RT @djost_physbiol: @dhnisz Concept of (micro)phase-separation has been also used to explained chromatin organization(https://t.co/cXOweCWI…
@dhnisz Concept of (micro)phase-separation has been also used to explained chromatin organization(https://t.co/cXOweCWIAk , https://t.co/oCU9EcJCu9)
Interesting https://t.co/EYKXFYqWbd
RT @Gene_Regulation: Using polymer modelling to understand the formation and function of nuclear compartments https://t.co/vgZnrsfLow #chro…
Perspectives: using polymer modeling to understand the formation and function of nuclear compartments https://t.co/ds6Q4yXiIR
RT @Gene_Regulation: Using polymer modelling to understand the formation and function of nuclear compartments https://t.co/vgZnrsfLow #chro…
RT @Gene_Regulation: Using polymer modelling to understand the formation and function of nuclear compartments https://t.co/vgZnrsfLow #chro…
RT @Gene_Regulation: Using polymer modelling to understand the formation and function of nuclear compartments https://t.co/vgZnrsfLow #chro…
Using polymer modelling to understand the formation and function of nuclear compartments https://t.co/vgZnrsfLow #chromatin "nanoreactors" https://t.co/hnw6rMon6Y
@djost_physbiol: RT Perspectives in polymer modeling: understanding the dynamic functional relation between #epige… https://t.co/v51I9FdJes
RT @djost_physbiol: Perspectives in polymer modeling: understanding the dynamic functional relation between #epigenetics and #3Dgenome. htt…
Perspectives in polymer modeling: understanding the dynamic functional relation between #epigenetics and #3Dgenome. https://t.co/aWucftefZ5