International audienceThe electron-transfer properties of electron-reservoir Fe-I sandwich complexes are briefly reviewed, with emphasis on their ability to generate extremely reactive superoxide radical anion. These electron-transfer processes include (i) stoichiometric electron-transfer reactions to a variety of substrates, (ii) redox catalysis, (iii) initiation of electron-transfer-chain catalyzed processes, (iv) sensors in dendrimers for molecular recognition and (v) new, solvent- and medium-independent references for the determination of electrochemical redox potentials
The dioxygen molecule is a critical component in a variety of energy-evolving processes and biologic...
Electron and energy transfer are ubiquitous in biological, chemical, and physical processes, which h...
The catalytic potential of linked redox centres is exemplified by the catalytic site of [FeFe]-hydro...
International audienceThe electron-transfer properties of electron-reservoir Fe-I sandwich complexes...
Transition-metal sandwich complexes are a unique organometallic family that withstands robust redox ...
Metalloproteins with active sites containing di-Fe cores exhibit diverse chemical reactivity that is...
Metal-ligand cooperation is an important aspect in earth-abundant metal catalysis. Utilizing ligands...
Metal-ligand cooperation is an important aspect in earth-abundant metal catalysis. Utilizing ligands...
The direct electrochemistry of redox proteins has been achieved at a variety of electrodes, includin...
The electrochemical behaviour of tetramethyl-pyrrolinic, -piperidinic, indolinonic and quinolinic am...
Superoxide ion (O2•–) is important as the product of the one-electron reduction of dioxy...
The electrochemistry of redox proteins is now well established. Conditions exist which allow electro...
The redox behaviour of some new iron complexes has been studied in both acidic and alkaline solution...
Electron transfer reactions are key steps in photosynthesis, respiration and numerous other biochemi...
The Fe³⁺/²⁺ redox couple, in the form of Fe (II) and Fe (III) trifluoromethane sulphonate, has been ...
The dioxygen molecule is a critical component in a variety of energy-evolving processes and biologic...
Electron and energy transfer are ubiquitous in biological, chemical, and physical processes, which h...
The catalytic potential of linked redox centres is exemplified by the catalytic site of [FeFe]-hydro...
International audienceThe electron-transfer properties of electron-reservoir Fe-I sandwich complexes...
Transition-metal sandwich complexes are a unique organometallic family that withstands robust redox ...
Metalloproteins with active sites containing di-Fe cores exhibit diverse chemical reactivity that is...
Metal-ligand cooperation is an important aspect in earth-abundant metal catalysis. Utilizing ligands...
Metal-ligand cooperation is an important aspect in earth-abundant metal catalysis. Utilizing ligands...
The direct electrochemistry of redox proteins has been achieved at a variety of electrodes, includin...
The electrochemical behaviour of tetramethyl-pyrrolinic, -piperidinic, indolinonic and quinolinic am...
Superoxide ion (O2•–) is important as the product of the one-electron reduction of dioxy...
The electrochemistry of redox proteins is now well established. Conditions exist which allow electro...
The redox behaviour of some new iron complexes has been studied in both acidic and alkaline solution...
Electron transfer reactions are key steps in photosynthesis, respiration and numerous other biochemi...
The Fe³⁺/²⁺ redox couple, in the form of Fe (II) and Fe (III) trifluoromethane sulphonate, has been ...
The dioxygen molecule is a critical component in a variety of energy-evolving processes and biologic...
Electron and energy transfer are ubiquitous in biological, chemical, and physical processes, which h...
The catalytic potential of linked redox centres is exemplified by the catalytic site of [FeFe]-hydro...