Grace Pidwill retweetledi
Another new paper from our lab utilising novel probes to reveal more about S. aureus cell wall peptidoglycan dynamics during growth and division
pubs.acs.org/doi/10.1021/ac…
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Grace Pidwill
19 posts
Grace Pidwill
@GracePidwill
University of Sheffield postdoc studying S. aureus host-pathogen interactions.
Bristol, England Katılım Mayıs 2011
125 Takip Edilen42 Takipçiler
Grace Pidwill retweetledi
Our latest paper about the essential function that DivIC plays in S. aureus PG synthesis is out now. Congrats to @MarianaTrejo01 and everyone involved!
Staph papers@Staph_papers
The Staphylococcus aureus cell division protein, DivIC, interacts with the cell wall and controls its biosynthesis ift.tt/9TKgx1D
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Grace Pidwill retweetledi
Don't miss out! Fully-funded PhD opportunity @BristolUni to explore new strategies to combat neonatal GBS disease. Project details here: uob-fhs.phdprojects.uk/124 Apply here: bit.ly/3S1N0b6
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Grace Pidwill retweetledi
Our latest paper on the multiple roles of PBP1 in Staphylococcus aureus cell division is out now!
pubmed.ncbi.nlm.nih.gov/35703435/
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Grace Pidwill retweetledi
Very happy to see our new paper out in @PLOSPathogens! Interested in fungal infection dynamics? Have a read about cryptococcal dissemination from blood vessels in the zebrafish infection model #infection #zebrafish #microscopy @JohnstonLabs @phil1pingham
PLOS Pathogens@PLOSPathogens
During infective meningitis, Gibson et al. show that Cryptococcus can block small blood vessels, proliferate & cause vasodilation. Blockages can result in microbes being transported into tissues & infection being spread by vessels bursting. @josiepyrah plos.io/3MvCbfb
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Grace Pidwill retweetledi
Would all interactions between Streptococci and Candida be synergistic or antagonistic? Dr Angela Nobbs from @BristolUni explains now at #microbio22. @MicrobioSoc @superstreps #candida #streptococcus
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Grace Pidwill retweetledi
Our latest paper about the mechanism of antibiotic killing is now out! Another great piece of collaborative research @Laia_Pasquina @LafageLucia @JosiePyrah @AKTooke @ivvpanchal
Molecular Microbiology Sheffield@MM_Sheffield
Another beautiful paper from @foster_lab, @Sheffield_AFM, @PerBullough & @steverenshaw in @sheffielduni. Unraveling the mechanisms of antibiotic killing of bacteria using a combination of molecular microbiology and incredible imaging using AFM and EM pnas.org/content/118/44…
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Grace Pidwill retweetledi
Really excited to see our recent study in @PLOSPathogens!🎊We examined the mechanism of augmentation in S. aureus infection and found commensal bacteria protect S. aureus from ROS within macrophages, follow the link to read more! @GracePidwill @foster_lab
journals.plos.org/plospathogens/…
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Grace Pidwill retweetledi
Remember when Alexander Fleming discovered penicillin in 1928? Now, almost 100 years later, we know how it actually works!
A team of researchers with @bmssheffield have discovered how these types of antibiotics work to kill the superbug MRSA.
Read more👇
sheffield.ac.uk/news/scientist…
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Grace Pidwill retweetledi
Come and join us @BristolUni for an exciting @GW4BioMedDTP PhD deciphering how Streptococcus bacteria cause fatal heart disease! See tinyurl.com/7bpktsrk and tinyurl.com/bhdm8n46 for details. Spread the word!!
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Grace Pidwill retweetledi
Our latest paper is out in @PLOSPathogens! Congratulations @JosieFGibson and @GracePidwill on your excellent work determining the molecular basis for the augmentation phenomenon in S. aureus!
journals.plos.org/plospathogens/…
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Grace Pidwill retweetledi
Commensal bacteria augment #Staphylococcus aureus infection by inactivation of phagocyte-derived reactive oxygen species
Read the full paper from Josie Gibson, @GracePidwill, @steverenshaw, Simon Foster and colleagues @sheffielduni
buff.ly/2Z0eDLP
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Grace Pidwill retweetledi
It’s finally out! After many years of work, you can now find out more about the impact of the K-Pg mass extinction on snakes in our new paper in @NatureComms nature.com/articles/s4146…
(1/3)
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Grace Pidwill retweetledi
Massive congratulations to Mariana Tinajero Trejo for coming second in the 15 minute talk category at #StaphGBI2021 #Florey2021 the whole lab is so proud! 🥳
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Grace Pidwill retweetledi
So excited to be able to share my first first-author paper in PLOS Pathogens! This the product of my PhD and I'm so happy for it to be out in the world. Thanks to the @foster_lab and all our collaborators! And thank you @DiMeN_DTP for funding my PhD and making this possible! 🥳
PLOS Pathogens@PLOSPathogens
.@MrJafs, @foster_lab and colleagues @SheffieldMBB @UniofNewcastle demonstrate the importance of appropriate #cellwall structure and dynamics during #Staphylococcus aureus pathogenesis, providing new insight to the mechanisms of disease. buff.ly/3dtdqQK
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Grace Pidwill retweetledi
Interested in macrophage-S. aureus interactions and how they shape infection outcome?
Our review examines macrophage bacterial killing, and how S. aureus can evade macrophages to cause infection.
@GracePidwill @Dr_Joby_Cole @steverenshaw @foster_lab
frontiersin.org/articles/10.33…
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Our review into macrophage interactions with S.aureus is published today! @JosieFGibson @foster_lab @steverenshaw frontiersin.org/articles/10.33…
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Grace Pidwill retweetledi
Our latest paper is out in @PLOSPathogens all about how MRSA strains evolve to have high level resistance to β-lactam antibiotics! @SheffieldMBB
@FloreyInstitute
journals.plos.org/plospathogens/…
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Grace Pidwill retweetledi
Come along and listen to Simon talk about all the exciting work happening in the Foster lab
Keenan Lacey@Keenan__Lacey
Next up in the Virtual S. aureus Seminar Series is @foster_lab from @SheffieldMBB. Tune in this Thursday, June 4th at 3pm EST. If you haven't done so already, click the link to join the mailing list: bit.ly/34kxCiZ
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