Biofilm Test Platform' — Increasing sensitivity through innovative probe design (Q3298223)

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Project Q3298223 in Germany
Language Label Description Also known as
English
Biofilm Test Platform' — Increasing sensitivity through innovative probe design
Project Q3298223 in Germany

    Statements

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    250,108.92 Euro
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    500,217.83 Euro
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    50.0 percent
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    1 September 2019
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    28 February 2022
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    Charité Campus Benjamin Franklin (CFB) Charité Centrum 10
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    52°30'5.47"N, 13°24'9.18"E
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    12203 - Berlin
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    FISH (Fluoreszenz in situ Hybridisierung) als Aktivitätsmarker in mikrobiellen Biofilmen - Sensitivitätssteigerung durch innovatives Sondendesign # (German)
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    Fish (fluorescence in situ hybridisation) as activity marker in microbial biofilms — increased sensitivity through innovative probe design # (English)
    24 October 2021
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    Fish (fluorescence in situ hybridation) en tant que marqueur d’activité dans les biofilms microbiens — Amélioration de la sensibilité grâce à une conception innovante de la sonde # (French)
    6 December 2021
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    Vissen (fluorescentie in situ hybridisatie) als activiteit marker in microbiële biofilms — verhoogde gevoeligheid door innovatief probe ontwerp # (Dutch)
    19 December 2021
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    Pesci (ibridazione a fluorescenza in situ) come marcatore di attività nei biofilm microbici — maggiore sensibilità grazie all'innovativo design della sonda # (Italian)
    18 January 2022
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    Peces (hibridación in situ de fluorescencia) como marcador de actividad en biofilms microbianos — aumento de la sensibilidad a través del diseño innovador de la sonda # (Spanish)
    22 January 2022
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    Ψάρια (υβριδισμός in situ φθορισμού) ως δείκτης δραστηριότητας σε μικροβιακές βιομεμβράνες — αυξημένη ευαισθησία μέσω καινοτόμου σχεδιασμού καθετήρα # (Greek)
    19 August 2022
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    Fisk (fluorescens in situ hybridisering) som aktivitetsmarkør i mikrobielle biofilm — øget følsomhed gennem innovativ sondedesign # (Danish)
    19 August 2022
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    Kalat (fluoresenssi in situ hybridisaatio) mikrobien biokalvojen aktiivisuuden merkkiaineena – lisääntynyt herkkyys innovatiivisella koetinsuunnittelulla # (Finnish)
    19 August 2022
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    Ħut (fluworexxenza in situ hybridizzazzjoni) bħala markatur tal-attività fil-bijoriti mikrobiċi — żieda fis-sensittività permezz ta’ disinn innovattiv tas-sonda # (Maltese)
    19 August 2022
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    Zivis (fluorescence in situ hibridizācija) kā aktivitātes marķieris mikrobu bioplēvēs — paaugstināta jutība, izmantojot inovatīvu zondes dizainu # (Latvian)
    19 August 2022
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    Ryby (fluorescenčná hybridizácia in situ) ako ukazovateľ aktivity v mikrobiálnych biofilmoch – zvýšená citlivosť prostredníctvom inovatívneho dizajnu sondy # (Slovak)
    19 August 2022
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    Éisc (fluaraescence in situ hibridiú) mar mharcóir gníomhaíochta i mbithscannáin mhiocróbacha — íogaireacht mhéadaithe trí dhearadh nuálach tóireadóra # (Irish)
    19 August 2022
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    Ryby (fluorescenční hybridizace in situ) jako ukazatel aktivity v mikrobiálních biofilmech – zvýšená citlivost díky inovativnímu designu sondy # (Czech)
    19 August 2022
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    Peixes (fluorescência in situ hibridização) como marcador de atividade em biofilmes microbianos — aumento da sensibilidade através de design inovador de sonda # (Portuguese)
    19 August 2022
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    Kalad (fluorestsents in situ hübridisatsioon) mikroobsete biokilede aktiivsuse markerina – suurem tundlikkus tänu uuenduslikule sondi disainile # (Estonian)
    19 August 2022
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    Hal (fluoreszcencia in situ hibridizáció) mint aktivitás marker mikrobiális biofilmekben – fokozott érzékenység innovatív szondatervezéssel # (Hungarian)
    19 August 2022
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    Риби (флуоресценция in situ хибридизация) като маркер за активност в микробни биофилми — повишена чувствителност чрез иновативен дизайн на сондата # (Bulgarian)
    19 August 2022
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    Žuvis (fluorescencinė in situ hibridizacija) kaip mikrobų biofilmų aktyvumo žymeklis – padidėjęs jautrumas dėl naujoviško zondo dizaino # (Lithuanian)
    19 August 2022
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    Riba (fluorescencija in situ hibridizacija) kao marker aktivnosti u mikrobnim biofilmima – povećana osjetljivost inovativnim dizajnom sonde # (Croatian)
    19 August 2022
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    Fisk (fluorescens in situ hybridisering) som aktivitetsmarkör i mikrobiella biofilmer – ökad känslighet genom innovativ sonddesign # (Swedish)
    19 August 2022
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    Pești (fluorescență hibridizare in situ) ca marker de activitate în biofilmele microbiene – sensibilitate crescută prin proiectarea inovatoare a sondei # (Romanian)
    19 August 2022
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    Ribe (fluorescenčna hibridizacija in situ) kot označevalec aktivnosti v mikrobnih biofilmih – povečana občutljivost z inovativno zasnovo sonde # (Slovenian)
    19 August 2022
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    Ryby (fluorescencja in situ hybrydyzacja) jako marker aktywności w biofilmach mikrobiologicznych – zwiększona czułość dzięki innowacyjnej konstrukcji sondy # (Polish)
    19 August 2022
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    Identifiers

    DE_TEMPORARY_1027
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