Kinetic and High-Pressure Mechanistic Investigation of the Aqua Substitution in the Trans-Aquaoxotetracyano Complexes of Re(V) and Tc(V): Some Implications for Nuclear Medicine

<table>The effect of pressure on the second-order
formation rate for the reaction between [ReO(OH2)(CN)4]− and NCS− ions and TU at 25°C, pH = 0.3, [M] =  M, a refers to left axis, b
refers to right axis. [NCS−]
=0.6 M,  nm; [TU] =
1.0 M,  nm, μ =
1.0 M (NaNO3).</table>

Metal-Based Drugs

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Figure 4

Figure 4: Kinetic and High-Pressure Mechanistic Investigation of the Aqua Substitution in the Trans-Aquaoxotetracyano Complexes of Re(V) and Tc(V): Some Implications for Nuclear Medicine

Figure 4 | Kinetic and High-Pressure Mechanistic Investigation of the Aqua Substitution in the Trans-Aquaoxotetracyano Complexes of Re(V) and Tc(V): Some Implications for Nuclear Medicine 