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. 2023 Jul 18;13(7):855. doi: 10.3390/metabo13070855

Table 2.

Cell or tissue-specific GEMs developed using omics data. Abbreviations G, T, P, M, and F denote gene expression (microarray), transcriptomics (NGS), proteomics, metabolomics, and fluxomics, data, respectively. CVD, NAFLD, AD, T2D, T1D, MTB, IEMs, PBMCs, and HEK denote cardiovascular disease, non-alcoholic fatty liver disease, Alzheimer’s disease, type 2 diabetes, type 1 diabetes, and Mycobacterium tuberculosis, inborn errors of metabolism, peripheral blood mononuclear cells, and human embryonic kidney, respectively.

Tissue or Cell-Type Human Metabolic Reconstructions Used for the Contextualization Omics or Diet Data Type(s) Phenotypes Modeled References
Liver HepatoNet1 G Liver metabolism [113]
HMR2
(iHepatocytes2322)
T, P, and M NAFLD [6]
HMR2 T and M NAFLD [8]
Recon1 T, M, and F NAFLD [98]
Adipocytes HMR1
(iAdipocytes1809)
T, P, and F Adipocyte metabolism [28]
Skeletal muscles HMR2
(iMyocyte2419)
T and P T2D [29]
–– T and P CVD [105]
Heart Recon1
(CardioNet)
G Cardiac metabolism [114]
Brain Astrocyte metabolic network T Ischemic and normal conditions [115]
Recon3D T and M AD [103,104]
Recon1
(iNL403)
G and P AD [101]
Kidney –– T and P Focal segmental glomerulosclerosis [116]
Kidney Recon2
(HEK cell culture)
–– Metabolism of HEK cells [117]
Alveolar macrophage Recon1
(iAB-AMØ-1410)
G Host-pathogen interactions in MTB [118]
CD4+ T-cells HMR2 G, T, and M CD4+ T-cells activation and differentiation [7]
PBMCs HMR2 G, T, and M T1D [119]
Human small intestinal epithelial cells Recon1
(hs_sIEC611)
American diet and a balanced diet Intestinal metabolism and IEMs [106]
Whole-body metabolic reconstructions Recon3D
(WBM)
T, P, and M Human metabolism and host-microbiome co-metabolism [120]