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1 de oct. de 2021 · Morganella morganii is a Gram-negative, opportunistic pathogen that can cause a variety of infections, including bloodstream infections, especially in those with compromised immune systems. It is often resistant to antibiotics, making it a difficult organism to treat. Limited studies have addressed M. morganii, but the organism is becoming increasingly recognized as a public health threat.
Morganella morganii. Le Morganella morganii (initialement appelé Proteus morganii) est un bacille à Gram négatif appartenant à la famille des Morganellaceae et au groupe des entérobactéries. Normalement, le Morganella morganii n'est pas pathogène mais il peut (rarement) devenir l'agent étiologique d'infections nosocomiales et provoquer les maladies suivantes :
Le Proteeae sono una componente della normale flora fecale e spesso causano infezioni nei pazienti in cui la flora normale è stata modificata da terapie antibiotiche. Le Proteeae costituiscono almeno 3 generi di microrganismi Gram-negativi: Proteus: P. mirabilis, P. vulgaris, e P. myxofaciens. Morganella: M. morganii.
Morganella morganii. Morganella morganii (vormals als Proteus morganii bekannt) ist ein gramnegatives Stäbchenbakterium aus der Familie der Morganellaceae und gehört zu der Gruppe der Enterobakterien.. Morganella morganii ist normalerweise nicht pathogen, kann jedoch (selten) zum Erreger von nosokomialen Infektionen werden und u. a. folgende Erkrankungen auslösen:
29 de jun. de 2022 · Abstract. Although recent reports of extensively antibiotic-resistant strains have highlighted the importance of Morganella morganii as an emerging pathogen, the epidemiology of serious infections due to this organism is not well defined. The objective of this study was to determine the incidence, determinants, and outcomes of Morganella ...
Morganella (previously Proteus) morganii is also a commensal of the intestinal tracts of humans or animals that can be implicated in postoperative and other nosocomial infections. The functional properties and pore-forming properties of the RTX determinants have been investigated in lipid-bilayer membranes and erythrocytes and were showed to be similar to that of HlyA [42,267–269] .
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