“…This fork reversal mechanism has emerged as an important means for stabilizing stalled forks and resuming replication following replication perturbation. For this reason, the dynamics of reversed forks has been extensively studied (Neelsen & Lopes, 2015;Quinet et al, 2017b;Rickman & Smogorzewska, 2019). The formation of reversed forks is catalyzed by SMARCAL1, ZRANB3, FANCM, HLTF, FBH1, and perhaps others (Betous et al, 2012;Gari et al, 2008;Kile et al, 2015;Kolinjivadi et al, 2017;Taglialatela et al, 2017;Vujanovic et al, 2017), and also involves RAD51 .…”