Abstract
Absorptive corrections to ordinary Reggeon exchange in different hadron-nucleon forward amplitudes are evaluated assuming they are due to diffractive-rescattering effects. No hypothesis concerning the $t$ structure of amplitudes is required and only $\ensuremath{\rho}$ universality at $t=0$ has been assumed. Using independent sets of data, cut corrections are consistently found to be destructive and rather large, representing typically 30% of the pole contribution to meson-nucleon amplitudes.
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