This binding triggers the recruitment of UTX . Crucially, research shows that UTX acts as a "bridge," bringing MLL4 and p300 to the specific DNA site.
Detailed findings on this specific network can be found in Molecular Cell via ScienceDirect .
Understanding the UTX-MLL4-p300 Regulatory Network in Gene Activation 53191.rar
When ATRA enters a cell, it binds to the RAR/RXR heterodimer.
A major "enhancer" protein that marks specific areas of DNA for activation. This binding triggers the recruitment of UTX
An enzyme that adds chemical tags (acetylation) to DNA-packaging proteins to facilitate gene reading. How the Network Functions
Research associated with identifiers like 53191 often focuses on a specific "feedforward" loop involving three primary proteins: 53191.rar
Recent advancements in epigenetics have highlighted the critical role of multi-protein complexes in "turning on" genes. Central to this process is the , a type of nuclear receptor that acts as a switch for gene expression in response to Vitamin A derivatives like All-Trans Retinoic Acid (ATRA) . The Key Players
