  Extensive simulations are made of the spin glass susceptibility and
correlation length in five dimension Ising Spin Glasses (ISGs) with Gaussian
and bimodal interaction distributions. Once the transition temperature is
accurately established using a standard criterion, critical exponents and
correction terms can be readily estimated by extrapolating measurements made in
the thermodynamic limit regime. The data show that the critical exponents of
the susceptibility $\gamma$ and of the correlation length $\nu$ depend on the
form of the interaction distribution. This observation implies that quite
generally critical exponents are not universal in ISGs.
