A specific lubricant seems to be a promising solution to mitigate microbial biofilms onboard ISS.
Among the many major threats that astronauts onboard the International Space Station contend with daily, an unwelcome yet inevitable risk comes from a miniscule being: Microbes. , can produce hibernating burrows in the form of complex matrices of cells. These cells are called biofilms, and they're found on the space station's surfaces, space suits and water systems, to name just a few spots they infest.
and damaging tissues. Plus, they do so while staying dormant, thanks to being protected by the biofilms they ooze out. On the space station, not only do biofilms pose a risk to astronaut health, but also to equipment they stick on — so much so that hoses and pumps have been sent back to
México Últimas Noticias, México Titulares
Similar News:También puedes leer noticias similares a ésta que hemos recopilado de otras fuentes de noticias.
Human knee cartilage 'bioprinted' on ISS in a firstRedwire completed the printing of the first human knee meniscus on orbit using its upgraded 3D BioFabrication Facility and bioinks.
Leer más »
ESA astronaut aboard ISS to document lightning from spaceAstronaut Andreas Mogensen will carry out a series of experiments using a high-tech camera system to film thunderstorms and lightning from space.
Leer más »
Chinese scientists report gene editing tool better than CRISPRChinese researchers claim to have created a new gene-editing technique called CyDENT that is more effective than Clustered Regularly Interspaced Short Palindromic Repeats (CRISPR) technology.
Leer más »
Unraveling long COVID: Here's what scientists who study the illness want to find outAt a recent medical gathering, researchers presented their latest hypotheses about what causes – and what could treat – the lingering disease.
Leer más »
Like a 'horror movie': Ocean scientists recover mysterious golden orb 2 miles deep off AlaskaIs it coral? A sponge? An egg sac, perhaps? Or the beginning of an
Leer más »
Scientists Unveil Urea’s Secret Role in the Origin of LifeScientists from ETH Zurich and the University of Geneva have developed a new technique that allows them to observe chemical reactions taking place in liquids at extremely high temporal resolution. This innovation enables them to track how molecules change within in mere femtoseconds – in other words
Leer más »