An anti-aging European Space Agency experiment that reached the International Space Station (ISS) will focus on nanoparticles as a method to remove free radicals from the human body. This procedure could obstruct some of the cellular destruction linked to aging, but it may also aid astronauts to stay healthy for the long run on space expeditions. Even if the mystical fountain of immortality hasn’t been found just yet, this procedure could, in fact, impede the effects of age a little bit.
Even if there is not one reason for aging, free radicals are apparently an essential set to the table. A free radical is a molecule which has a single electron in its external layers, extremely reactive, meaning that they take electrons from other particles. This might lead to them to stop functioning. With time, this process creates cellular damage also known as oxidative stress which is linked to aging. Astronauts suffer from the same stress impact while in space, it might seem.
To nullify these particles, doctors recommend people to ensure they intake vitamin C, vitamin A, and beta carotene in their dietary patterns. One has to keep getting these elements as it won’t nullify antioxidants forever.
An anti-aging nanoparticles experiment run by ESA reached the ISS
The ESA Nano Antioxidants test will assay a kind of ceramic nanoparticle, also known as ‘nanoceria’ in order to see if the nanoparticle can assimilate free radicals for an extended period with the goal to decrease the possibility of heart disease, muscle loss, and Parkinson’s.
This nanoceria has enzymatic energy within cells which enables them to nullify free radicals for weeks between intakes.
Nanoceria has been demonstrated in short-term researches to defend living cells from the oxidative stress. Researchers have discovered the molecules kept being steady and were capable of protecting muscle cells on board of the International Space Station. The new experiment aims to demonstrate the impacts of nanoceria for a more extended period.
In conclusion, ESA might, at some point in time, utilize nanoceria as a supplement that defends astronauts from cellular destruction linked to free radicals. The particle could also aid people here on Earth and lower the rate of age-related health issues.
Jasmine holds a Master’s in Journalism from Ryerson University in Toronto and writes professionally in a broad variety of genres. She has worked as a senior manager in public relations and communications for major telecommunication companies, and is the former Deputy Director for Media Relations with the Modern Coalition. Jasmine writes primarily in our LGBTTQQIAAP and Science section.