The main topic of this thesis is the examination of model complexes for the nitrosyl heme centre of the soluble guanylate cyclase. Six ruthenium porphine complexes and one osmium porphine complex were synthesized, characterized and examined concerning their electron transfer behavior. All complexes have at least one cationic π-acidic non-innocent-ligand (Aπ)+ in axial position. First-time porphine model complexes are introduced, which not have a nitrosyl cation, but "organic analogues", the N-methylpyrazinium cation (mpz)+ and the N-methylbipyridium cation (MQ)+ in axial ligation. All model complexes were examined concerning electrochemistry, UV/Vis/NIR-, IR- and EPR-spectroelectrochemistry.
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