cancer progression tagged posts

USP15 protein has been Identified as Novel Target for therapy against Cancer Progression

Molecular model showing the novel proposed mechanism for the activation of SMURF2. The C-lobe (in yellow) of the SMURF2 protein interacts with an ubiquitin molecule (in green), which was transferred to SMURF2 by USP15. Credit: Image courtesy of National University of Singapore

Molecular model showing the novel proposed mechanism for the activation of SMURF2. The C-lobe (in yellow) of the SMURF2 protein interacts with an ubiquitin molecule (in green), which was transferred to SMURF2 by USP15. Credit: Image courtesy of National University of Singapore

In certain settings, the TGF-beta pathway can act as an oncogene, enhancing cancer progression in humans. The activation of this pathway can increase the growth of tumors by promoting cell invasion, activating cancer stem cells, and in some cases, promoting the spread of cancer. In recent years, a number of deubiquitinating enzymes have been shown to regulate the TGF-β pathway and may potentially be considered as a new class of drug targets...

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