Anjana Badrinarayanan
@anjbadri
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Now published @CurrentBiology. Happy to share latest work from the lab led by @ashamjos and @Adhikashreni1, describing replisome speed variation in Caulobacter!.
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RT @MartinJLercher: 🚨 Just out in Science: 2/3 of bacterial gene families have a preferred position on the chromosome—and natural selection….
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RT @shivaprasad_pv: Delighted to share this. A novel H4 variant that modulates chromatin to mediate salt stress response. This mammoth work….
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RT @Banerjeeiitb: 🚨“Ripping bacteria to shreds” 🚨 VCP/p97, a cellular AAA-ATPase, targets and then using its tweezer like action rips apart….
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RT @osman_lab: 🚀 Excited to share our latest work on Mrx6 and mtDNA copy number regulation, now available on @biorxivpreprint ! We uncover….
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RT @EWB_Lab: In our study in @ScienceAdvances, we reveal how ssDNA binding activates transcription factor PafBC, triggering the DNA damage….
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When does a DNA polymerase degrade DNA? Read Akshaya’s latest work from the lab to find out more!.
Akshaya Seshadri and Anjana Badrinarayanan @anjbadri @NCBS_Bangalore @TIFRScience show that #exonuclease action of replicative #polymerase gamma drives damage-induced #mitochondria #DNA clearance. A new mechanism of mtDNA clearance following damage.
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RT @bioSavinov: Happy to announce that our paper on systematically discovering peptides to inhibit protein-protein interactions in living c….
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Fun work on the regulation of the bacterial SOS response to DNA damage. Led by the fantastic @Aditya_Kamat96!.
There's more to SOS response timing than the LexA repressor. In our preprint from the Anjana Badrinarayanan @anjbadri Lab, we uncover a new regulatory layer that imparts temporal structure to the bacterial SOS response.
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RT @WallaceUcsf: Mitochondria consist of networks of cylindrical tubes, right? Not necessarily! - in our new preprint, @gavsturm.bsky.socia….
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RT @SulianaManley: This was an amazing collaboration, we had the luxury of years of great conversations with @WallaceUcsf and his team, as….
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RT @RamamurthiLab: @felixrl_ took on a ~50-yr-old mystery in #Staph aureus cell biology and came out on top! Check out his paper on how #St….
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RT @biorxiv_micrbio: Conflicts between the DNA replication and repair machineries promote cell death in Gram-positive bacteria https://t.c….
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RT @Ch_Winterhalter: If you haven't already, check out the Hachiman phage defence system characterised by the @doudna_lab @CellCellPress. I….
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Excited to be featured in a childhood favourite @TinkleMagazine! Thanks to @NCBS_Bangalore communications team for this super fun initiative.
🌟 NEW! 🌟.Our latest comic with @TinkleMagazine featuring Dr Anjana Badrinarayan is out now!. Check out the comic and do let us know your thoughts in the comments below! . #sciencecomics #womeninscience #womeninSTEM
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RT @biorxiv_molbio: Mechanism of DNA entrapment by the MukBEF SMC complex and its inhibition by a viral DNA mimic .
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RT @osman_lab: Huge thanks to @anjbadri and @nitish_dua3 for spotlighting our work in @embojournal ! 🙏🧬 Check out the full article here….
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RT @aurelepiazza: How do you find a needle in a genomic haystack? Yeast yields some answers here, thanks to Xless Agnès Dumont, Nicolas Men….
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Super work from @ashamjos, @Adhikashreni1 et al on replisome speed variation in Caulobacter!.
Delighted to share this new preprint from Anjana Badrinarayanan @anjbadri lab. By assessing replication dynamics at the level of single cells, we reveal the intricate relationship between nutrient status and rates of genome duplication in bacteria.
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