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A kinetic study of the aqua substitution in the [TcO(OH 2 )(CN) 4 ] −  complex by different thiourea ligands (TU = thiourea, NMTU =  N -methyl thiourea, NNDMTU =  N ,  N ′-dimethylthiourea) yielded second-order formation rate constants (25°C) as follows [NNDMTU, NMTU, TU, respectively]:  k f   = 11.5 ± 0.1, 11.38 ± 0.04, and 7.4 ± 0.1 M −1 s −1 , with activation parameters: Δ  H #  k f    : 55 ± 2, 42 ± 3, 35 ± 5 kJ mol −1 ; Δ S #  k f    : − 40 ± 8, − 84 ± 11, − 110 ± 17 J K −1 mol −1 . A subsequent high-pressure investigation of the aqua substitution in the [ReO(OH 2 )(CN) 4 ] −  and [TcO(OH 2 )(CN) 4 ] −  complexes by selected entering ligands yielded Δ V #  k f    values as follows: Re(V): −1.7 ± 0.3(NCS − ), −22.1 ± 0.9 (TU) and for Tc(V): −3.5 ± 0.3(NCS − ), −14 ± 1 (NNDMTU), and −6.0 ± 0.5 (TU) cm 3 mol  −1 , respectively. These results point to an interchange associative mechanism for the negative NCS −  as entering group but even a pure associative mechanism for the neutral thiourea ligands.

metal-based drugs

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

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