Zoe Anne Dyson (@msmicrobiocode) 's Twitter Profile
Zoe Anne Dyson

@msmicrobiocode

Assistant Professor @LSHTM. Co-Deputy Director @LSHTM_datastats. Editor @mSystemsJ. Coordinator @TyphiNET. Pathogen genomics & genetic epidemiology. She/her.

ID: 1521713239

linkhttps://github.com/zadyson calendar_today16-06-2013 09:13:42

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Megan Carey (@meganecarey) 's Twitter Profile Photo

🔉Out today in Communications Biology - our genomic analysis of earliest H58 S. Typhi organisms isolated from returning travellers to the UK suggests this highly successful lineage emerged in 1987 in India, likely from a chronic carrier, and was already MDR. nature.com/articles/s4200…

🔉Out today in <a href="/CommsBio/">Communications Biology</a> - our genomic analysis of earliest H58 S. Typhi organisms isolated from returning travellers to the UK suggests this highly successful lineage emerged in 1987 in India, likely from a chronic carrier, and was already MDR.
nature.com/articles/s4200…
Megan Carey (@meganecarey) 's Twitter Profile Photo

The ability of H58 to acquire & maintain AMR genes continues to pose a threat, as the emergence and spread of #XDR typhoid in Pakistan has demonstrated. Continued & expanded 🧬surveillance is needed to inform #TCV introduction and measure its impact #VaccinesWork

Communications Biology (@commsbio) 's Twitter Profile Photo

Salmonella typhi H58 likely emerged from a chronic carrier in India before spreading globally as investigated by isolates from travelers to UK between 1980 and 1995 Megan Carey To Nguyen Zoe Anne Dyson Satheesh Nair Marie Anne Chattaway doi.org/10.1038/s42003…

The Lancet Microbe (@lancetmicrobe) 's Twitter Profile Photo

New research article Pathogen diversity and antimicrobial resistance transmission of #Salmonella enterica serovars Typhi and Paratyphi A in Bangladesh, Nepal, and Malawi: a genomic epidemiological study thelancet.com/journals/lanmi… #AMR #typhoid #OpenAccess #OA

New research article

Pathogen diversity and antimicrobial resistance transmission of #Salmonella enterica serovars Typhi and Paratyphi A in Bangladesh, Nepal, and Malawi: a genomic epidemiological study

thelancet.com/journals/lanmi…

#AMR #typhoid #OpenAccess #OA
Take on Typhoid (@preventtyphoid) 's Twitter Profile Photo

NEW: A recently published genomics study looks at drug resistant #typhoid in #Bangladesh, #Nepal, and #Malawi🦠 sciencedirect.com/science/articl… The Lancet Microbe Zoe Anne Dyson James Meiring #TakeOnTyphoid

Take on Typhoid (@preventtyphoid) 's Twitter Profile Photo

How can these findings help to #TakeOnTyphoid? Data found drug resistant transmission and patterns, highlighting the importance for decision-makers to take strategic action to protect communities! #Typhoid conjugate #VaccinesWork to protect against drug resistant strains💉

Professor Gordon Dougan FRS (@gordondougan1) 's Twitter Profile Photo

Great to see so many long term colleagues and friends on this paper. I remember the origins of STRATAA at the Wellcome. Came after we pointed out a gap and an opportunity. It has delivered.

Melita Gordon (@melitagordon5) 's Twitter Profile Photo

Lovely work from the STRATAA consortium, led by Zoe Anne Dyson Ashton & @DrKatHolt. Consistent community surveillance in Africa and Asia dissected the behaviour of highly localised clusters of S. Typhi w/ AMR spreading between age groups and lasting over several seasons.

LSHTM AMR Centre (@lshtm_amr) 's Twitter Profile Photo

New research alert 🔔 A study in The Lancet Microbe by Zoe Anne Dyson reveals high levels of drug-resistant typhoid in Bangladesh, Nepal, and Malawi. Calls for increased focus on vaccination and WASH to combat this public health threat. Read more👇 bit.ly/45X8mz0

New research alert 🔔 

A study in <a href="/LancetMicrobe/">The Lancet Microbe</a> by <a href="/msmicrobiocode/">Zoe Anne Dyson</a> reveals high levels of drug-resistant typhoid in Bangladesh, Nepal, and Malawi.

Calls for increased focus on vaccination and WASH to combat this public health threat.

Read more👇
bit.ly/45X8mz0
Zoe Anne Dyson (@msmicrobiocode) 's Twitter Profile Photo

New preprint from TyphiNET! Typhi Mykrobe: fast and accurate lineage identification and antimicrobial resistance genotyping directly from sequence reads for the typhoid fever agent Salmonella Typhi biorxiv.org/content/10.110…

Rob Lavigne (@roblavigne1) 's Twitter Profile Photo

Also out this week: multiparameter #evolution training of #phage to target #Pseudomonas for improved cocktails in #phagetherapy. #publication in Nature Communications with Kunisch etal: nature.com/articles/s4146… #microbiology #bacteria

Also out this week: multiparameter #evolution training of #phage to target #Pseudomonas for improved cocktails in #phagetherapy. #publication in <a href="/NatureComms/">Nature Communications</a> with Kunisch etal:

nature.com/articles/s4146…

#microbiology #bacteria
LSHTM AMR Centre (@lshtm_amr) 's Twitter Profile Photo

🗣️ Kicking off the #AMRDataSymposium with opening remarks from our Co-Directors, Gwen Knight & @DrKatHolt , as they set the stage for a day of discussions on the power of data in combating #AMR. Stay tuned for valuable insights!

🗣️ Kicking off the #AMRDataSymposium with opening remarks from our Co-Directors, <a href="/gmknght/">Gwen Knight</a> &amp; @DrKatHolt , as they set the stage for a day of discussions on the power of data in combating #AMR.

Stay tuned for valuable insights!
LSHTM AMR Centre (@lshtm_amr) 's Twitter Profile Photo

Zoe Anne Dyson won the Staff Prize for her work revealing that most AMR typhoid infections in Bangladesh, Nepal, and Malawi are driven by ongoing local transmission of existing resistant strains—not new variants.

<a href="/msmicrobiocode/">Zoe Anne Dyson</a> won the Staff Prize for her work revealing that most AMR typhoid infections in Bangladesh, Nepal, and Malawi are driven by ongoing local transmission of existing resistant strains—not new variants.
Take on Typhoid (@preventtyphoid) 's Twitter Profile Photo

📰 New publication! Read up on the TyphiNET data visualisation dashboard in Genome Medicine. The dashboard provides an interactive platform for accessing genome-derived data on pathogen variant frequencies to inform #typhoid control and intervention strategies. #TakeOnTyphoid