Guarnieri, ValeriaValeriaGuarnieriGAIA, E.E.GAIABATTOCCHIO, L.L.BATTOCCHIO2020-09-172020-09-172006-01-01https://hdl.handle.net/20.500.13025/1859Experiment T2, carried out during Euromir95 mission, was aimed at testing innovative methods for microbial contamination monitoring. A new standard sampling technique (based on nitro-cellulose membrane filters) was used, to permit samples being analysed by different means. Downloaded dry samples are being analysed by PCR (polymerase chain reaction), whilst microbial contamination analyses were performed on-board, by two methods, tested in parallel: Bioluminescence (quantitative - threshold method), and Miniculture (qualitative and quantitative method).Air filtrationAir pollutionAir qualityApesanteurAstronautAstronautaAstronauteBiological contaminationBioluminescenceBioluminiscenciaCalidad aireContaminacion aireContaminacion biologicaContamination biologiqueCrewCuantificacionCultivo microorganismoCulture microorganismeDenombrementEnumeration(counting)Environmental factorEuromir 95Facteur milieuFactor medioFiltracion aireFiltracion membranaFiltration airFiltration sur membraneHombreHommeHumanIngravidezInvestigation methodMembrane filtrationMicrogravidezMicrogravityMicrograviteMicroorganismMicroorganism cultureMicroorganismeMicroorganismoMission spatialeMethode etudeMetodo estudioPersonal de navegacionPersonnel navigantPollution airQualite airQuantificationQuantizationRecuentoSpace flightV. Cotronei: ASI authorVol spatialVuelo espacialWeightlessnessconference paperhttp://cat.inist.fr/?aModele=afficheN&cpsidt=156863454dcce098580fe1368eeb14d