Charlotte Chong (@charlottechong_) 's Twitter Profile
Charlotte Chong

@charlottechong_

Postdoctoral Researcher / University of Cambridge / 👩🏻‍🔬

ID: 1029459993735688195

calendar_today14-08-2018 20:09:23

19 Tweet

124 Followers

198 Following

Rebecca Bengtsson (@rjbengtsson) 's Twitter Profile Photo

Excited to announce that my final paper with the Bakery is out! This time exploring the ecology and genomic epidemiology of Escherichia albertii in humans and birds 🐦! Read it while it’s hot nature.com/articles/s4146…

Alice Maestri (@alice__maestri) 's Twitter Profile Photo

Check out our last preprint where we describe a new bacterial defence system and find that it acts in synergy with CRISPR to eliminate phages biorxiv.org/cgi/content/sh… Anne Chevallereau edze westra @ElliePursey Charlotte Chong Benoit Pons Steve Paterson Kate Baker Stineke van Houte

Kate Baker (@ksbakes) 's Twitter Profile Photo

Just want to make a (better) late (than never) shout out to the fabulous Bakery postdocs Charlotte Chong and Malaka De Silva 🎉 Amazing team to work with and very fortunate to have them moving down to GeneticsCambridge with us! #npaw2023

GeneticsCambridge (@geneticscam) 's Twitter Profile Photo

Next up for Women's History Month we have an interview with Professor Kate Baker, Group Leader🧬 Kate Baker joined us last summer and brought her amazing team from Liverpool with her! Full interview here: gen.cam.ac.uk/womens-history…

Next up for Women's History Month we have an interview with Professor Kate Baker, Group Leader🧬

<a href="/ksbakes/">Kate Baker</a> joined us last summer and brought her amazing team from Liverpool with her! 

Full interview here: gen.cam.ac.uk/womens-history…
Cell Host & Microbe (@cellhostmicrobe) 's Twitter Profile Photo

MADS, an anti-phage defense. Alice Maestri Anne Chevallereau edze westra describe an innate immune system, MADS (methylation-associated defense system), that interacts with #CRISPR-Cas in its native host to provide strong & long-term protection against #phages cell.com/cell-host-micr…

MADS, an anti-phage defense. <a href="/Alice__Maestri/">Alice Maestri</a> <a href="/Anne_Chev/">Anne Chevallereau</a> <a href="/edzewestra/">edze westra</a> describe an innate immune system, MADS (methylation-associated defense system), that interacts with #CRISPR-Cas in its native host to provide strong &amp; long-term protection against #phages cell.com/cell-host-micr…
npj Antimicrobials and Resistance (@npjamr) 's Twitter Profile Photo

New findings on the the re-emergence of sexually transmissible #multidrug resistant #Shigella flexneri 3a in England🦠 Available to read #openAccess in npj Antimicrobials and Resistance 🌟 Kate Baker (1/5) nature.com/articles/s4425…

Kate Baker (@ksbakes) 's Twitter Profile Photo

The #AMR2024 conference report is out! nature.com/articles/s4425… Read to re-live a great meeting or see what you missed! Thanks Charlotte Chong and the amazing ECR team who led on this, and pls bookmark Mar 23 - 25 2026 in your calendars for #AMR2026 by Wellcome Connecting Science Learning and Training

Wellcome Connecting Science Learning and Training (@eventswcs) 's Twitter Profile Photo

We're excited to read the #AMR insights developed through discussions at our #AMR2024 conference, back in March, presented in this excellent report🦠💭 Thanks to Kate Baker, Charlotte Chong and the ECR team👏

GeneticsCambridge (@geneticscam) 's Twitter Profile Photo

We are hiring a #postdoc to work on projects relating to the emergence, spread and control of #dengue virus 🦠 The role will have the opportunity to be supervised by Dr Henrik Salje and be part of the @PDUCambridge Apply by 12th January! 🔗 jobs.cam.ac.uk/job/49625/

We are hiring a #postdoc to work on projects relating to the emergence, spread and control of #dengue virus 🦠 

The role will have the opportunity to be supervised by Dr Henrik Salje and be part of the @PDUCambridge 

Apply by 12th January! 
🔗 jobs.cam.ac.uk/job/49625/
Kate Baker (@ksbakes) 's Twitter Profile Photo

Certain sublineages of antimicrobial resistant bacteria dominate the surveillance landscape, but what causes them to become resistant? Check out our latest work in Shigella to find out and/or read the thread below medrxiv.org/content/10.110… 1/n

Certain sublineages of antimicrobial resistant bacteria dominate the surveillance landscape, but what causes them to become resistant? Check out our latest work in Shigella to find out and/or read the thread below  medrxiv.org/content/10.110…
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