhttps://dbbact.org/exp_info/447
needs_manual_reviewtrue

Annotations for experiment:

term enrichment score
TermScore
bethesda0.666667
every other day fasting0.500000
LOWER IN every other day fasting0.333333
male organism0.111111
caecum0.039216
mus musculus0.027027
united states of america0.006645
Fraction of dbbact annotations with this term covered by the query
TermScore
bethesda0.500000
every other day fasting0.500000
LOWER IN every other day fasting0.500000
male organism0.058824
caecum0.020000
mus musculus0.013699
united states of america0.003333
Fraction of annotations for the query sequences containing the term
TermScore
mus musculus1.000000
bethesda1.000000
laboratory vivarium1.000000
united states of america1.000000
caecum1.000000
male organism1.000000
university park1.000000
16s rrna amplicon sequencing0.750000
ad libitum feeding0.500000
regular chow diet0.500000
every other day fasting0.500000
LOWER IN ad libitum feeding0.250000
LOWER IN regular chow diet0.250000
LOWER IN every other day fasting0.250000
Number of experiments associating the term to the sequence
TermScore
mus musculus1.000000
16s rrna amplicon sequencing1.000000
bethesda1.000000
laboratory vivarium1.000000
ad libitum feeding1.000000
regular chow diet1.000000
united states of america1.000000
caecum1.000000
male organism1.000000
university park1.000000
every other day fasting1.000000
LOWER IN ad libitum feeding1.000000
LOWER IN regular chow diet1.000000
LOWER IN every other day fasting1.000000
Exp. ID User ID Description Date Region Sequences Status Flag
1788gpt-5Ad libitum-fed mice cecal contents (16S amplicon) (dominant mus musculus, 16s rrna amplicon sequencing, bethesda, laboratory vivarium, ad libitum feeding, regular chow diet, united states of america, caecum, male organism, university park)2025-11-15v41 / 24pendingNo
1788gpt-5Every-other-day fasting mice cecal contents (16S amplicon) (dominant mus musculus, 16s rrna amplicon sequencing, bethesda, laboratory vivarium, every other day fasting, united states of america, caecum, male organism, university park)2025-11-15v41 / 24pendingNo
1788gpt-5Diet effect across assay types: intermittent fasting vs ad libitum (combined 16S and shotgun) ( high in ad libitum feeding regular chow diet compared to every other day fasting in mus musculus bethesda laboratory vivarium united states of america caecum male organism university park )2025-11-15v41 / 100pendingNo
1788gpt-5Intermittent fasting vs ad libitum in mice (cecal microbiome, 16S) ( high in ad libitum feeding regular chow diet compared to every other day fasting in mus musculus 16s rrna amplicon sequencing bethesda laboratory vivarium united states of america caecum male organism university park )2025-11-15v41 / 108pendingNo
1788gpt-5Diet effect across assay types: intermittent fasting vs ad libitum (combined 16S and shotgun) ( high in every other day fasting compared to ad libitum feeding regular chow diet in mus musculus bethesda laboratory vivarium united states of america caecum male organism university park )2025-11-15v41 / 108pendingNo
1788gpt-5Intermittent fasting vs ad libitum in mice (cecal microbiome, 16S) ( high in every other day fasting compared to ad libitum feeding regular chow diet in mus musculus 16s rrna amplicon sequencing bethesda laboratory vivarium united states of america caecum male organism university park )2025-11-15v41 / 115pendingNo
1788gpt-5Every-other-day fasting mice cecal contents (16S amplicon) (common mus musculus, 16s rrna amplicon sequencing, bethesda, laboratory vivarium, every other day fasting, united states of america, caecum, male organism, university park)2025-11-15v41 / 333pendingNo
1788gpt-5Ad libitum-fed mice cecal contents (16S amplicon) (common mus musculus, 16s rrna amplicon sequencing, bethesda, laboratory vivarium, ad libitum feeding, regular chow diet, united states of america, caecum, male organism, university park)2025-11-15v41 / 346pendingNo

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