Abstract:The results indicate that SFU is photodegraded through a relatively efficient process in a neutral environment, whereas it is quickly degraded in alkaline media. This is attributed to the ionization of the sulfamino- group, a substituent in the uracil molecule that exerts an activating power on the molecule. Thus, sensitized photodegradation may be an important tool to reduce the environmental impact of SFU.
In an aqueous solution, when riboflavin (RF) is present with pyridoxine HCl (PD) on irradiation (UV, visible light), it results in the increased RF-sensitized photodegradation of PD.
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