Matches in SemOpenAlex for { <https://semopenalex.org/work/W2141805016> ?p ?o ?g. }
- W2141805016 endingPage "76" @default.
- W2141805016 startingPage "66" @default.
- W2141805016 abstract "Microorganisms are ubiquitous and can be found in almost every habitat and ecological niche on Earth. They thrive and survive in a broad spectrum of environments and adapt to rapidly changing external conditions. It is of great interest to investigate how microbes adapt to different extreme environments and with modern human space travel, we added a new extreme environment: outer space. Within the last 50 years, technology has provided tools for transporting microbial life beyond Earth’s protective shield in order to study in situ responses to selected conditions of space. This review will focus on halophilic archaea, as, due to their ability to survive in extremes, they are often considered a model group of organisms to study responses to the harsh conditions associated with space. We discuss ground-based simulations, as well as space experiments, utilizing archaea, examining responses and/or resistance to the effects of microgravity and UV in particular. Several halophilic archaea (e.g., Halorubrum chaoviator) have been exposed to simulated and actual space conditions and their survival has been determined as well as the protective effects of halite shown. Finally, the intriguing potential of archaea to survive on other planets or embedded in a meteorite is postulated." @default.
- W2141805016 created "2016-06-24" @default.
- W2141805016 creator A5020265588 @default.
- W2141805016 creator A5039145564 @default.
- W2141805016 creator A5070668461 @default.
- W2141805016 creator A5091826671 @default.
- W2141805016 date "2014-02-21" @default.
- W2141805016 modified "2023-10-02" @default.
- W2141805016 title "On the Response of Halophilic Archaea to Space Conditions" @default.
- W2141805016 cites W1540992647 @default.
- W2141805016 cites W1662030665 @default.
- W2141805016 cites W1813812527 @default.
- W2141805016 cites W1870356487 @default.
- W2141805016 cites W195015783 @default.
- W2141805016 cites W1967482719 @default.
- W2141805016 cites W1969412437 @default.
- W2141805016 cites W1971691880 @default.
- W2141805016 cites W1975270143 @default.
- W2141805016 cites W1976976997 @default.
- W2141805016 cites W1989461634 @default.
- W2141805016 cites W1993598559 @default.
- W2141805016 cites W1997347600 @default.
- W2141805016 cites W1997368455 @default.
- W2141805016 cites W2000439473 @default.
- W2141805016 cites W2003729266 @default.
- W2141805016 cites W2005161893 @default.
- W2141805016 cites W2005927151 @default.
- W2141805016 cites W2006696969 @default.
- W2141805016 cites W2008828117 @default.
- W2141805016 cites W2009730318 @default.
- W2141805016 cites W2012342772 @default.
- W2141805016 cites W2020335688 @default.
- W2141805016 cites W2021958526 @default.
- W2141805016 cites W2024550011 @default.
- W2141805016 cites W2028578027 @default.
- W2141805016 cites W2028753917 @default.
- W2141805016 cites W2032327331 @default.
- W2141805016 cites W2033194975 @default.
- W2141805016 cites W2039551017 @default.
- W2141805016 cites W2040597132 @default.
- W2141805016 cites W2046940920 @default.
- W2141805016 cites W2047998117 @default.
- W2141805016 cites W2055256513 @default.
- W2141805016 cites W2068981380 @default.
- W2141805016 cites W2072591971 @default.
- W2141805016 cites W2083870523 @default.
- W2141805016 cites W2091541093 @default.
- W2141805016 cites W2099198428 @default.
- W2141805016 cites W2099394790 @default.
- W2141805016 cites W2108642215 @default.
- W2141805016 cites W2113876790 @default.
- W2141805016 cites W2117408561 @default.
- W2141805016 cites W2118025711 @default.
- W2141805016 cites W2120653528 @default.
- W2141805016 cites W2121006557 @default.
- W2141805016 cites W2133144566 @default.
- W2141805016 cites W2136553714 @default.
- W2141805016 cites W2137799162 @default.
- W2141805016 cites W2140083926 @default.
- W2141805016 cites W2141708266 @default.
- W2141805016 cites W2142066448 @default.
- W2141805016 cites W2145444262 @default.
- W2141805016 cites W2146523624 @default.
- W2141805016 cites W2149155835 @default.
- W2141805016 cites W2149588367 @default.
- W2141805016 cites W2153769039 @default.
- W2141805016 cites W2154069474 @default.
- W2141805016 cites W2156627521 @default.
- W2141805016 cites W2159423849 @default.
- W2141805016 cites W2159851269 @default.
- W2141805016 cites W2162695521 @default.
- W2141805016 cites W2164468703 @default.
- W2141805016 cites W2169821641 @default.
- W2141805016 cites W2170615758 @default.
- W2141805016 cites W2176098825 @default.
- W2141805016 cites W4211248671 @default.
- W2141805016 cites W4243096856 @default.
- W2141805016 cites W4252377016 @default.
- W2141805016 cites W4254773557 @default.
- W2141805016 doi "https://doi.org/10.3390/life4010066" @default.
- W2141805016 hasPubMedCentralId "https://www.ncbi.nlm.nih.gov/pmc/articles/4187150" @default.
- W2141805016 hasPubMedId "https://pubmed.ncbi.nlm.nih.gov/25370029" @default.
- W2141805016 hasPublicationYear "2014" @default.
- W2141805016 type Work @default.
- W2141805016 sameAs 2141805016 @default.
- W2141805016 citedByCount "14" @default.
- W2141805016 countsByYear W21418050162014 @default.
- W2141805016 countsByYear W21418050162015 @default.
- W2141805016 countsByYear W21418050162016 @default.
- W2141805016 countsByYear W21418050162018 @default.
- W2141805016 countsByYear W21418050162020 @default.
- W2141805016 countsByYear W21418050162021 @default.
- W2141805016 countsByYear W21418050162022 @default.
- W2141805016 countsByYear W21418050162023 @default.
- W2141805016 crossrefType "journal-article" @default.
- W2141805016 hasAuthorship W2141805016A5020265588 @default.
- W2141805016 hasAuthorship W2141805016A5039145564 @default.
- W2141805016 hasAuthorship W2141805016A5070668461 @default.