EN
We show that if μ₁, ..., μₘ are log-concave subgaussian or supergaussian probability measures in $ℝ^{n_{i}}$, i ≤ m, then for every F in the Grassmannian $G_{N,n}$, where N = n₁ + ⋯ + nₘ and n< N, the isotropic constant of the marginal of the product of these measures, $π_{F} (μ₁ ⊗ ⋯ ⊗ μₘ)$, is bounded. This extends known results on bounds of the isotropic constant to a larger class of measures.