Article: Report summarizes life sciences study findings from Nihon University, Department of Applied Biological Sciences.

Current study results from the report, 'SOCS-3 inhibits E2F/DP-1 transcriptional activity and cell cycle progression via interaction with DP-1,' have been published. "Recent studies using SOCS family knock-out mice have suggested that SOCS proteins have multiple biological functions in addition to their role as negative regulators of JAK-STAT signaling. To explore these other functions of this family of proteins, we used yeast two-hybrid screening to find proteins interacting with human SOCS-3," scientists in Kanagawa, Japan report (see also Life Sciences).

"We identified the transcriptional factor DP-1 as a SOCS-3-interacting protein involved in regulation of ...

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