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This is why eating untimely affects your skin!

The findings indicates that people who eat late at night are more vulnerable to sunburn and longer-term effects such as skin ageing and skin cancer.

This is why eating untimely affects your skin! Image for representational purpose only

New York: Do you often indulge in midnight snack? If yes, then you are harming your skin. Researchers have said that eating untimely might disrupt the skin's protective ability against the sun's harmful ultraviolet (UV) radiation.

The findings indicates that people who eat late at night are more vulnerable to sunburn and longer-term effects such as skin ageing and skin cancer.

Joseph S. Takahashi, Chairman of Neuroscience at University of Texas Southwestern Medical Center said,"This finding is surprising. I did not think the skin was paying attention to when we are eating."

In the study, the team showed that mice given food only during the day -- an abnormal eating time for the otherwise nocturnal animals -- sustained more skin damage when exposed to ultraviolet B (UVB) light during the day than during the night.

This outcome occurred, at least in part, because an enzyme that repairs UV-damaged skin -- xeroderma pigmentosum group A (XPA) -- shifted its daily cycle to be less active in the day.

Researchers said mice that were fed only during their usual evening times did not show altered XPA cycles and were less susceptible to daytime UV rays.

Takahashi said,"It is likely that if you have a normal eating schedule, then you will be better protected from UV during the daytime,"

Takahashi added,"If you have an abnormal eating schedule, that could cause a harmful shift in your skin clock, like it did in the mouse."

Besides disrupting XPA cycles, changing eating schedules could also affect the expression of about 10 per cent of the skin's genes.

However, more research is needed to better understand the links between eating patterns and UV damage in people, particularly how XPA cycles are affected, the researchers said.

The study was published in Cell Reports.

(With IANS inputs)