Fig. 7: Increase of autophagic degradation protects cells from apoptosis.
These include measures such as curbing the rate of habitat loss and degradation, protecting at least 10% of the Earth's ecological regions, controlling the spread of invasive species and making sure that international trade does not take any species towards extinction.
Maintaining a homeostatic balance between protein synthesis and degradation protects against loss of skeletal muscle mass, plasticity and function.
As a result, Skp2 degradation is protected in cancer cells with elevated Akt activity.
Treatment with NAC prevents DUSP4 degradation and protects cells against Cd2+-induced apoptosis.
Reforestation, when properly planned, can mitigate the effects of the degradation process, protect biodiversity and enhance the provision of forest goods and services.
How can the degradation products protect cells from oxidants and heat shock?
While induction of autophagy and resultant enhanced protein degradation would protect the cell from toxic insults, accumulation of AVs without their efficient clearance could contribute to cell death.
These findings support a key role of LinHEL67 in preventing asrRNA cleavage and rRNA degradation, hence protecting the parasite from apoptosis.
miRNA stability is influenced by the 3′ end sequence motif or modification that mark miRNAs for degradation or protect them against exonucleolytic activity, depending on the specific miRNAs and the tissues.
We will see later that the soluble VEGF degradation model, in which HSPG-bound VEGF is protected from degradation, is effectively isoform-independent degradation; while degradation of HSPG-bound VEGF results in isoform-dependent degradation.
