"Effects of Desiccation and Freezing on Microbial Ionizing Radiation Survivability: Considerations for Mars Sample Return" See https://t.co/sgf9DjdCPT
RT @LiebertPub: Findings from a new study published in @Astrobiology_jn that digs into a better understanding of the impact of the #martian…
RT @LiebertPub: Findings from a new study published in @Astrobiology_jn that digs into a better understanding of the impact of the #martian…
RT @LiebertPub: Findings from a new study published in @Astrobiology_jn that digs into a better understanding of the impact of the #martian…
RT @LiebertPub: Findings from a new study published in @Astrobiology_jn that digs into a better understanding of the impact of the #martian…
Findings from a new study published in @Astrobiology_jn that digs into a better understanding of the impact of the #martian surface on microbial dormancy and survivability (https://t.co/PY9JGGkvvX) has been cited in @NatGeo. Read it here: https://t.co/hXkc
So... When are we sending a sequencer to Mars? I want to see what the soil microbiome looks like there. https://t.co/IHcvwCAK65
RT @LiebertPub: New article @Astrobiology_jn aims to better understand the impact of the martian surface on microbial dormancy & survivabil…
RT @LiebertPub: New article @Astrobiology_jn aims to better understand the impact of the martian surface on microbial dormancy & survivabil…
RT @Astrobiology_jn: As goals of #Mars exploration grow to include sample return, it is essential to protect Earth from extraterrestrial co…
RT @LiebertPub: New article @Astrobiology_jn aims to better understand the impact of the martian surface on microbial dormancy & survivabil…
Dr. Igor Shuryak and colleagues tested the influence of desiccation and freezing on the ionizing radiation survival of six model microorganisms. See what they found! https://t.co/XjndcNHXnu
As goals of #Mars exploration expand to include sample return, it is important to protect #Earth from potential #extraterrestrial sources of contamination. Likewise, it is important to avoid mistaking Earth life for indigenous life brought back from Mars.
Like how the movie “Life” described, extraterrestrial lives can be threatening to Earth. We must conduct research and analysis of the extraterrestrial samples in a satellite in orbit of earth to avoid any issues.
https://t.co/ZgA0ZEW4A9 An interesting and trailblazing insight
RT @LiebertPub: New article @Astrobiology_jn aims to better understand the impact of the martian surface on microbial dormancy & survivabil…
New article @Astrobiology_jn aims to better understand the impact of the martian surface on microbial dormancy & survivability https://t.co/013PY63FCT cited in the news: @newscientist : https://t.co/puAosjTaqg @sciam: https://t.co/nMPHghMEN4 @DailyMai
RT @extremefungi: New radiation survival record just out in @Astrobiology_jn ! Congrats to Daly @USUhealthsci et al. and big thanks for inc…
RT @USUhealthsci: In case you missed research from our School of Medicine in a new @Astrobiology_jn article (open access), which suggests t…
RT @physorg_com: #Ancientbacteria might lurk beneath Mars' surface @northwesternu @astrobiology_jn https://t.co/3hd6DyGYXJ https://t.co/1L5…
En cuanto a lo de la sonda DART el asteroide y las "armas de protección química", se me escapa qué coño tenía en la cabeza el autor de este delirio. Aquí va el articulo original:E https://t.co/kLTkIUHADx
In case you missed research from our School of Medicine in a new @Astrobiology_jn article (open access), which suggests that ancient bacteria may lurk beneath Mars’ surface: https://t.co/KvFQ9A1ygh https://t.co/5uBephkLH0
Effects of Desiccation and Freezing on Microbial Ionizing Radiation Survivability: Considerations for Mars Sample Return | Astrobiology https://t.co/Y1w7ocbo3C
They demonstrate that D. radiodurans (the putative symbiote for THE XENOTEXT) can survive in the subsoil of Mars for at least 1.5 million years (PDF): https://t.co/TbFeGOzlJN
RT @XCsci: Desiccated and frozen cells of the bacterium D. radiodurans can survive astonishing ionizing radiation exposures of 140 kGy. For…
10-25-22: Bethesda, MD: Will William Shatner be made the commander of Moon Base Bezos? Or will the job fall upon 1 of his 2 surviving backups, Walter Koenig or George Takei? The atmosphere on Mars is so thin that ionizing radiation bombards the surface:
Effects of Desiccation and Freezing on Microbial Ionizing Radiation Survivability: Considerations for Mars Sample Return | Astrobiology https://t.co/GLanzkcQHO
RT @XCsci: Desiccated and frozen cells of the bacterium D. radiodurans can survive astonishing ionizing radiation exposures of 140 kGy. For…
RT @physorg_com: #Ancientbacteria might lurk beneath Mars' surface @northwesternu @astrobiology_jn https://t.co/3hd6DyGYXJ https://t.co/1L5…
RT @XCsci: Desiccated and frozen cells of the bacterium D. radiodurans can survive astonishing ionizing radiation exposures of 140 kGy. For…
Desiccated and frozen cells of the bacterium D. radiodurans can survive astonishing ionizing radiation exposures of 140 kGy. For organisms buried in the subsurface below 10 m, this is equivalent to the exposure to background radiation for 280 million years
Effects of Desiccation and Freezing on Microbial Ionizing Radiation Survivability: Considerations for Mars Sample Return | Astrobiology https://t.co/Xu90fJ2HXx
Effects of Desiccation and Freezing on Microbial Ionizing Radiation Survivability: Considerations for Mars Sample Return | Astrobiology https://t.co/6G00sfFniS
Effects of Desiccation and Freezing on Microbial Ionizing Radiation Survivability: Considerations for Mars Sample Return https://t.co/pvhW7YsTjW? #science #biology #effects #desiccation #freezing #microbial
RT @cosmos4u: "Our findings [from nasty experiments performed on several terrestrial microorganisms] imply that forward contamination of Ma…
"Our findings [from nasty experiments performed on several terrestrial microorganisms] imply that forward contamination of Mars will essentially be permanent, and backward contamination is a possibility if life ever existed on Mars": https://t.co/Vf6H43E47
RT @extremefungi: New radiation survival record just out in @Astrobiology_jn ! Congrats to Daly @USUhealthsci et al. and big thanks for inc…
RT @extremefungi: New radiation survival record just out in @Astrobiology_jn ! Congrats to Daly @USUhealthsci et al. and big thanks for inc…
RT @Astrobiology_jn: As goals of #Mars exploration grow to include sample return, it is essential to protect Earth from extraterrestrial co…
New radiation survival record just out in @Astrobiology_jn ! Congrats to Daly @USUhealthsci et al. and big thanks for including us at @UL_BioTech in this breathtaking research. https://t.co/tA6dKho1jH
Effects of Desiccation and Freezing on Microbial Ionizing Radiation Survivability: Considerations for Mars Sample Return https://t.co/uprmQhhpBa
RT @Astrobiology_jn: As goals of #Mars exploration grow to include sample return, it is essential to protect Earth from extraterrestrial co…
Effects of Desiccation and Freezing on Microbial Ionizing Radiation Survivability: Considerations for Mars Sample Return - https://t.co/ajFU4yxVTS?
Effects of Desiccation and Freezing on Microbial Ionizing Radiation Survivability: Considerations for Mars Sample Return https://t.co/UCD8odZB2R https://t.co/acMsZmhMxj
Effects of Desiccation and Freezing on Microbial Ionizing Radiation Survivability: Considerations for Mars Sample Return | Astrobiology https://t.co/vUuiv3qFYZ
RT @physorg_com: #Ancientbacteria might lurk beneath Mars' surface @northwesternu @astrobiology_jn https://t.co/3hd6DyGYXJ https://t.co/1L5…
RT @physorg_com: #Ancientbacteria might lurk beneath Mars' surface @northwesternu @astrobiology_jn https://t.co/3hd6DyGYXJ https://t.co/1L5…
RT @Astrobiology_jn: As goals of #Mars exploration grow to include sample return, it is essential to protect Earth from extraterrestrial co…
RT @Astrobiology_jn: As goals of #Mars exploration grow to include sample return, it is essential to protect Earth from extraterrestrial co…
As goals of #Mars exploration grow to include sample return, it is essential to protect Earth from extraterrestrial contamination. Read this new study examining effects of desiccation & freezing on microbial ionizing radiation survivability on Mars:
RT @physorg_com: #Ancientbacteria might lurk beneath Mars' surface @northwesternu @astrobiology_jn https://t.co/3hd6DyGYXJ https://t.co/1L5…
RT @physorg_com: #Ancientbacteria might lurk beneath Mars' surface @northwesternu @astrobiology_jn https://t.co/3hd6DyGYXJ https://t.co/1L5…
RT @physorg_com: #Ancientbacteria might lurk beneath Mars' surface @northwesternu @astrobiology_jn https://t.co/3hd6DyGYXJ https://t.co/1L5…
#Ancientbacteria might lurk beneath Mars' surface @northwesternu @astrobiology_jn https://t.co/3hd6DyGYXJ https://t.co/1L5p7MnJAy