How space science is shaping next-gen skincare
By: Dontaira Terrell
As NASA prepares for longer missions, scientists are studying how space affects the skin. Microgravity, radiation exposure, disrupted sleep and recycled-air environments can lead to dryness, irritation, sensitivity and accelerated aging. As researchers rethink skincare and personal care products for astronauts, the same approach is beginning to influence the beauty industry's everyday consumers. One area of research is looking to some of Earth's most resilient organisms for clues about how skin can better withstand environmental stress.
"I always like to quote 'Life finds a way' from the movie 'Jurassic Park'," says Kyle laundry, president and co-founder of Delavie Sciences. "That simple phrase perfectly captures why I've spent nearly 20 years studying extremophiles, organisms that thrive in environments once thought to be incompatible with life," he says.
"These organisms have evolved to survive conditions that are traditionally detrimental to life. They have effectively hacked biology by developing enhanced DNA repair mechanisms, extraordinary stress resilience and novel compounds that challenge conventional thinking," Laundry says.
Hydration is another critical component of maintaining healthy, resilient skin, particularly in environments that can compromise the skin barrier. "When the barrier is dehydrated, trans-epidermal water loss can increase and enzymatic processes in the stratum corneum may become less efficient. Skin can feel tighter and more reactive and visible signs such as roughness, dullness and fine lines become more pronounced," says Patrick Schwarzentruber, chief scientist as NIANCE.
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