Experiment ID: 1919

Field Description
nameusing community analysis to explore bacterial indicators for disease suppression of tobacco bacterial wilt (5114674) - gpt-5
proj_id5114674
srasrp066888
date_of_upload10/12/2025 02:35
doi10.1038/srep36773
modelgpt-5
dbbact_id40
dbbact_linkhttps://dbbact.org/exp_info/40
needs_manual_reviewtrue

Annotations for experiment:

term enrichment score
TermScore
field0.666667
municipality of chongqing0.666667
nicotiana tabacum0.500000
bulk soil0.222222
LOWER IN bulk soil0.200000
agricultural field0.200000
LOWER IN rhizosphere0.076923
rhizosphere0.037736
china0.009390
Fraction of dbbact annotations with this term covered by the query
TermScore
field0.500000
municipality of chongqing0.500000
nicotiana tabacum0.333333
LOWER IN bulk soil0.250000
bulk soil0.142857
agricultural field0.111111
LOWER IN rhizosphere0.050000
rhizosphere0.019608
china0.004717
Fraction of annotations for the query sequences containing the term
TermScore
china1.000000
disease-conducive1.000000
field1.000000
pengshui miao and tujia autonomous county1.000000
qianjiang district1.000000
wulong county1.000000
municipality of chongqing1.000000
soil microbiome1.000000
agricultural field1.000000
tobacco bacterial wilt1.000000
nicotiana tabacum1.000000
disease-suppressive1.000000
after transplanting0.500000
rhizosphere0.500000
bulk soil0.500000
before transplanting0.500000
LOWER IN bulk soil0.166667
LOWER IN before transplanting0.166667
LOWER IN after transplanting0.166667
LOWER IN rhizosphere0.166667
Number of experiments associating the term to the sequence
TermScore
after transplanting1.000000
rhizosphere1.000000
LOWER IN bulk soil1.000000
LOWER IN before transplanting1.000000
china1.000000
disease-conducive1.000000
field1.000000
pengshui miao and tujia autonomous county1.000000
qianjiang district1.000000
wulong county1.000000
municipality of chongqing1.000000
soil microbiome1.000000
agricultural field1.000000
tobacco bacterial wilt1.000000
nicotiana tabacum1.000000
disease-suppressive1.000000
bulk soil1.000000
before transplanting1.000000
LOWER IN after transplanting1.000000
LOWER IN rhizosphere1.000000
Exp. ID User ID Description Date Region Sequences Status Flag
1919gpt-5Disease-suppressive rhizosphere soil after transplanting (tobacco) + Disease-conducive rhizosphere soil after transplanting (tobacco) (dominant china, disease-conducive, field, pengshui miao and tujia autonomous county, qianjiang district, rhizosphere, wulong county, municipality of chongqing, soil microbiome, after transplanting, agricultural field, tobacco bacterial wilt, nicotiana tabacum, disease-suppressive)2025-12-10v41 / 3pendingNo
1919gpt-5Disease-conducive bulk soil before transplanting + Disease-suppressive bulk soil before transplanting (dominant china, disease-conducive, field, pengshui miao and tujia autonomous county, qianjiang district, bulk soil, wulong county, before transplanting, municipality of chongqing, soil microbiome, agricultural field, tobacco bacterial wilt, nicotiana tabacum, disease-suppressive)2025-12-10v41 / 5pendingNo
1919gpt-5Effect of plant presence on suppressive soils (rhizosphere after transplanting vs bulk before transplanting) ( high in bulk soil before transplanting compared to after transplanting rhizosphere in china disease-conducive field pengshui miao and tujia autonomous county qianjiang district wulong county municipality of chongqing soil microbiome agricultural field tobacco bacterial wilt nicotiana tabacum disease-suppressive )2025-12-10v41 / 841pendingNo
1919gpt-5Disease-conducive bulk soil before transplanting + Disease-suppressive bulk soil before transplanting (common china, disease-conducive, field, pengshui miao and tujia autonomous county, qianjiang district, bulk soil, wulong county, before transplanting, municipality of chongqing, soil microbiome, agricultural field, tobacco bacterial wilt, nicotiana tabacum, disease-suppressive)2025-12-10v41 / 998pendingNo
1919gpt-5Disease-suppressive rhizosphere soil after transplanting (tobacco) + Disease-conducive rhizosphere soil after transplanting (tobacco) (common china, disease-conducive, field, pengshui miao and tujia autonomous county, qianjiang district, rhizosphere, wulong county, municipality of chongqing, soil microbiome, after transplanting, agricultural field, tobacco bacterial wilt, nicotiana tabacum, disease-suppressive)2025-12-10v41 / 1209pendingNo
1919gpt-5Effect of plant presence on suppressive soils (rhizosphere after transplanting vs bulk before transplanting) ( high in after transplanting rhizosphere compared to bulk soil before transplanting in china disease-conducive field pengshui miao and tujia autonomous county qianjiang district wulong county municipality of chongqing soil microbiome agricultural field tobacco bacterial wilt nicotiana tabacum disease-suppressive )2025-12-10v41 / 1835pendingNo

Problems / suggestions? Please visit the dbBact forum