  We start a systematic investigation of the possibility to have supersymmetry
(SUSY) to be an asymptotic state of the gauge theory in the high energy (UV)
limit, due to the renormalization group running of coupling constants of the
theory. The answer on whether this situation takes place or not, can be
resolved by dealing with the running of the ratios between Yukawa and scalar
couplings to the gauge coupling. The behavior of these ratios does not depend
too much on whether gauge coupling is asymptotically free (AF) or not. It can
be shown that the UV stable fixed point for the Yukawa coupling is not
supersymmetric. Taking this into account, one can break down SUSY only in the
scalar coupling sector. We consider two simplest examples of such breaking,
namely N=1 supersymmetric QED and QCD. In one of the cases one can construct an
example of SUSY being restored in the UV regime.
