Diese Maske leuchtet, wenn du Corona hast
  • Download von www.picturedesk.com am 14.12.2021 (10:37). ACT action_36771902 -- New mask that glows in the dark when COVID-19 is detected. See SWNS story SWBRmask. Researchers at Kyoto Prefectural University, Japan, have developed a new mask that glows in the dark when COVID-19 is detected. A mask made with OSTRICH extract can detect Covid-19. A research group led by President Yasuhiro Tsukamoto of Kyoto Prefectural University has developed a non-woven mask with an ostrich antibody-bearing mouth filter. The presence of Covid in exhaled breath is claimed to be detected by shining a fluorescent light on the mask to reveal patches of the virus. Researchers say the LED light of a smartphone can also be used as a light source to greatly widen those able to use the innovation. Ostriches are capable of producing different antibodies that neutralise foreign entities in the body. These antibodies are extracted from ostrich eggs from birds that have been injected with an inactive, non-threatening form of the coronavirus. By spraying the antibodies on a filter from a worn mask, the reaction can detect whether Covid-19 is present. - 20211210_PD2542 - Rechteinfo: Rights Managed (RM)
    1 /6 Forscher der Präfekturuniversität Kyoto, Japan, haben eine neue Maske entwickelt. Das Besondere: Der Filter, der Straußen-Antikörper enthält.
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    Yasuhiro Tsukamoto / Action Press / picturedesk.com
  • Download von www.picturedesk.com am 14.12.2021 (10:37). ACT action_36771905 -- New mask that glows in the dark when COVID-19 is detected. See SWNS story SWBRmask. Researchers at Kyoto Prefectural University, Japan, have developed a new mask that glows in the dark when COVID-19 is detected. A mask made with OSTRICH extract can detect Covid-19. A research group led by President Yasuhiro Tsukamoto of Kyoto Prefectural University has developed a non-woven mask with an ostrich antibody-bearing mouth filter. The presence of Covid in exhaled breath is claimed to be detected by shining a fluorescent light on the mask to reveal patches of the virus. Researchers say the LED light of a smartphone can also be used as a light source to greatly widen those able to use the innovation. Ostriches are capable of producing different antibodies that neutralise foreign entities in the body. These antibodies are extracted from ostrich eggs from birds that have been injected with an inactive, non-threatening form of the coronavirus. By spraying the antibodies on a filter from a worn mask, the reaction can detect whether Covid-19 is present. - 20211210_PD2533 - Rechteinfo: Rights Managed (RM)
    2 /6 Die Maske wird wie jede andere getragen.
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    Yasuhiro Tsukamoto / Action Press / picturedesk.com
  • Download von www.picturedesk.com am 14.12.2021 (10:37). ACT action_36771910 -- New mask that glows in the dark when COVID-19 is detected. See SWNS story SWBRmask. Researchers at Kyoto Prefectural University, Japan, have developed a new mask that glows in the dark when COVID-19 is detected. A mask made with OSTRICH extract can detect Covid-19. A research group led by President Yasuhiro Tsukamoto of Kyoto Prefectural University has developed a non-woven mask with an ostrich antibody-bearing mouth filter. The presence of Covid in exhaled breath is claimed to be detected by shining a fluorescent light on the mask to reveal patches of the virus. Researchers say the LED light of a smartphone can also be used as a light source to greatly widen those able to use the innovation. Ostriches are capable of producing different antibodies that neutralise foreign entities in the body. These antibodies are extracted from ostrich eggs from birds that have been injected with an inactive, non-threatening form of the coronavirus. By spraying the antibodies on a filter from a worn mask, the reaction can detect whether Covid-19 is present. - 20211210_PD2538 - Rechteinfo: Rights Managed (RM)
    3 /6 Strauße sind in der Lage, verschiedene Antikörper zu produzieren, die Fremdkörper im Körper neutralisieren. Diese Antikörper werden aus Straußeneiern gewonnen, denen eine inaktive, nicht bedrohliche Form des Coronavirus injiziert wurde. Indem die Antikörper auf einen Filter einer getragenen Maske gesprüht werden, kann die Reaktion die Anwesenheit von Covid-19 nachweisen.
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    Yasuhiro Tsukamoto / Action Press / picturedesk.com
  • Download von www.picturedesk.com am 14.12.2021 (10:38). ACT action_36771908 -- New mask that glows in the dark when COVID-19 is detected. See SWNS story SWBRmask. Researchers at Kyoto Prefectural University, Japan, have developed a new mask that glows in the dark when COVID-19 is detected. A mask made with OSTRICH extract can detect Covid-19. A research group led by President Yasuhiro Tsukamoto of Kyoto Prefectural University has developed a non-woven mask with an ostrich antibody-bearing mouth filter. The presence of Covid in exhaled breath is claimed to be detected by shining a fluorescent light on the mask to reveal patches of the virus. Researchers say the LED light of a smartphone can also be used as a light source to greatly widen those able to use the innovation. Ostriches are capable of producing different antibodies that neutralise foreign entities in the body. These antibodies are extracted from ostrich eggs from birds that have been injected with an inactive, non-threatening form of the coronavirus. By spraying the antibodies on a filter from a worn mask, the reaction can detect whether Covid-19 is present. - 20211210_PD2534 - Rechteinfo: Rights Managed (RM)
    4 /6 Das Vorhandensein von Covid in der ausgeatmeten Luft soll durch Anstrahlen der Maske mit einem Fluoreszenzlicht festgestellt werden können...
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    Yasuhiro Tsukamoto / Action Press / picturedesk.com
  • Download von www.picturedesk.com am 14.12.2021 (10:37). ACT action_36771903 -- New mask that glows in the dark when COVID-19 is detected. See SWNS story SWBRmask. Researchers at Kyoto Prefectural University, Japan, have developed a new mask that glows in the dark when COVID-19 is detected. A mask made with OSTRICH extract can detect Covid-19. A research group led by President Yasuhiro Tsukamoto of Kyoto Prefectural University has developed a non-woven mask with an ostrich antibody-bearing mouth filter. The presence of Covid in exhaled breath is claimed to be detected by shining a fluorescent light on the mask to reveal patches of the virus. Researchers say the LED light of a smartphone can also be used as a light source to greatly widen those able to use the innovation. Ostriches are capable of producing different antibodies that neutralise foreign entities in the body. These antibodies are extracted from ostrich eggs from birds that have been injected with an inactive, non-threatening form of the coronavirus. By spraying the antibodies on a filter from a worn mask, the reaction can detect whether Covid-19 is present. - 20211210_PD2540 - Rechteinfo: Rights Managed (RM)
    5 /6 Besteht eine Infektion, werden Flecken im Filter sichtbar.
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    Yasuhiro Tsukamoto / Action Press / picturedesk.com
  • Download von www.picturedesk.com am 14.12.2021 (10:38). ACT action_36771901 -- New mask that glows in the dark when COVID-19 is detected. See SWNS story SWBRmask. Researchers at Kyoto Prefectural University, Japan, have developed a new mask that glows in the dark when COVID-19 is detected. A mask made with OSTRICH extract can detect Covid-19. A research group led by President Yasuhiro Tsukamoto of Kyoto Prefectural University has developed a non-woven mask with an ostrich antibody-bearing mouth filter. The presence of Covid in exhaled breath is claimed to be detected by shining a fluorescent light on the mask to reveal patches of the virus. Researchers say the LED light of a smartphone can also be used as a light source to greatly widen those able to use the innovation. Ostriches are capable of producing different antibodies that neutralise foreign entities in the body. These antibodies are extracted from ostrich eggs from birds that have been injected with an inactive, non-threatening form of the coronavirus. By spraying the antibodies on a filter from a worn mask, the reaction can detect whether Covid-19 is present. - 20211210_PD2531 - Rechteinfo: Rights Managed (RM)
    6 /6 Den Forschern zufolge kann auch das LED-Licht eines Smartphones als Lichtquelle verwendet werden, um den Kreis derer, die diese Innovation nutzen können, erheblich zu erweitern.
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    Yasuhiro Tsukamoto / Action Press / picturedesk.com
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