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We study the effects of $\\tilde{c}-\\tilde{t}$ mixing, taking into account the constraints on QFV from the B meson data. We find that the full one-loop corrected decay width $\\Gamma(h^0 \\to c \\bar{c})$ is very sensitive to the MSSM QFV parameters. In a scenario with large $\\tilde{c}_{L,R}-\\tilde{t}_{L,R}$ mixing, $\\Gamma (h^0 \\to c \\bar{c})$ can differ up to $\\sim \\pm 35\\%$ from its SM value. 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