Late Breaking Abstract - Capture efficiency of mechanically nebulised synthetic nanoparticles, liposomes, SARS-CoV-2 virus-like particles, and infectious pseudotyped virions is influenced by particle surface charge

J. Henderson (Newcastle Upon Tyne, United Kingdom), R. Gross (Ulm, Germany), S. Moschos (Newcastle Upon Tyne, United Kingdom), S. Ali (Newcastle Upon Tyne, United Kingdom), T. Mantso (Newcastle Upon Tyne, United Kingdom), E. Wright (Brighton, United Kingdom), J. Mueller (Ulm, Germany), J. Muench (Ulm, Germany)

Source: Virtual Congress 2021 – Back to infection basics

Session: Back to infection basics
Session type: E-poster
Number: 2368

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J. Henderson (Newcastle Upon Tyne, United Kingdom), R. Gross (Ulm, Germany), S. Moschos (Newcastle Upon Tyne, United Kingdom), S. Ali (Newcastle Upon Tyne, United Kingdom), T. Mantso (Newcastle Upon Tyne, United Kingdom), E. Wright (Brighton, United Kingdom), J. Mueller (Ulm, Germany), J. Muench (Ulm, Germany). Late Breaking Abstract - Capture efficiency of mechanically nebulised synthetic nanoparticles, liposomes, SARS-CoV-2 virus-like particles, and infectious pseudotyped virions is influenced by particle surface charge. 2368

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