Physics of Antimicrobial Resistance

An interdisciplinary consortium to study the Physics of the Antimicrobial Resistance in bacteria

[Third Infinity @3rdInfinity2024]

How can we study the assemblies of molecules into living machines with minimal coarse-grained models? @SaricLab will present her research on computational modelling of active filaments that dynamically reshape and cut cells. Join us for her talk on September 23!

[Physics of Antimicrobial Resistance @PhysicsofAMR]

Brought to Edinburgh with the support of the University of Sheffield

https://t.co/n6xRtjWr6C

https://t.co/jBhBB9rXfe

[Physics of Antimicrobial Resistance @PhysicsofAMR]

🦠How would an E. coli cell look like if magnified 27 million times?

Don't miss verifying it with your naked eyes at the

Edinburgh Arts Festival 28 July-28 Aug 2022

with the 90ft (27mt) long inflatable sculpture by🎨Luke Jerram at the National Museum of Scotland in Edinburgh!

[Physics of Antimicrobial Resistance @PhysicsofAMR]

Brought to Edinburgh with the support of the University of Sheffield

https://t.co/n6xRtke2vc

https://t.co/jBhBB9JyDO

[Theoretical Biophysics @TheoBiophysics]

A Logo update for the time being.

And hopefully, only for a short time.

🇺🇦☮️

[Physics of Antimicrobial Resistance @PhysicsofAMR]

How do antibiotics kill bacteria - and how do superbugs become so resistant? #antimicrobialresistance #AMR #antibioticresistance @UKRI_News

Read more about Physics of Life at https://t.co/qWKcTTwUBJ
and more about this project https://t.co/HuCW0XGTNN

[Marco Mauri @MarcoMauri81]

📣Friday 1102 14:30 GMT, Namiko Mitarai @uni_copenhagen and Godwin Stephenson @thutupallilab will present

"Co-existence and extinction due to surfing viral
infections in a spatially expanding bacterial colony"

at the Population Dynamics Virtual Seminar!

https://t.co/GTFEbQyTvD

[Physics of Antimicrobial Resistance @PhysicsofAMR]

A special further thanks to Karis Baker, Steve Parker, Sally Greenhough, and Stephen Smye + all the PIs, especially Jamie Hobbs and Simon Foster!

[Physics of Antimicrobial Resistance @PhysicsofAMR]

Thanks to all the speakers, audience, attendees for the great, amazing, inspirational Rosetrees Interdisciplinary workshop

"Quantitative approaches to antimicrobial resistance and microbiology"

Thanks to the technical support, organizers, PIs, and PDRAs!

[Physics of Antimicrobial Resistance @PhysicsofAMR]

Thanks to all the sponsors and advertisers
@PhysicsofLifeUK
@PhysicsofAMR
@RosetreesT
@MarcoMauri81
@HamedMosaei
@mlaenoc
@Olulana4
@pcicuta
@TheoBiophysics

[Physics of Antimicrobial Resistance @PhysicsofAMR]

We have the best poster's winners!
Congratulations to Shriya Grover and William Davis Birch!

[Physics of Antimicrobial Resistance @PhysicsofAMR]

Last invited talk of the workshop! Grant J Jensen (Caltech) @theJensenLab on

"A great first step is always to just image things you are studying at the highest resolution possible - several recent examples from electron cryotomography"

Stay with us for the poster prizes!

[William P J Smith @willpjsmith]

Cracking talk from James HR Wheeler at Rosetrees Interdisciplinary workshop: Quantitative approaches to antimicrobial resistance and microbiology

"Fatal attraction: bacterial chemotaxis towards antibiotics"
https://t.co/0ExF1dFuD7

[Physics of Antimicrobial Resistance @PhysicsofAMR]

James Wheeler (University of Sheffield) is our last (in term of time) selected speaker. Follow the

"Fatal attraction: bacterial chemotaxis towards
antibiotics"

on https://t.co/a6jhahazjf