USP35 Activators

The class of chemicals that can activate USP35 includes a variety of small molecules that interact with deubiquitinating enzymes or cellular pathways related to protein degradation and turnover. While none of these chemicals are known to directly enhance the activity of USP35, they are associated with the modulation of cellular processes that could lead to an increase in USP35 function. For example, which may indirectly stimulate the activity of deubiquitinating enzymes as the cell attempts to maintain protein homeostasis. Similarly, compounds like chloroquine inhibit autophagy, potentially resulting in the increased ubiquitination of cellular proteins, which could indirectly enhance the activity of DUBs like USP35 in an attempt to regulate the ubiquitin-proteasome system.

Additionally, other compounds listed, can have complex effects on the proteostasis network within cells. This compensatory response can result in the indirect activation of USP35. Moreover, chemicals like spermidine that induce autophagy and curcumin that affects various signaling pathways could also contribute to an environment that necessitates increased DUB activity, including that of USP35. T