Fighting #tuberculosis with bacterial self-sabotage may soon be possible with the #BacPROTAC technology! Congrats to the @clausen_lab & collab. for their new study out in @cellcellpress! 🎉 A short thread... (1/)
https://www.sciencedirect.com/science/article/pii/S009286742300404X
Scientists at the IMP have harnessed BacPROTACs to force the bacterial protein quality control machinery to degrade itself, thereby halting bacterial growth. Read more in our news release. 👇🏽 (2/)
https://www.imp.ac.at/news/article/fighting-tuberculosis-with-bacterial-self-sabotage
Fighting tuberculosis with bacterial self-sabotage

With 1.6 million casualties in 2021, tuberculosis remains the world’s deadliest infectious disease arising from a single agent. Resistant strains of Mycobacterium tuberculosis, the bacterium causing the disease, are now common, resulting in an epidemic comeback since 2020, according to WHO. Scientists at the Research Institute of Molecular Pathology (IMP) and collaborators have harnessed the BacPROTAC technology to develop an antimicrobial agent that forces targeted bacterial proteins into suicide. Their study, now published in the journal Cell, brings new hope to combat bacterial pathogens.

The Research Institute of Molecular Pathology

David Hoi, co-first author with postdoc Sabryna Junker, takes us through the study, step by step ⤵️. Congrats to them and their co-authors! (3/)

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RT @DHoi93
Excited to share our recent work from the @clausen_lab published in @CellPressNews as part 2 of the BacPROTAC story. Here we use targeted protein degradation as an antibiotics strategy to induce self-elimination of essential mycobacterial Clp proteins. https://www.sciencedirect.com/s…
https://twitter.com/DHoi93/status/1653409076536115200

Tuberculosis is the deadliest infectious disease caused by a single agent 🦠 according to @WHO. #Multiresistant strains are a major cause for concern, but BacPROTACs may soon make up a new line of defence. (4/4)