representation
stringlengths 2
109
| harmonization_standard
stringlengths 6
86
| variation_type
stringclasses 8
values | source_terminology
stringclasses 6
values |
|---|---|---|---|
Pseudomonassp PNP4-2
|
Pseudomonas sp. PNP4-2
|
remove punctuation
|
NCBI
|
Rhodanobacter sp. PAMC 26557
|
Rhodanobacter sp. PAMC 26557
|
standard
|
NCBI
|
Phormidesmis spUs-6-4
|
Phormidesmis sp. Us-6-4
|
remove punctuation
|
NCBI
|
streptomyc sp. E4N145
|
Streptomyces sp. E4N145
|
remove suffix
|
NCBI
|
Firmicutesbacterium CAG11056_8
|
Firmicutes bacterium CAG:110_56_8
|
remove punctuation
|
NCBI
|
Streptacidiphilus spFXJ1271
|
Streptacidiphilus sp. FXJ1.271
|
remove punctuation
|
NCBI
|
Agrobacterium spRAFAA_20
|
Agrobacterium sp. RAFAA_20
|
remove punctuation
|
NCBI
|
Streptomycessp VUW_JGO2c-F3
|
Streptomyces sp. VUW_JGO2c-F3
|
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|
NCBI
|
WinogradskyellaspZB357
|
Winogradskyella sp. ZB357
|
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|
NCBI
|
Sporosarcina sp. 'ARUP UnID 606'
|
Sporosarcina sp.
|
user rep
|
(Derived) Bacteria Root
|
Flavobacterium sp Emb16
|
Flavobacterium sp. Emb16
|
remove punctuation
|
NCBI
|
Pasteurella skyensis DSM 24204
|
Pasteurella skyensis
|
user rep
|
(Derived) Bacteria Root
|
PseudomonasspBE08
|
Pseudomonas sp. BE08
|
remove punctuation
|
NCBI
|
Enterobactersp.B-15
|
Enterobacter sp. B-15
|
remove punctuation
|
NCBI
|
bacterium LimB-1-J-67
|
bacterium LimB-1-J-67
|
standard
|
NCBI
|
Verrucomicrobium sp 3C
|
Verrucomicrobium sp. 3C
|
remove punctuation
|
NCBI
|
Bacillus sp. ITCr14
|
Bacillus sp. ITCr14
|
standard
|
NCBI
|
Marinobacter sp NB-8
|
Marinobacter sp. NB-8
|
remove punctuation
|
NCBI
|
marinebacteriumSIMO IS-574-241
|
marine bacterium SIMO IS-574-241
|
remove punctuation
|
NCBI
|
unculturedalpha proteobacteriumSUR-FREE-3
|
uncultured alpha proteobacterium SUR-FREE-3
|
remove punctuation
|
NCBI
|
bacterium enrichmentculturecloneALO1_GLFRUDD03FWU1O
|
bacterium enrichment culture clone ALO1_GLFRUDD03FWU1O
|
remove punctuation
|
NCBI
|
Borrelia sp.C385
|
Borrelia sp. C385
|
remove punctuation
|
NCBI
|
candidatedivisionKSB1 bacterium
|
candidate division KSB1 bacterium
|
remove punctuation
|
NCBI, (Derived) Bacteria Root
|
acidithiobacillu sp. th-3
|
Acidithiobacillus sp. TH-3
|
remove suffix
|
NCBI
|
Methylobacterium sp.J-122
|
Methylobacterium sp. J-122
|
remove punctuation
|
NCBI
|
Prochlorococcus sp.AG-432-D11
|
Prochlorococcus sp. AG-432-D11
|
remove punctuation
|
NCBI
|
Psychrobacter sp. MSSRF.17
|
Psychrobacter sp. MSSRF.17
|
standard
|
NCBI
|
Omnitrophica WOR_2 bacterium GWA2_37_7
|
Omnitrophica WOR_2 bacterium
|
user rep
|
(Derived) Bacteria Root
|
Micromonosporasp.WMMB 410
|
Micromonospora sp. WMMB 410
|
remove punctuation
|
NCBI
|
uncultur treponematacea bacterium
|
uncultured Treponemataceae bacterium
|
remove suffix
|
NCBI
|
Capilliphycus sp.PMC 1121.19
|
Capilliphycus sp. PMC 1121.19
|
remove punctuation
|
NCBI
|
marinegamma proteobacteriumBB2FL1
|
marine gamma proteobacterium BB2FL1
|
remove punctuation
|
NCBI
|
Bacteriovoraxsp. M2S3-F
|
Bacteriovorax sp. M2S3-F
|
remove punctuation
|
NCBI
|
Aeromonas sp.R5-2
|
Aeromonas sp. R5-2
|
remove punctuation
|
NCBI
|
Citromicrobium sp. JL1041
|
Citromicrobium sp.
|
user rep
|
(Derived) Bacteria Root
|
unculturedRhodobacter groupbacteriumCtaxTah-7
|
uncultured Rhodobacter group bacterium CtaxTah-7
|
remove punctuation
|
NCBI
|
Gardnerella sp KA00127
|
Gardnerella sp. KA00127
|
remove punctuation
|
NCBI
|
Trabulsiellasp.MSZT2
|
Trabulsiella sp. MSZT2
|
remove punctuation
|
NCBI
|
alphaproteobacterium TDB-089
|
alpha proteobacterium TDB-089
|
remove punctuation
|
NCBI
|
PrevotellaamniiDSM23384=JCM 14753
|
Prevotella amnii DSM 23384 = JCM 14753
|
remove punctuation
|
NCBI
|
Burkholderia sp. N2s35
|
Burkholderia sp. N2s_35
|
remove punctuation
|
NCBI
|
Pseudovibrio sp. AU262
|
Pseudovibrio sp.
|
user rep
|
(Derived) Bacteria Root
|
Synechococcussp.K32
|
Synechococcus sp. K32
|
remove punctuation
|
NCBI
|
Rickettsia endosymbiontofAmblyommahelvolum
|
Rickettsia endosymbiont of Amblyomma helvolum
|
remove punctuation
|
NCBI
|
Staphylococcus aureu DAR5825
|
Staphylococcus aureus DAR5825
|
remove suffix
|
NCBI
|
Bacillus sp.CSu343
|
Bacillus sp. CSu3_43
|
remove punctuation
|
NCBI
|
Brevundimonas sp B2786_1
|
Brevundimonas sp. B2786_1
|
remove punctuation
|
NCBI
|
Microcystis aeruginosaLEGE 00239
|
Microcystis aeruginosa LEGE 00239
|
remove punctuation
|
NCBI
|
marine bacteriumCS-90
|
marine bacterium CS-90
|
remove punctuation
|
NCBI
|
Agromyces sp. KACC 19306
|
Agromyces intestinalis
|
user rep
|
NCBI
|
Desulfovibrio sp. SCGC AD-285-O15
|
Desulfovibrio sp. SCGC AD-285-O15
|
standard
|
NCBI
|
bacteriumenrichmentculture clone 080212-ABM-Calcigel2-25
|
bacterium enrichment culture clone 080212-ABM-Calcigel 2-25
|
remove punctuation
|
NCBI
|
Thauerasp.HMW86174
|
Thauera sp. HMW86_174
|
remove punctuation
|
NCBI
|
Vibrio sp LC2-055
|
Vibrio sp. LC2-055
|
remove punctuation
|
NCBI
|
Aeromonas sp. A619
|
Aeromonas sp.
|
user rep
|
(Derived) Bacteria Root
|
Prevotella sp UBA752
|
Prevotella sp. UBA752
|
remove punctuation
|
NCBI
|
Shewanellasp XH11
|
Shewanella sp. XH11
|
remove punctuation
|
NCBI
|
Marinomonas sp S11-S-3
|
Marinomonas sp. S11-S-3
|
remove punctuation
|
NCBI
|
Arthrobacter sp. I_GA_A_3_4
|
Arthrobacter sp. I_GA_A_3_4
|
standard
|
NCBI
|
NostocspIJ461
|
Nostoc sp. IJ461
|
remove punctuation
|
NCBI
|
Clostridiumsp.DSM8385
|
Clostridium sp. DSM 8385
|
remove punctuation
|
NCBI
|
sludge granule bacterium 2
|
sludge granule bacterium 2
|
standard
|
NCBI
|
StaphylococcusaureusVET0384R
|
Staphylococcus aureus VET0384R
|
remove punctuation
|
NCBI
|
Salmonella entericasubsp entericaserovar Newportstr.RI_10P068
|
Salmonella enterica subsp. enterica serovar Newport str. RI_10P068
|
remove punctuation
|
NCBI
|
Dyadobacter koreensis
|
Dyadobacter
|
user rep
|
(Derived) Bacteria Root
|
Bradyrhizobium sp. 13LoS120_4
|
Bradyrhizobium sp. 13LoS120_4
|
standard
|
NCBI
|
Ruegeriasp.JZ11ML23
|
Ruegeria sp. JZ11ML23
|
remove punctuation
|
NCBI
|
Ehrlichia sp. JZT051
|
Ehrlichia sp. JZT051
|
standard
|
NCBI
|
Micromonosporasp3SH510
|
Micromonospora sp. 3SH5_10
|
remove punctuation
|
NCBI
|
Streptomyces sp me71
|
Streptomyces sp. me71
|
remove punctuation
|
NCBI
|
MicromonosporaspCR5
|
Micromonospora sp. CR5
|
remove punctuation
|
NCBI
|
Halomonassp CNPS_10
|
Halomonas sp. CNPS_10
|
remove punctuation
|
NCBI
|
ActinomycetalesbacteriumTLI168
|
Actinomycetales bacterium TLI168
|
remove punctuation
|
NCBI
|
Advenellasp.WSd3
|
Advenella sp. W_Sd3
|
remove punctuation
|
NCBI
|
Pseudomonas sp. 4AAIII
|
Pseudomonas sp. 4AAIII
|
standard
|
NCBI
|
Mycobacterium paraseoulense
|
Mycobacterium paraseoulense
|
standard
|
NCBI
|
Brachybacteriumsp ChroAq96
|
Brachybacterium sp. ChroAq 96
|
remove punctuation
|
NCBI
|
Bacillus sp.KP58
|
Bacillus sp. KP58
|
remove punctuation
|
NCBI
|
Alcaligenes sp. AL3007
|
Alcaligenes sp. AL3007
|
standard
|
NCBI
|
Vibrio sp. HM12-79
|
Vibrio sp. HM12-79
|
standard
|
NCBI
|
Nostocsp. 'cyanobiontofPeltigeramembranacea'
|
Nostoc sp. 'cyanobiont of Peltigera membranacea'
|
remove punctuation
|
NCBI
|
Dactylosporangium sp FXJ1262
|
Dactylosporangium sp. FXJ1.262
|
remove punctuation
|
NCBI
|
MesorhizobiumspLNJC386A00
|
Mesorhizobium sp. LNJC386A00
|
remove punctuation
|
NCBI
|
Verrucomicrobia bacteriumIMCC14639
|
Verrucomicrobia bacterium IMCC14639
|
remove punctuation
|
NCBI
|
Burkholderia sp. VG4_2d_pre
|
Burkholderia sp. VG4_2d_pre
|
standard
|
NCBI
|
Lactococcuslactis subsp.lactis K214
|
Lactococcus lactis subsp. lactis K214
|
remove punctuation
|
NCBI
|
Pseudomonassp Os17
|
Pseudomonas sp. Os17
|
remove punctuation
|
NCBI
|
RhodobacaspAN95
|
Rhodobaca sp. AN95
|
remove punctuation
|
NCBI
|
Vibriosp SPRZ213
|
Vibrio sp. SPRZ213
|
remove punctuation
|
NCBI
|
ComamonasspSMCC B0675
|
Comamonas sp. SMCC B0675
|
remove punctuation
|
NCBI
|
streptomyc sp. ISO678_OTU4111
|
Streptomyces sp. ISO678_OTU4111
|
remove suffix
|
NCBI
|
bacteriumenrichment cultureclone Dan6012E
|
bacterium enrichment culture clone Dan60_12E
|
remove punctuation
|
NCBI
|
Sporosarcinasp.A2-4c-7
|
Sporosarcina sp. A2-4c-7
|
remove punctuation
|
NCBI
|
Methylobacterium sp. iEIV1
|
Methylobacterium sp.
|
user rep
|
(Derived) Bacteria Root
|
Salmonellasp0000-0058-2889
|
Salmonella sp. 0000-0058-2889
|
remove punctuation
|
NCBI
|
Sinorhizobiumsp.CZ217nodule
|
Sinorhizobium sp. CZ2_17_nodule
|
remove punctuation
|
NCBI
|
uncultured alphaproteobacterium MB11B07
|
uncultured alpha proteobacterium MB11B07
|
remove punctuation
|
NCBI
|
bacillu sp. FJAT-4557
|
Bacillus sp. FJAT-4557
|
remove suffix
|
NCBI
|
Enterococcussp660643J
|
Enterococcus sp. 660643J
|
remove punctuation
|
NCBI
|
Streptococcussp 2010Ileo_MSXXc
|
Streptococcus sp. 2010_Ileo_MS_XXc
|
remove punctuation
|
NCBI
|
Alcohol and Bacteria Metadata Harmonization Dataset
Summary
This dataset contains domain-specific term mixtures for training and evaluating metadata harmonization systems under domain shift. Each configuration includes a defined ratio of alcohol-related and bacteria-related terms to support experiments on generalization and domain adaptation. Each entry includes a term representation, its corresponding harmonized standard, and metadata such as variation type and source terminology. Variation types range from standard forms to lexical (e.g., synonyms, abbreviations) and structural modifications (e.g., removing punctuation or grouping symbols, omitting stopwords, or rearranging word order). Term harmonization targets are drawn from PhenX Toolkit, NCBI Taxonomy, and NIST.
This dataset was used in the study:
Metadata Harmonization from Biological Datasets with Language Models
Alexander Verbitsky, Patrick Boutet, Mohammed Eslami
Netrias, LLC
Configurations
Each configuration provides a different mixture of alcohol and bacteria terms for harmonization:
alcohol_100_bacteria_0: 100% alcohol-related termsalcohol_75_bacteria_25: 75% alcohol, 25% bacteriaalcohol_50_bacteria_50: 50% alcohol, 50% bacteriaalcohol_25_bacteria_75: 25% alcohol, 75% bacteriaalcohol_0_bacteria_100: 100% bacteria-related terms
Supported Splits
Each configuration includes the following splits:
train: Training data with aligned representation-standard pairs.validation: Used for model selection and early stopping.id_test: In-dictionary test set; contains new representations of standard terms present in the training set.ood_test: Out-of-dictionary test set; contains representations of standard terms not present in the training set.
Features
Each example includes the following fields:
representation(string): The original term variant being harmonized. This may be a synonym, abbreviation, transformation, or the standard term itself.harmonization_standard(string): The correct standardized form of the term, drawn from a controlled terminology.variation_type(string): A label describing how the representation differs from the standard (e.g., “abbreviation”, “synonym”, or other transformation types).source_terminology(string): Comma-separated ontologies or terminologies where the standard term appears. Multiple sources are listed if the term is shared across different standards.
Usage
from datasets import load_dataset
# Load the 50% alcohol, 50% bacteria configuration
dataset = load_dataset("netrias/alcohol_bacteria_metadata_harmonization", "alcohol_50_bacteria_50")
train = dataset["train"]
validation = dataset["validation"]
id_test = dataset["id_test"]
ood_test = dataset["ood_test"]
print(f"Train Example:\n{train[0]}")
print(f"\nValidation Example:\n{validation[0]}")
print(f"\nIn-Dictionary Test Example:\n{id_test[0]}")
print(f"\nOut-of-Dictionary Test Example:\n{ood_test[0]}")
Citation
If you use this dataset, please cite:
Verbitsky A., Boutet P., Eslami M. (2025). Metadata Harmonization from Biological Datasets with Language Models. bioRxiv. https://doi.org/10.1101/2025.01.15.633281
License
This dataset is released under the Apache License 2.0.
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