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                key:"content": string:"Een Zwitserse startup heeft misschien het antwoord op het vernietigen van voor altijd chemicaliën, of PFAS. Het bedrijf heeft nanopartikels ontwikkeld die de bindingen tussen de moleculen kunnen oxideren en vernietigen die samen PFAS vormen. De individuele delen, of bouwstenen, zijn veilig om weg te gooien.",
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                key:"title": string:"Co jest właściwe: możliwa odpowiedź na zniszczenie chemikaliów wiecznych",
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                key:"content": string:"Szwajcarski startup może mieć odpowiedź na zniszczenie wiecznych chemikaliów, czyli PFAS. Firma opracowała nanocząsteczki, które mogą utleniać i niszczyć wiązania między cząsteczkami, które razem tworzą PFAS. Poszczególne części, czyli elementy budulcowe, są bezpieczne do utylizacji.",
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                key:"engine": string:"gpt-4o-mini-2024-07-18",
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                key:"revisionId": string:"vaynwovf4gouarn3cd52gltkojo",
                key:"subtitle": null:null,
                key:"summary": string:"Szwajcarski startup może mieć odpowiedź na zniszczenie wiecznych chemikaliów, czyli PFAS. Firma opracowała nanocząsteczki, które mogą utleniać i niszczyć wiązania między cząsteczkami, które razem tworzą PFAS. Poszczególne części, czyli elementy budulcowe, są bezpieczne do utylizacji.",
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                key:"targetLanguage": string:"pl",
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                key:"title": string:"Vad är rätt: ett möjligt svar på att förstöra eviga kemikalier",
                key:"uid": string:"5df8a1c0-16d7-4c8c-876d-a79393c96ac3",
                key:"autoTeaserLong": null:null,
                key:"autoTeaserShort": null:null,
                key:"content": string:"Ett svenskt startupföretag kan ha svaret på att förstöra eviga kemikalier, eller PFAS. Företaget har utvecklat nanopartiklar som kan oxidera och förstöra bindningarna mellan molekylerna som tillsammans bildar PFAS. De individuella delarna, eller byggstenarna, är säkra att göra sig av med.",
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                key:"createdAt": string:"2025-02-10T12:46:00.93",
                key:"engine": string:"gpt-4o-mini-2024-07-18",
                key:"metadata": null:null,
                key:"revisionId": string:"vaynwovf4gouarn3cd52gltkojo",
                key:"subtitle": null:null,
                key:"summary": string:"Ett svenskt startupföretag kan ha svaret på att förstöra eviga kemikalier, eller PFAS. Företaget har utvecklat nanopartiklar som kan oxidera och förstöra bindningarna mellan molekylerna som tillsammans bildar PFAS. De individuella delarna, eller byggstenarna, är säkra att göra sig av med.",
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                key:"targetLanguage": string:"sv",
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            {
                key:"title": string:"Τι είναι σωστό: μια πιθανή απάντηση στην καταστροφή των Χημικών για Πάντα",
                key:"uid": string:"60b508f3-1010-463f-bcd5-6ef4f0a5c870",
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                key:"autoTeaserShort": null:null,
                key:"content": string:"Μια ελβετική νεοφυής επιχείρηση μπορεί να έχει την απάντηση για την καταστροφή των χημικών ουσιών για πάντα, ή PFAS. Η εταιρεία έχει αναπτύξει νανοσωματίδια που μπορούν να οξειδώσουν και να καταστρέψουν τους δεσμούς μεταξύ των μορίων που, μαζί, συνδυάζονται για να σχηματίσουν PFAS. Τα μεμονωμένα μέρη, ή δομικά στοιχεία, είναι ασφαλή για απόρριψη.",
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                key:"revisionId": string:"vaynwovf4gouarn3cd52gltkojo",
                key:"subtitle": null:null,
                key:"summary": string:"Μια ελβετική νεοφυής επιχείρηση μπορεί να έχει την απάντηση για την καταστροφή των χημικών ουσιών για πάντα, ή PFAS. Η εταιρεία έχει αναπτύξει νανοσωματίδια που μπορούν να οξειδώσουν και να καταστρέψουν τους δεσμούς μεταξύ των μορίων που, μαζί, συνδυάζονται για να σχηματίσουν PFAS. Τα μεμονωμένα μέρη, ή δομικά στοιχεία, είναι ασφαλή για απόρριψη.",
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                key:"targetLanguage": string:"el",
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                key:"title": string:"Co je správné: možná odpověď na zničení věčných chemikálií",
                key:"uid": string:"6498f882-5143-474e-b9b7-24a760c527fa",
                key:"autoTeaserLong": null:null,
                key:"autoTeaserShort": null:null,
                key:"content": string:"Švýcarský startup může mít odpověď na zničení věčných chemikálií, nebo PFAS. Společnost vyvinula nanočástice, které mohou oxidovat a zničit vazby mezi molekulami, které se společně kombinují na PFAS. Jednotlivé části, nebo stavební bloky, jsou bezpečné k likvidaci.",
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                key:"createdAt": string:"2025-02-10T13:36:48.182",
                key:"engine": string:"gpt-4o-mini-2024-07-18",
                key:"metadata": null:null,
                key:"revisionId": string:"vaynwovf4gouarn3cd52gltkojo",
                key:"subtitle": null:null,
                key:"summary": string:"Švýcarský startup může mít odpověď na zničení věčných chemikálií, nebo PFAS. Společnost vyvinula nanočástice, které mohou oxidovat a zničit vazby mezi molekulami, které se společně kombinují na PFAS. Jednotlivé části, nebo stavební bloky, jsou bezpečné k likvidaci.",
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                key:"targetLanguage": string:"cs",
                key:"updatedAt": string:"2025-02-10T13:37:02.973",
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                key:"title": string:"Ce este corect: un răspuns posibil la distrugerea substanțelor chimice pentru totdeauna",
                key:"uid": string:"6e3d78e9-1b16-4e57-84c0-41fd2dbf7446",
                key:"autoTeaserLong": null:null,
                key:"autoTeaserShort": null:null,
                key:"content": string:"O startup elvețiană ar putea avea răspunsul pentru distrugerea chimicalelor periculoase, sau PFAS. Compania a dezvoltat nanoparticule care pot oxida și distruge legăturile dintre moleculele care, împreună, se combină pentru a forma PFAS. Părțile individuale, sau blocurile de construcție, sunt sigure pentru a fi eliminate.",
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                key:"engine": string:"gpt-4o-mini-2024-07-18",
                key:"metadata": null:null,
                key:"revisionId": string:"vaynwovf4gouarn3cd52gltkojo",
                key:"subtitle": null:null,
                key:"summary": string:"O startup elvețiană ar putea avea răspunsul pentru distrugerea chimicalelor periculoase pentru totdeauna, sau PFAS. Compania a dezvoltat nanoparticule care pot oxida și distruge legăturile dintre moleculele care, împreună, se combină pentru a forma PFAS. Părțile individuale, sau blocurile de construcție, sunt sigure pentru a fi eliminate.",
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                key:"targetLanguage": string:"ro",
                key:"updatedAt": string:"2025-02-10T13:05:33.626",
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                key:"title": string:"Was richtig ist: eine mögliche Antwort auf die Zerstörung von Forever Chemicals",
                key:"uid": string:"70f7dfc4-8856-4935-a7bc-b11270bbf820",
                key:"autoTeaserLong": null:null,
                key:"autoTeaserShort": null:null,
                key:"content": string:"Ein Schweizer Startup könnte die Antwort auf die Zerstörung von ewigen Chemikalien oder PFAS haben. Das Unternehmen hat Nanopartikel entwickelt, die die Bindungen zwischen den Molekülen oxidieren und zerstören können, die zusammen PFAS bilden. Die einzelnen Teile oder Bausteine sind sicher zu entsorgen.",
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                key:"engine": string:"gpt-4o-mini-2024-07-18",
                key:"metadata": null:null,
                key:"revisionId": string:"vaynwovf4gouarn3cd52gltkojo",
                key:"subtitle": null:null,
                key:"summary": string:"Ein Schweizer Startup könnte die Antwort auf die Zerstörung von ewigen Chemikalien oder PFAS haben. Das Unternehmen hat Nanopartikel entwickelt, die die Bindungen zwischen den Molekülen oxidieren und zerstören können, die zusammen PFAS bilden. Die einzelnen Teile oder Bausteine sind sicher zu entsorgen.",
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                key:"targetLanguage": string:"de",
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                key:"title": string:"Čo je správne: možná odpoveď na zničenie večných chemikálií",
                key:"uid": string:"766a4860-6532-465a-9776-e0775153004d",
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                key:"autoTeaserShort": null:null,
                key:"content": string:"Švajčiarsky startup môže mať odpoveď na zničenie večných chemikálií, alebo PFAS. Spoločnosť vyvinula nanočastice, ktoré môžu oxidovať a zničiť väzby medzi molekulami, ktoré sa spolu kombinujú na PFAS. Jednotlivé časti, alebo stavebné bloky, sú bezpečné na likvidáciu.",
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                key:"engine": string:"gpt-4o-mini-2024-07-18",
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                key:"revisionId": string:"vaynwovf4gouarn3cd52gltkojo",
                key:"subtitle": null:null,
                key:"summary": string:"Švajčiarsky startup môže mať odpoveď na zničenie večných chemikálií, alebo PFAS. Spoločnosť vyvinula nanočastice, ktoré môžu oxidovať a zničiť väzby medzi molekulami, ktoré sa spolu kombinujú na PFAS. Jednotlivé časti, alebo stavebné bloky, sú bezpečné na likvidáciu.",
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                key:"title": string:"Quel est le bon choix : une réponse possible à la destruction des produits chimiques éternels",
                key:"uid": string:"78051c23-7d7a-465b-bb24-ed1eff874f69",
                key:"autoTeaserLong": null:null,
                key:"autoTeaserShort": null:null,
                key:"content": string:"Une startup suisse pourrait avoir la réponse pour détruire les produits chimiques éternels, ou PFAS. L'entreprise a développé des nanoparticules qui peuvent oxyder et détruire les liaisons entre les molécules qui, ensemble, se combinent pour former des PFAS. Les parties individuelles, ou éléments constitutifs, sont sûres à éliminer.",
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                key:"engine": string:"gpt-4o-mini-2024-07-18",
                key:"metadata": null:null,
                key:"revisionId": string:"vaynwovf4gouarn3cd52gltkojo",
                key:"subtitle": null:null,
                key:"summary": string:"Une startup suisse pourrait avoir la réponse pour détruire les produits chimiques éternels, ou PFAS. L'entreprise a développé des nanoparticules qui peuvent oxyder et détruire les liaisons entre les molécules qui, ensemble, se combinent pour former des PFAS. Les parties individuelles, ou éléments de base, sont sûres à éliminer.",
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                key:"targetLanguage": string:"fr",
                key:"updatedAt": string:"2025-02-10T12:53:39.592",
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                key:"title": string:"Cosa c'è di giusto: una possibile risposta per distruggere i Forever Chemicals",
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                key:"autoTeaserLong": null:null,
                key:"autoTeaserShort": null:null,
                key:"content": string:"Una startup svizzera potrebbe avere la risposta per distruggere per sempre le sostanze chimiche, o PFAS. L'azienda ha sviluppato nanoparticelle che possono ossidare e distruggere i legami tra le molecole che, insieme, si combinano per formare i PFAS. Le singole parti, o mattoni, sono sicure da smaltire.",
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                key:"metadata": null:null,
                key:"revisionId": string:"vaynwovf4gouarn3cd52gltkojo",
                key:"subtitle": null:null,
                key:"summary": string:"Una startup svizzera potrebbe avere la risposta per distruggere per sempre le sostanze chimiche, o PFAS. L'azienda ha sviluppato nanoparticelle che possono ossidare e distruggere i legami tra le molecole che, insieme, si combinano per formare i PFAS. Le singole parti, o mattoni, sono sicure da smaltire.",
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                key:"targetLanguage": string:"it",
                key:"updatedAt": string:"2025-02-10T12:37:40.566",
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            {
                key:"title": string:"What's right: a possible answer to destroying Forever Chemicals",
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                key:"autoTeaserLong": null:null,
                key:"autoTeaserShort": null:null,
                key:"content": string:"A Swiss startup may have the answer to destroying forever chemicals, or PFAS. The company has developed nano particles that can oxidize and destroy the bonds between the molecules that, together, combine to PFAS. The individual parts, or building blocks, are safe to dispose of.",
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                key:"revisionId": string:"vaynwovf4gouarn3cd52gltkojo",
                key:"subtitle": null:null,
                key:"summary": string:"A Swiss startup may have the answer to destroying forever chemicals, or PFAS. The company has developed nano particles that can oxidize and destroy the bonds between the molecules that, together, combine to PFAS. The individual parts, or building blocks, are safe to dispose of.",
                key:"summaryCleaned": null:null,
                key:"targetLanguage": string:"en",
                key:"updatedAt": string:"2025-02-10T13:15:52.26",
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            {
                key:"title": string:"Šta je ispravno: mogući odgovor na uništavanje Večnih hemikalija",
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                key:"autoTeaserShort": null:null,
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                key:"createdAt": string:"2025-02-17T07:24:48.393",
                key:"engine": string:"gpt-4o-mini-2024-07-18",
                key:"metadata": null:null,
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                key:"targetLanguage": string:"sr",
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                key:"title": string:"Какво е правилно: възможен отговор на унищожаването на Вечните химикали",
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                key:"autoTeaserLong": null:null,
                key:"autoTeaserShort": null:null,
                key:"content": string:"Швейцарски стартъп може да има отговора на унищожаването на вечните химикали, или PFAS. Компанията е разработила наночастици, които могат да окисляват и унищожават връзките между молекулите, които заедно образуват PFAS. Индивидуалните части, или строителни блокове, са безопасни за изхвърляне.",
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                key:"engine": string:"gpt-4o-mini-2024-07-18",
                key:"metadata": null:null,
                key:"revisionId": string:"vaynwovf4gouarn3cd52gltkojo",
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                key:"summary": string:"Швейцарски стартъп може да има отговора за унищожаване на вечните химикали, или PFAS. Компанията е разработила наночастици, които могат да окисляват и унищожават връзките между молекулите, които заедно образуват PFAS. Индивидуалните части, или строителни блокове, са безопасни за изхвърляне.",
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                key:"title": string:"Mi a helyes: egy lehetséges válasz a Forever Chemicals megsemmisítésére",
                key:"uid": string:"dbe6651c-1fda-4dc1-9a8f-82e6281c1bb7",
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                key:"autoTeaserShort": null:null,
                key:"content": string:"Egy svájci startup talán megtalálta a választ a tartós vegyi anyagok, vagyis a PFAS megsemmisítésére. A cég olyan nano részecskéket fejlesztett ki, amelyek oxidálni és megsemmisíteni tudják a molekulák közötti kötelékeket, amelyek együtt PFAS-t alkotnak. Az egyes részek, vagy építőelemek, biztonságosan ártalmatlaníthatók.",
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                key:"createdAt": string:"2025-02-10T12:30:53.564",
                key:"engine": string:"gpt-4o-mini-2024-07-18",
                key:"metadata": null:null,
                key:"revisionId": string:"vaynwovf4gouarn3cd52gltkojo",
                key:"subtitle": null:null,
                key:"summary": string:"Egy svájci startup talán megtalálta a választ a forever chemicals, vagyis a PFAS megsemmisítésére. A cég olyan nano részecskéket fejlesztett ki, amelyek oxidálni és megsemmisíteni tudják a molekulák közötti kötelékeket, amelyek együtt PFAS-t alkotnak. Az egyes részek, vagy építőelemek, biztonságosan ártalmatlaníthatók.",
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                key:"targetLanguage": string:"hu",
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                key:"title": string:"Što je ispravno: mogući odgovor na uništavanje vječnih kemikalija",
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                key:"autoTeaserShort": null:null,
                key:"content": string:"Švicarski startup možda ima odgovor na uništavanje vječnih kemikalija, ili PFAS. Tvrtka je razvila nano čestice koje mogu oksidirati i uništiti veze između molekula koje se zajedno kombiniraju u PFAS. Pojedinačni dijelovi, ili građevni blokovi, sigurni su za odlaganje.",
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                key:"createdAt": string:"2025-02-10T12:34:25.186",
                key:"engine": string:"gpt-4o-mini-2024-07-18",
                key:"metadata": null:null,
                key:"revisionId": string:"vaynwovf4gouarn3cd52gltkojo",
                key:"subtitle": null:null,
                key:"summary": string:"Švicarski startup možda ima odgovor na uništavanje vječnih kemikalija, ili PFAS. Tvrtka je razvila nano čestice koje mogu oksidirati i uništiti veze između molekula koje se zajedno kombiniraju u PFAS. Pojedinačni dijelovi, ili građevni blokovi, sigurni su za odlaganje.",
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                key:"title": string:"Що правильно: можливе рішення для знищення вічних хімікатів",
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                key:"title": string:"Что правильно: возможный ответ на уничтожение вечных химикатов",
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