Bilirubin is the principal product of heme catabolism. High concentrations of the pigment are
neurotoxic, yet slightly elevated levels are beneficial. Being a potent antioxidant, oxidative …

Bilirubin, a yellow pigment formed during the heme breakdown in the red blood cells, plays
a central role in the physiological processes of vertebrates. It is the main component of Bovis …

Photochemical action plots are a powerful tool for mapping photochemical reaction
outcomes wavelength‐by‐wavelength. Typically, they map either the depletion of a reactant …

Bilirubin (BR) is an essential metabolite formed by the catabolism of heme. Phototherapy
with blue-green light can be applied to reduce high concentrations of BR in blood and is …

Unsymmetrically substituted boron (III) and zinc (II) dipyrromethenates were synthesized in
high yields, and the physico-chemical investigation results of them are presented …

After binding to human serum albumin, bilirubin could undergo photoisomerization and
photo-induced cyclization process. The latter process would result the formation of a …

Photoactivatable compounds for example photoswitches or photolabile protecting groups
(PPGs, photocages) for spatiotemporal light control, play a crucial role in different areas of …

The photochemistry of bilirubin has been extensively studied due to its importance in the
phototherapy of hyperbilirubinemia. In the present work, we investigated the ultrafast …

Bilirubin (BR) is the main end-product of the hemoglobin catabolism. For decades, its
photophysics has been mainly discussed in terms of ultrafast deactivation of the excited …

Context Bilirubin is an important molecule, used as a marker of some liver diseases, and it
can also be toxic and cause jaundice, especially in newborns. The main treatment for …