Go BackBiological Process?
age-dependent telomere shortening (Total: 2, Platelet: 1) (Children)
cell aging (Total: 37, Platelet: 15) (Children)
chronological cell aging (Total: 2, Platelet: 2) (Children)
negative regulation of cell aging (Total: 1, Platelet: ) (Children)
nucleolar fragmentation (Total: 1, Platelet: ) (Children)
positive regulation of cell aging (Total: 1, Platelet: 1) (Children)
progressive alteration of chromatin involved in cell aging (Total: 2, Platelet: 1) (Children)
progressive alteration of chromatin involved in replicative cell aging (Total: 2, Platelet: 1) (Children)
regulation of cell aging (Total: 2, Platelet: 1) (Children)
replicative cell aging (Total: 5, Platelet: 2) (Children)
Molecular Function?
Cellular Component?
The children of the term : cell aging
Biological Process?
age-dependent telomere shortening (Total: 2, Platelet: 1) (Children)cell aging (Total: 37, Platelet: 15) (Children)
chronological cell aging (Total: 2, Platelet: 2) (Children)
negative regulation of cell aging (Total: 1, Platelet: ) (Children)
nucleolar fragmentation (Total: 1, Platelet: ) (Children)
positive regulation of cell aging (Total: 1, Platelet: 1) (Children)
progressive alteration of chromatin involved in cell aging (Total: 2, Platelet: 1) (Children)
progressive alteration of chromatin involved in replicative cell aging (Total: 2, Platelet: 1) (Children)
regulation of cell aging (Total: 2, Platelet: 1) (Children)
replicative cell aging (Total: 5, Platelet: 2) (Children)