Srikanth Subramanian

| Physicist | Working on spatio-temporal organisation within bacteria.

[David Brückner @d_brueckner]

How do cell interactions determine the migration of cell trains? 🦠🚂🤔

Check out our latest study in @NaturePhysics in collab w/ @GabrieleSylvain @EdouardHannezo @XavierTrepat & experiments led by @EleonoreVercru!

➡️https://t.co/ijKlg3eTyN

[Robin Köhler @RobinClKo]

Excited to share our latest publication on the ParABS system @PNASNews @bacterialOrder @mpi_marburg @IMPRS_Mic! We've quantified and characterised the behavior of ParA, an ATPase that oscillates within cells. (1/6)

[Christoph Spahn @miCHRIScopy]

🚨 Job Alert - 2 PhD positions🚨
Are you interested in how bacteria work and how they are affected by antibiotics? 🦠💊 Do you like using fancy microscopes and pushing the resolution boundary? 🔬🔍 Then join my group @RVZ_Wuerzburg @Uni_WUE for your PhD!
https://t.co/5roD5mVgwP

[Silvia @SilviaEsB]

Excited to share my first author paper, "Active Density Pattern Formation in Bacterial Binary Mixtures," now published in @PRX_Life! https://t.co/GWolJMDVJ7

[Ritu Roy Chowdhury @rituroych.bsky.social @rituroych]

I will be at the SfN 2023 meeting in Washington DC! Please DM, and let's catch up.

If you work on predictive coding and wonder about state estimation, even better, let's have a chat! #SfN23 #SfN2023 #sfn

[Alexander Ohnmacht @aljoshoh]

In clinical trials, cancers can show different responses depending on their predictive biomarkers. To find them, let me introduce you to OncoBird, a tool for outlining the molecular and biomarker landscape of clinical trials for precision oncology (https://t.co/URJVHT8U26).

[Alexander Ohnmacht @aljoshoh]

Excited to share our latest paper on the epigenetic component of drug sensitivity in cancer (https://t.co/9TYK3nJcSo). Most currently used biomarkers for drug efficacy in cancer are genetic alterations, can we further expand the biomarker landscape on the epigenome ?

[David Brückner @d_brueckner]

How do distant DNA loci come into contact to activate genes?

Our paper combining live imaging 🔬& polymer physics 🧬 to answer this is out in @ScienceMagazine!

We show how chromosome packing & diffusion determine pairwise dynamics & transcription

👉https://t.co/8mHc7ioOwu 1/n

[Chase Broedersz @CBroedersz]

The Broedersz group @PhysicsAstron_ has an opening for a fully funded PhD positions (4 years) in the statistical physics of living systems. Please RT 🙏👍 more info👉 https://t.co/NaeqtSztnM

[Maren Nattermann @MarenNattermann]

Three years of PhD paying off! We just published a route for the synthetic reduction of formate. Thank you to our collaborators from @erblabs, @mpi_marburg, @WeTheBarEvenLab, @GonzalezLabUSF, @festo_global, ITMC Aachen and MPI CEC!

https://t.co/mRVylhValE

[Srikanth Subramanian @srikanthAtlas]

Big thanks to @BacterialOrder for the supervision, @ismathsadhir for assistance with strain preparation, Gabriele Malengo for help with the microscopy experiments, and members of the Sourjik group for their support in the lab.

[Srikanth Subramanian @srikanthAtlas]

Excited to share our new study on bacterial chromosomal loci dynamics,
Phys. Rev. Research 5, 023034 (2023) - Subdiffusive movement of chromosomal loci in bacteria explained by DNA bridging. https://t.co/8RUCbxCXC5

[Srikanth Subramanian @srikanthAtlas]

5/ Finally, using our experimental data, and setting an internal timescale in our simulations, we estimated a lower bound on the bridge lifetime of NAPs to be around 5 seconds.
@BacterialOrder #NucleoidAssociatedProteins #Subdiffusion #ChromosomalLoci

[bioRxiv Microbiology @biorxiv_micrbio]

Mid-cell migration of the chromosomal terminus is coupled to origin segregation in Escherichia coli https://t.co/sIPHAgzQCr #biorxiv_micrbio

[SourjikLab @sourjik]

We have excellent and very serious women's power in the lab... Happy #InternationalWomensDay to all of you!

[SourjikLab @sourjik]

I think it's our first paper that was published on Christmas Eve! Maybe it's because of Giovanni's @G_Scarinci images that look like Christmas decoration.
https://t.co/MKkV0xfKhX