Living Interplanetary Flight Experiment

It consisted of sending selected microorganisms on a three-year interplanetary round-trip in a small capsule aboard the Russian Fobos-Grunt spacecraft in 2011, which was a failed sample-return mission to the Martian moon Phobos.The experiment would have tested one aspect of panspermia, the hypothesis that life could survive space travel, if protected inside rocks blasted by impact off one planet to land on another.If they had already been studied in space conditions so much the better, since it would enable researchers to pinpoint precisely how organisms were affected by the years-long exposure to the interplanetary environment.The 10 'passenger' organisms selected are listed below:[12] Bacteria[13] Archaea[17] Eukaryote[18] The mass of the Bio-Module on board the Fobos-Grunt spacecraft was 100 grams or less.It also accommodated a native sample of bacteria – derived from a permafrost region on Earth – within a cavity 26 mm in diameter.
AstrobiologicalFobos-GruntPlanetary SocietyNPO LavochkinZenit-2SBBaikonurRoscosmosinterplanetary missionPhobosorganismsdeep spacepanspermiaSpace Shuttle EndeavourSTS-134three domains of lifebacteriaeukaryotaarchaeaRussian Space Research InstituteRussian Academy of SciencesMoscow State UniversityAmerican Type Culture CollectioneukaryotegenomeextremophilesBacillus safensisSpiritOpportunityDeinococcus radioduransBacillus subtilisEXPOSE-Elow Earth orbitHaloarculahalophilicMethanothermobacterMars ExpressPyrococcus furiosusFungusSaccharomyces cerevisiaePlantaeArabidopsis thalianaAnimaliaTardigradescylinderpermafrostAstrobiologyRIA NovostiWayback MachineAmes Research CenterAir & Space MagazineSmithsonian InstitutionThe Planetary SocietyBibcodeCosmos 1LightSail 2Planetary ReportLouis FriedmanCarl SaganBruce C. MurrayBill NyeWesley HuntressMat KaplanAstrochemistryAstrophysicsAtmospheric sciencesBiochemistryEvolutionary biologyExoplanetologyGeomicrobiologyMicrobiologyPaleontologyPlanetary oceanographyPlanetary scienceAbiogenesisAllan Hills 84001BiomoleculeBiosignatureDrake equationEarliest known life formsEarth analogExtraterrestrial lifeExtraterrestrial sample curationHypothetical types of biochemistryList of microorganisms tested in outer spaceOcean planetPlanetary protectionSearch for extraterrestrial intelligence (SETI)Yamato meteoritePlanetaryhabitabilityCircumstellar habitable zoneExtraterrestrial liquid waterGalactic habitable zoneHabitability of binary star systemsHabitability of natural satellitesHabitability of neutron star systemsHabitability of red dwarf systemsHabitability of K-type main-sequence star systemsHabitability of yellow dwarf systemsHabitability of F-type main-sequence star systemsHabitable zone for complex lifeList of potentially habitable exoplanetsTholinSuperhabitable planetBiolabBIOPANBiosatellite programE-MISTEu:CROPISEXPOSEO/OREOSOREOcubeTanpopoVEGGIEBeagle 2Mars Science LaboratoryCuriosity roverMars 2020Perseverance roverPhoenixTianwen-1Zhurong roverTrace Gas OrbiterVikingHayabusa2OSIRIS-RExRosettaBioSentinelDragonflyEuropa ClipperExoMarsRosalind Franklin roverBreakthrough EnceladusCAESAREnceladus ExplorerEnceladus Life Finder‎Enceladus Life Signatures and HabitabilityEnceladus OrbilanderEuropa LanderExoLanceExplorer of Enceladus and TitanIcebreaker LifeJourney to Enceladus and TitanLaplace-PLife Investigation For EnceladusMars sample return missionOceanusTridentAstrobiology Field LaboratoryBeagle 3Biological Oxidant and Life DetectionKazachokMars Astrobiology Explorer-CacherNorthern LightRed DragonTerrestrial Planet FinderAstrobiology Society of BritainAstrobiology Science and Technology for Exploring PlanetsBreakthrough InitiativesBreakthrough ListenBreakthrough MessageBreakthrough StarshotCarl Sagan InstituteCenter for Life Detection ScienceEuropean Astrobiology Network AssociationMERMOZNASA Astrobiology InstituteNexus for Exoplanet System ScienceOcean Worlds Exploration ProgramSpanish Astrobiology Center‎