A new study found that when #plastics fragment into #microplastics, their greatly increased surface area can generate #ReactiveOxygenSpecies that may harm biological systems, challenging the view that microplastics are chemically inert.
#FreeRadicals #CellularDamage
#FreeRadicals #CellularDamage
Microplastics are chemically active and could cause biological harm – BioNews Central
A new study found that when plastics fragment into microplastics, their greatly increased surface area can generate reactive oxygen species that may harm biological systems, challenging the view that microplastics are chemically inert. ...
sbee.link
October 17, 2026 at 3:05 AM
A new study found that when #plastics fragment into #microplastics, their greatly increased surface area can generate #ReactiveOxygenSpecies that may harm biological systems, challenging the view that microplastics are chemically inert.
#FreeRadicals #CellularDamage
#FreeRadicals #CellularDamage
@pfanderson.bsky.social @drspacejunk.bsky.social Until we can significantly retard, prevent, or even undo this damage, we are NOT making it out this system. Sorry. #CellularDamage
November 8, 2024 at 4:24 AM
@pfanderson.bsky.social @drspacejunk.bsky.social Until we can significantly retard, prevent, or even undo this damage, we are NOT making it out this system. Sorry. #CellularDamage
A review of more than 350 studies suggests that #ProteinRestriction may promote #HealthyAging by improving #metabolism, reducing #CellularDamage, and preserving #CellFunction.
#Longevity #Lifespan #Aging #Diet
#Longevity #Lifespan #Aging #Diet
Protein restriction: Reducing protein intake could promote healthy aging – BioNews Central
A review of more than 350 studies suggests that protein restriction may promote healthy aging by improving metabolism, reducing cellular damage, and preserving cell function. ...
sbee.link
August 2, 2026 at 9:26 PM
A review of more than 350 studies suggests that #ProteinRestriction may promote #HealthyAging by improving #metabolism, reducing #CellularDamage, and preserving #CellFunction.
#Longevity #Lifespan #Aging #Diet
#Longevity #Lifespan #Aging #Diet