Table 1.
The ASFAs describe coherent functions of the human cell.a
| Axis | Terms | #GO | Taxons |
|---|---|---|---|
| 51 | Maintenance, activity, telomere, scaRNA, RNA, telomeric, biosynthetic, Cajal, regulation, protein, stability, nucleus, localization, process, lengthening, establishment, body, DNA, positive, via, stabilization, telomerase, chromosome, organization | 27 | 3702, 4896, 6239, 7227, 7955, 9031, 9606, 9615, 9823, 9913, 10090, 10116, 352472, 511145, 559292 |
| 144 | Activity, anion, negative, aminobutyric, regulation, signaling, inhibitory, assembly, inorganic, chloride, store, pathway, acid, transmembrane, transport, synapse, operated, gamma, calcium, channel | 8 | 4896, 10116, 9606, 9031, 511145, 10090, 9615, 7955, 3702, 352472, 7227, 559292, 6239 |
| 64 | Neural, crest, cell, stem, specification, fate | 3 | 6239, 7227, 7955, 9031, 9606, 10090 |
| 68 | Cranial, development, nerve | 2 | 7955, 9031, 9606, 10090, 10116 |
| 402 | Remodeling, regulation, bone, positive, resorption | 3 | 9606, 10090, 10116 |
| 36 | Muscle, skeletal, regeneration, tissue | 1 | 9606, 10090, 10116 |
| 406 | Potential, action, cell, muscle, cardiac | 1 | 7955, 9606, 10090, 10116 |
a
For the human ONMTF embedding space, we use the GO BP terms associated with its axes to generate the ASFAs. The first column, ‘Axis’, lists the number of the axes from which each ASFA was obtained. The second column, ‘Terms’, shows the description of the ASFAs. The third column, ‘#GO’, displays the number of GO BP terms that are associated with the axis. The fourth column, ‘Taxons’, shows the Taxonomy ID of the different species for which the associated GO BP terms appear. The complete Table with all the human ASFAs and assigned GO terms can be found in the Supplementary online data.