Exact(24)
These five complexes are of dinuclear structures.
The design of mixed-ligand complexes are of increasing interest from fundamental as well as technological and curative aspects.
Estimation of degrees of CT, oscillator and transition dipole strengths evoke that the fullerene 1 non-covalent complexes are of neutral character in ground state.
Protein engineering strategies facilitating controlled and spontaneous assembly of macromolecular complexes are of great interest for the design of artificial multi-enzyme systems of pre-defined composition.
[Nevertheless, we continue to be humbled by the essential role of the protein environment that turns on the remarkable activity of these small diiron complexes.] Other processes, also involving the cyano-diiron complexes, are of importance to the development of biohybrid chemistry.
13C spin-lattice relaxation time (T1C) measurements have also confirmed that the T1C values of the dried complexes are of the same order as those for the non-crystalline component of native cellulose.
Similar(36)
Monitoring and control of industrial complexes is of critical importance.
Metal-controlled self-assembly of complexes is of high interest in the field of Supramolecular Chemistry [1, 2].
The position of Arg227 in these complexes is of special interest with respect to turnover.
For infectious diseases, the unique perturbation of ribonucleoprotein complexes is of particular interest.
Repression by polycomb complexes is of high biological importance yet is not well understood mechanistically.
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