  Recent calculations of the effects of hadronization and final state
interaction (FSI) in semi-exclusive deep-inelastic scattering (DIS)
$A(e,e'(A-1))X$ processes are reviewed. The basic ingredient underlying these
calculations, {\it viz} the time-dependent effective debris-nucleon cross
section is illustrated, and some relevant results on complex nuclei and the
deuteron are presented. In the latter case, particular attention is paid to the
choice of the kinematics, for such a choice would in principle allow one to
investigate both the structure function of a bound nucleon as well as the
hadronization mechanisms. It is stressed that a planned experiment at Jlab on
the process $D(e,e'p)X$ could be very useful in that respect.
