  Deep inelastic structure functions can be calculated from supergravity when
the Bjorken parameter $x$ satisfies $ x > 1/\sqrt{gN} $. We consider a gauge
theory with very large 't Hooft coupling $gN$ in order to investigate the
region $x << 1$. In this case the center of mass energy is large enough to
increase the number of hadronic constituents of the final state. We calculate
the structure functions in terms of the number of final hadronic constituents.
At small $x$ we find a scaling law similar to geometric scaling but with
$\gamma_s = 0.5 $ and $ \lambda = 1 $.
