Pathways

Metabolite Pathways
KEGG KEGG C16356
KEGG KEGG C02918
KEGG KEGG C16358
KEGG KEGG C14774
KEGG KEGG C02946
KEGG KEGG C00156
KEGG KEGG C00642
KEGG KEGG C00233
KEGG KEGG C00170
KEGG KEGG C13809
KEGG KEGG C14766
KEGG KEGG C00031
KEGG KEGG C00191
KEGG KEGG C00392
KEGG KEGG C00159
KEGG KEGG C00121
KEGG KEGG C00794
KEGG KEGG C00181
KEGG KEGG C05580
KEGG KEGG C00670
KEGG KEGG C00318
KEGG KEGG C00327
KEGG KEGG C00188
KEGG KEGG C01073
KEGG KEGG C00270
KEGG KEGG C00437
KEGG KEGG C05843
KEGG KEGG C02727
KEGG KEGG C00003
KEGG KEGG C00006
KEGG KEGG C00547
KEGG KEGG C00043
KEGG KEGG C05584
KEGG KEGG C00207
KEGG KEGG C03519
KEGG KEGG C02477
KEGG KEGG C04295
KEGG KEGG C00280
KEGG KEGG C11135
KEGG KEGG C00219
KEGG KEGG C00062
KEGG KEGG C20827
KEGG KEGG C14152
KEGG KEGG C00719
KEGG KEGG C07481
KEGG KEGG C01789
KEGG KEGG C00487
KEGG KEGG C00386
KEGG KEGG C00187
KEGG KEGG C00114
KEGG KEGG C00588
KEGG KEGG C00158
KEGG KEGG C00158
KEGG KEGG C00762
KEGG KEGG C00300
KEGG KEGG C00791
KEGG KEGG C01227
KEGG KEGG C04555
KEGG KEGG C11142
KEGG KEGG C00543
KEGG KEGG C01026
KEGG KEGG C00503
KEGG KEGG C11136
KEGG KEGG C00058
KEGG KEGG C00122
KEGG KEGG C02483
KEGG KEGG C00489
KEGG KEGG C00051
KEGG KEGG C01233
KEGG KEGG C00037
KEGG KEGG C00581
KEGG KEGG C00581
KEGG KEGG C00800
KEGG KEGG C05582
KEGG KEGG C00262
KEGG KEGG C00954
KEGG KEGG C00294
KEGG KEGG C01177
KEGG KEGG C01717
KEGG KEGG C01189
KEGG KEGG C05952
KEGG KEGG C01595
KEGG KEGG C00137
KEGG KEGG C00153
KEGG KEGG C00253
KEGG KEGG C00209
KEGG KEGG C02237
KEGG KEGG C00642
KEGG KEGG C13747
KEGG KEGG C02137
KEGG KEGG C01953
KEGG KEGG C18044
KEGG KEGG C00583
KEGG KEGG C00847
KEGG KEGG C00022
KEGG KEGG C00296
KEGG KEGG C00474
KEGG KEGG C06153
KEGG KEGG C06124
KEGG KEGG C00245
KEGG KEGG C11134
KEGG KEGG C07480
KEGG KEGG C01157
KEGG KEGG C01104
KEGG KEGG C00398
KEGG KEGG C00366
KEGG KEGG C00086
KEGG KEGG C00366
KEGG KEGG C00299
KEGG KEGG C05584
KEGG KEGG C00385
Pathway Metabolites
NAD+ S P

The MetaboAge Database is a freely available electronic database with the main goal to host high-quality, manually curated, and detailed information about human small molecule metabolites that are involved in the aging signature. Briefly, the metabolites included in this database are small molecules that present variation in different age stages. Also, MetaboAge provides an encyclopedic reference on human metabolic pathways of these molecules. It is intended to be used for better knowledge and understanding of the aging process and has applications in metabolomics, clinical chemistry, biomarker discovery, and general education.