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Spatiotemporal coordination of chromatin and subnuclear compartments is
crucial for cells. A plethora of enzymes act inside nucleus, and some of those
transiently link two chromatin segments. Here, we theoretically study how such
transient-linking activities affect fluctuating dynamics of an inclusion in the
chromatic medium. Numerical simulations and a coarse-grained model analysis
categorize inclusion dynamics into three distinct modes. The transient-linking
activity speeds up the inclusion dynamics by affecting a slow mode associated
with chromatin remodeling, viz., size and shape of the chromatin meshes.
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