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Showing 1 to 5 of 5 for “"bacteriolysis"”.

  1. Elucidating Human Inflammasome Responses To Legionella Pneumophila And Lipopolysaccharide Variants

    … the rupture of pathogen-containing vacuoles and bacteriolysis of cytosolic bacteria in order to release pathogen-derived products, such lipopolysaccharide (LPS), into the cytosol for downstream host sensing and inflammasome activation. In contrast to mice, which possess 11 GBPs, humans have 7 …

    penn Repository record for Elucidating Human Inflammasome Responses To Legionella Pneumophila And Lipopolysaccharide Variants (opens in a new tab)

  2. Investigation into the toxicity and membrane interactive properties of a range of cationic photosensitisers with potential application to Photoantimicrobial Chemotherapy

    … Blue showed increased levels of bacteriolysis (from 6% to 9%, and 9% to 11%, respectively). Consistent with their inherent lytic abilities, each of the PhBPs studied showed the ability to interact with lipid monolayers mimetic of bacterial membranes (DOPG / DOPE, 30:70 molar …

    cent-lancashire Repository record for Investigation into the toxicity and membrane interactive properties of a range of cationic photosensitisers with potential application to Photoantimicrobial Chemotherapy (opens in a new tab)

  3. Towards ultrahigh-throughput phenotypic screening using microfluidic droplets and functionalised polyacrylamide beads

    … phenotypic screen for bacteriolysis. I show that this assay is sensitive to antimicrobial peptide-induced lysis under treatment conditions which could theoretically be achieved using microfluidics and bead protein capacity levels as demonstrated in Chapter 1, although …

    cambridge Repository record for Towards ultrahigh-throughput phenotypic screening using microfluidic droplets and functionalised polyacrylamide beads (opens in a new tab)

  4. Spore-forming bacteria as pharmaceutical factories

    Many Bacilli form dormant structures, spores, which routinely survive physical, chemical and biological challenge. How do spores encapsulate their contents, and could it be possible to mimic or adapt them to make better drug products? Key spore component 2,6-dipicolinic acid (DPA) is necessary for …

    cambridge Repository record for Spore-forming bacteria as pharmaceutical factories (opens in a new tab)