The collapsed regions at short s are also stretched. At s ~10 there is nonmonotonic change in the derivative, corresponding to local crumpling of the segments. Formation of crumples along the chains is also confirmed by P(s) dependence, with pronounced maxima at s = 10. At s > 10 collapsed segments have scaling 0.44, which is close but slightly lower then ideal packing according to Flory's theorem . For the sake of clarity, R(s) and P(s) for classical globule are also shown in Figure . Note the connection between the observed dependencies and the fractal globule and recent studies of chromatin structure . As in these works, we observe folding that characterizes some intermediate state between the equilibrium "gaussian" conformation with scaling 1/2 and the ideal fractal structure (Hilbert curve) with scaling 1/3.