The aim of this retrospective study was to investigate relationships between relative cerebral blood flow and striatal dopamine transporter and dopamine D2/3 availability in healthy subjects. The data comprised dynamic PET scans with two dopamine transporter tracers [¹¹C]PE2I (n = 20) and [¹⁸F]FE-PE2I (n = 20) and the D2/3 tracer [¹¹C]raclopride (n = 18). Subjects with a [¹¹C]PE2I scan also underwent a dynamic scan with the serotonin transporter tracer [¹¹C]DASB. Binding potential (BP_ND) and relative tracer delivery (R₁) values were calculated on regional and voxel-level. Striatal R₁ and BP_ND values were correlated, using either an MRI-based volume of interest (VOI) or an isocontour VOI based on the parametric BP_ND image. An inter-tracer comparison between [¹¹C]PE2I BP_ND and [¹¹C]DASB R₁ was done on a VOI-level and simulations were performed to investigate whether the constraints of the modeling could cause correlation of the parameters. A positive association was found between BP_ND and R₁ for all three dopamine tracers. A similar correlation was found for the inter-tracer correlation between [¹¹C]PE2I BP_ND and [¹¹C]DASB R₁. Simulations showed that this relationship was not caused by cross-correlation between parameters in the kinetic model. In conclusion, these results suggest an association between resting-state striatal dopamine function and relative blood flow in healthy subjects.