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IWidw-online.de

Research on Living Therapeutic Materials Continues: Saarland Remains a Beacon in Biomedical Science Good news for biomedical research in Saarland: The Leibniz ScienceCampus (LSC) "Living Therapeutic Materials" is entering its second funding phas... weiterlesen

Drug producing bacteria confined in hydrogel - Copyright INM
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IWidw-online.de

Forschung an Lebenden Therapeutischen Materialien geht weiter: Saarland bleibt Leuchtturm in der Biomedizin Gute Nachrichten für die Biomedizinische Forschung im Saarland: Der Leibniz WissenschaftsCampus (LWC) „Lebende Therapeutische Material... weiterlesen

In Hydrogel eingeschlossene Organismen produzieren medizinische Wirkstoffe - Copyright INM
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Ssciences.skyfleet.blue

Ionic Hydrogel‐Based Moisture Electric Generators for Underwater Electronics

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Ssciences.skyfleet.blue

Fully Implantable Wireless Cardiac Pacing and Sensing System Integrated with Hydrogel Electrodes

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Ssciences.skyfleet.blue

Precise Clearance of Intracellular MRSA via Internally and Externally Mediated Bioorthogonal Activation of Micro/Nano Hydrogel Microspheres

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Bbioaction.bsky.social
RWralfwittenbrink.bsky.social

Medikamentenfreies Nasenspray blockiert und neutralisiert Viren und Bakterien In präklinischen Studien bot das Spray nahezu 100 % Schutz vor Atemwegsinfektionen durch #COVID19#Grippe#RSV#Coronavirus

Fig. 1: Pathogen Capture and Neutralizing Spray (PCANS) acts via a multi-pronged approach against respiratory pathogens. An aqueous, "drug-free" solution of PCANS, comprising mucoadhesive biopolymers,
surfactants, and alcohol, is administered using a pocket-sized nasal spray device and undergoes a phase
transition to form a hydrogel layer over nasal mucosa. Surfactants in PCANS reduce interfacial tension of the nasal lining and increase wettability to enhance the capture or reduce the bounce-off of pathogen-laden respiratory droplets from the inhaled air. PCANS layers as a physical barrier preventing the transport of pathogens through the nasal lining. Finally, pathogens are neutralized by biopolymers and surfactants present in PCANS. PCANS is cleared via the native mucosal clearance mechanism and is eliminated through the digestive route.
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