  The purpose of this note is to give the one loop radiative corrections to the
top quark pair production in the $p\bar{p}$ annihilation at the Fermilab
Tevatron in the context of the Minimal Supersymmetric Model. We concentrate
here on the supersymmetric QCD corrections and give the analytic expression for
these corrections. Recently Li et. al. have reported the supersymmetric QCD
corrections to this process we indicate clearly a comparison of their and our
work. In particular, we find additional corrections [crossed box and gluon
self-energy] at the one loop level which are not given by Li et. al.. Our
numerical results disagree with the original claim of Li et. al. The numerical
values given by them in a recent erratum do agree with the general trend of our
numerical results however the actual values still disagree. We find that the
percentage corrections at the hadronic corrections changes from $22\%$ to
$-0.5\%$ as the squark mass is changed from 100 GeV to 600 GeV, for a gluino
mass of 200 GeV. For a gluino mass of 150 GeV the squark-mass dependence is
less abrupt; they change from $-5.3\%$ to $1\%$ as the squark mass is varied
between 100 GeV and 600 GeV. We also present numerical results for differential
cross section at the hadronic level, and percentage corrections at the parton
level. PACS number(s): 14.80Dq; 12.38Bx; 14.80. Gt
