#enteropathogenic - Twitter Hashtag

about 5 years ago

JSME @Steffi_A17 here - joining the #WorldMicrobeForum Lounge&Learn session of the German Society of Hygiene and microbiology (DGHM) - looking forward to hear about strategies of #enteropathogenic bacteria to exit host cells #Shigella #Vibrio

FEMSmicro's tweet photo. JSME @Steffi_A17 here - joining the #WorldMicrobeForum Lounge&Learn session of the German Society of Hygiene and microbiology (DGHM) - looking forward to hear about strategies of #enteropathogenic bacteria to exit host cells #Shigella #Vibrio https://t.co/RexSI2yme9

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Structure @Structure_CP

about 5 years ago

In this issue @blyons619 et al of the Strynadka lab @UBC report the #cryoEM #structure of the EspA filament from #enteropathogenic #Escherichia coli and describe the mechanism of #effector translocation in the T3SS tip #proteins. https://t.co/W60jfGGzKL

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Jari Yli-Kauhaluoma @JYK_Viikki

over 5 years ago

Development and validation of a #HCS assay for inhibitors of #enteropathogenic #EColi adhesion 🦠https://t.co/kb17cvHsXG A new paper by @TPylkko #PolinaIlina @PaiviTammela #DrugResearchProgram #FTDK #viikkicampus @LifeSciHelsinki

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Cell Press @CellPressNews

over 5 years ago

In @Structure_CP: @blyons619 et al of the Strynadka lab @UBC report the #cryoEM #structure of the EspA filament from #enteropathogenic #Escherichia coli and describe the mechanism of #effector translocation in the T3SS tip #proteins. https://t.co/3jFG3fDwf7 #bps2021

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Structure @Structure_CP

over 5 years ago

Online! @blyons619 et al of the Strynadka lab @UBC report the #cryoEM #structure of the EspA filament from #enteropathogenic #Escherichia coli and describe the mechanism of #effector translocation in the T3SS tip #proteins. https://t.co/5Qep6bUMsF

Structure_CP's tweet photo. Online! @blyons619 et al of the Strynadka lab @UBC report the #cryoEM #structure of the EspA filament from #enteropathogenic #Escherichia coli and describe the mechanism of #effector translocation in the T3SS tip #proteins. https://t.co/5Qep6bUMsF https://t.co/iZgF8NVFtg

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Cell @CellCellPress

over 7 years ago

As seen on the cover of this issue of Cell: Rosenshine, Ben-Yehuda and colleagues report that #enteropathogenic E.coli extract nutrients from mammalian host cells via the #CORE protein complex, a platform for forming membranous #nanotube structures https://t.co/lJl61rlOC3