Xenib0465.jpg

Research often focuses on how inhibiting these proteins can stop the growth of tumor cells, particularly in breast or gastric cancers.

A 3D representation showing how a small molecule (inhibitor) binds to a protein pocket. xenib0465.jpg

A structural model of enzymes involved in gene regulation, specifically those that modify chromatin. Research often focuses on how inhibiting these proteins

The "xenib" prefix often appears in databases like Xenbase , which hosts genomic and expression data for Xenopus (frog) research models. In a scientific "write-up" context, this image likely visualizes one of the following: The "xenib" prefix often appears in databases like

The filename appears to be a technical or biological asset associated with research on histone demethylases (like KDM4B ) or structural biology data often found in databases like the RCSB Protein Data Bank . Summary Analysis

Could you clarify if you're looking for a this image came from, or do you need a technical description of the biological structure itself?

These proteins, such as KDM5B , are "master regulators" that can turn genes on or off, making them major targets in cancer research.