  Using gauge/gravity duality, we compute jet quenching parameter in confined
and deconfined phases of noncommutative Sakai-Sugimoto model. In the confined
phase jet quenching parameter is zero and noncommutativity does not affect it.
In deconfined phase we find that the leading correction is negative i.e. it
reduces the magnitude of the jet quenching parameter as compared to its value
in commutative background. Moreover it is seen that the effect of leading
correction is more pronounced at high temperatures
