Top Curr Chem (Z) (2018) 376:24
1 3
highly desirable, as together with current advances in experimental techniques, it would
ultimately lead to a comprehensive understanding of these processes.
Fig. 2 UV-absorbing bio-chromophores in proteins and nucleic acids, together with associated absorption wavelengths. States involved in absorption out of the spectral region of backbones are highlighted in
blue for the UV-chromophores reported in this review. Their respective backbone units, absorbing in the
high-energy UV window, and important protein cofactors are also depicted for the sake of completeness
68
Reprinted from the journal
1 3
highly desirable, as together with current advances in experimental techniques, it would
ultimately lead to a comprehensive understanding of these processes.
Fig. 2 UV-absorbing bio-chromophores in proteins and nucleic acids, together with associated absorption wavelengths. States involved in absorption out of the spectral region of backbones are highlighted in
blue for the UV-chromophores reported in this review. Their respective backbone units, absorbing in the
high-energy UV window, and important protein cofactors are also depicted for the sake of completeness
68
Reprinted from the journal