ID Transmission

17/07/2024

A new -lipid nanoparticle-based provides protection against lethal challenge. Read more about the research in the article below 👇
https://bit.ly/3tqBwI4

29/05/2024

From a newly approved to forecasting viral escape, we bring you the latest research and news in 🦠👇

From a newly approved meningococcal vaccine to forecasting viral escape, we bring you the latest research and news in infectious disease

30/04/2024

A new CRISPR suppression system shows promise for eliminating malaria-spreading .

Read the full article for free below!
https://bit.ly/3ET2NVt

A new CRISPR suppression system shows promise for eliminating malaria-spreading mosquitoes

22/04/2024

Researchers are testing a superbug that could protect patients against multiple healthcare-associated infections in a single shot.

📰 Read more 🔗 https://bit.ly/3Rphl52

Can we protect patients against multiple healthcare-associated infections in a single shot?

17/04/2024

A new study shows evidence for sustained human-to-human transmission of since 2016.

We spoke with lead researcher Áine O'Toole to find out more…

A new study shows evidence for sustained human-to-human transmission of mpox since 2016

12/03/2024

have linked some SARS-CoV-2 mutation patterns to widespread
use – suggesting potential onward transmission of drug-derived .

📰 Read on:

Some SARS-CoV-2 mutation patterns have been linked to widespread molnupiravir use, suggesting potential onward transmission of drug-derived viruses

28/02/2024

In the next part of our Career Stories series, Baylee Briones shares her journey to becoming a travelling medical laboratory scientist and the unique experiences encountered along the way 🌎

Check out the full article below! 🥼

https://bit.ly/3GlWRoH

Life as a traveling medical laboratory scientist with Baylee Briones

13/02/2024

Researchers have discovered a naturally occurring bacterium that could help eradicate . Read more about the research below! 👇

Researchers have discovered a naturally occurring bacterium that could help to eradicate malaria

07/02/2024

SARS-CoV-2 infiltrates cells by using its spike protein to hijack the ACE2 receptor, but could it sneak in another way? New research shows the virus may be able to find alternative routes into cells, and that ACE2 isn’t required for .

Read on👇

ACE2 receptors may not be necessary for SARS-CoV-2 infection; the virus can find alternative routes into cells

06/02/2024

Cases of Candida auris have been on the rise since 2016, and the fungus has been causing deadly outbreaks in US hospitals.

Now, researchers have discovered a Candida auris-specific adhesin that mediates skin and inserted medical device colonization. 👇

Researchers have discovered a Candida auris-specific adhesin that mediates skin and inserted medical device colonization

01/02/2024

New research shows asymptomatic, Clostridioides difficile-colonized patients may pose a greater risk to themselves than those around them in ICU. Read more below 👇
https://bit.ly/49Su4Ww

Asymptomatic, Clostridioides difficile-colonized patients may pose a greater risk to themselves than those around them in ICU

22/01/2024

have used spatial transcriptomics to investigate why virus persists in the placenta.

📰👉 Find out more > https://bit.ly/3sGEacr

Using spatial transcriptomics to investigate why Zika virus persists in the placenta

18/01/2024

Researchers have identified a genetic variant near the CHD1L gene that is associated with lower HIV-1 viral load in people of African ancestries. 👇

https://bit.ly/48wQcoD

Researchers identify a genetic variant near the CHD1L gene that is associated with lower HIV-1 viral load in people of African ancestries

08/01/2024

Predicting escape mutations with could support the development of better and . A new model named “EVEscape” might do exactly that.

📰 Read on: https://bit.ly/3RgarPv

29/12/2023

In the next part of our Career Stories series, Baylee Briones shares her journey to becoming a traveling medical – and the unique experiences encountered along the way.

Read the full article here: https://bit.ly/3GlWRoH