… and have proved to be an important tool to investigate chromatin folding (Figure 1). Here, we
… point of view of polymer physics modeling, focusing on principled approaches, in particular, …

… applications of these computational approaches, we … the chromatin is a polymer, we expect
that its folding properties can be quantitatively studied in the framework of polymer physics. In …

… on Polymer Physics to describe the chromatin architecture, clarifying many aspects about the
molecular mechanisms underlying genome folding… some general computational methods to …

… 2, we will describe some general computational methods to … of High Performance Computing
(HPC) resources to fully explore the … properties of chromatin and explain the folding of real …

… computational approaches showing the versatility of polymer models to tackle the problem of
chromatin folding in general and to study … specific applications of polymer physics models to …

… of chromatin organization: loop-extrusion and polymer phase-… In the last years, many different
computational strategies have … Finally, we examine the molecular determinants of folding …

… due to the high expense of computation. In this review, we … However, classical polymer
physics proposes a power-law … This study questioned the assumption that CTCF alone could …

… approaches in the chromatin structure field with an emphasis on modeling, such as molecular
dynamics and coarse-grained computational approaches… to explore the protein folding and …

… To highlight the potentialities of such kind of computational approaches, here we discuss …
approaches, such as models from polymer physics, are crucial to investigate chromatin folding …

… by computational modeling efforts based on polymer physics … from polymer physics relevant
to DNA and chromatin, then … Figure 3 Techniques to study chromatin organization fall into …