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Table 6 Data-driven precision diagnosis in digestive diseases based on metagenomics

From: Data-driven decision-making for precision diagnosis of digestive diseases

First author, year

Disease

n

Data source and specific task

ML method

Diagnostic performance

Refs.

Loomba, 2017

NAFLD

86

Gut metagenomics data of stool; classification based on a fecal metagenomic signature

RF/SVM/clustering

AUC: 0.936

[153]

Yang, 2020

CRC

534

Fecal metagenomics data; classification based on fecal microbiomics biomarkers

Clustering/RF

AUC: 0.811–0.930

[154]

Bang, 2019

CRC

404

Gut microbiome data from 16 S rRNA sequencing; classification based on gut microbiome

SVM/KNN/LogitBoost

Accuracy: 96.84%

[155]

Dai, 2018

CRC

526

Gut metagenomics data; classification based on seven CRC-enriched bacterial markers

PCA/SVM

AUC: 0.820–0.84

[156]

Abbas, 2019

IBD

973

Gut metagenomics data of biopsy samples from QIITA database; classification based selected features by NBBD

RF

AUC: 0.760–0.800

[157]

Syama, 2023

CRC/IBD

1849

Gut metagenomics data sets of CRC and IBD; classification based on gut metagenomics data by boosting GraphSAGE

GCN

AUC: 0.900–0.930

[158]

Lee, 2022

IBD/CRC/LC

644

Gut metagenomics data sets; classification based on metagenome features

RF/SVM/PCR/LASSO/XGBoost/

AUC: 0.840–0.980

[159]

Forbes, 2018

UC

102

Gut metagenomics data; classification based on abundant taxonomic biomarkers of gut microbiota

Naive Bayes/RF/PCA

AUC: 0.900–0.930

[160]

Liang, 2020

CRC

1012

Fecal metagenomics data; classification based on combining several gut microbial gene markers with FIT

LR

Sensitivity: 93.8%

Specificity: 81.2%

[161]

Hollister, 2019

IBS

45

Fecal metagenomics and metabolomics data; classification based on fecal metagenomic and metabolic markers

RF/LASSO/SVM/Naive Bayes

AUC: 0.930

[162]

  1. Full names of abbreviations are given in the Abbreviations section of the manuscript