🔥The 9th Round of Easy Loan, Earn $40 Reward is in progress❗️ ⏰ Promotion Period: January 15th - Feburary 15th, 2025 👉 Register now and check more details at gate.io/campaigns/358

-8 days to SBP Alumni Workshop 2018! Did you pre-ordered your T-Shirt? The logo has been developed by Stefano Franzini, 1st year student of our "Physics and Chemistry of Biological Systems" PhD course. Well done! More information about the meeting at sites.google.com/view/physchemb…

The Poster Session will take place during lunch breaks, from 12:00 to 15:00 of Tuesday the 12th and Wednesday the 13th. And a "Best Poster" Prize will be awarded!

Just Released: The #SBPAlumniWorkshop Tshirt! Get yours EXCLUSIVELY !! You can order it writing to [email protected] More information about the meeting at sites.google.com/view/physchemb… #SISSA #Trieste #SBP #biophysics #workshop

-4 days to SBP Alumni Workshop 2018! #SISSA #TRIESTE #SBP #AlumniWorkshop SISSA

✔️🔎 Out now on PNASNews! Atomic-level simulations 🖥️ of a million-atoms system reveal the #spliceosome functional dynamics at a late stage of #splicing ✂️🧬 Check my latest research out at this link ➡️ pnas.org/content/early/… … SBP Sissa SISSA

How do DNA knots and supercoiling coexist? A SISSA study, with Ph.D. students Coronel and Suma as first authors, elucidate the dynamic interplay between DNA supercoils and knots using oxDNA and oxRNA MD simulations! Just published on Nucleic Acids Res bit.ly/2z9o3r7

Faculty position open in our group! (Tenure Track or Associate Professor) goo.gl/Jpn7eJ

A new SISSA study with Ph.D student Mattia Marenda as first author, reveals privileged topologies of molecular knots by using Monte Carlo and MD simulations with self-assembling models. Just published on Nature Communications go.nature.com/2LOtDVD

2019 applications for PhD positions are OPEN! 4 fully funded scholarships are available. FIND OUT MORE at sissa.it/sbp/phdsection…

The paper describing the tacoxDNA suite of tools has now appeared in the Journal of Computational Chemistry: doi.org/10.1002/jcc.26….

Our paper introducing the tacoxDNA suite of tools is featured on the front cover of the 5 Nov issue of the Journal of Computational Chemistry: doi.org/10.1002/jcc.25…

One week left to send your expression of interest to work on Physics of Biological Systems, Theory and Computation as a permanent faculty member SISSA nature.com/naturecareers/… #jobopportunity

This year is our turn to organize the traditional cross-border Christmas Biophysics Workshop! XBW are annual meetings for research groups from Austria, Croatia, Italy and Slovenia in the fields of soft matter, statistical mechanics and biophysics. +info: tiny.cc/xbw2019

A brand new study on randomly branching θ-polymers in two and three dimensions has been published by Irene Adroher-Benítez and Angelo Rosa: you can read it at arxiv.org/abs/1912.08228

How #SARSCoV2 recognizes the ACE2 human receptor and how strong is this interaction? Check it out in one of our last studies about the #coronavirus Binding Domain. Hoping this model will help designing new drugs against this pandemic! #COVID19 #compchem doi.org/10.26434/chemr…

New SISSA research explains how the Zika virus succeeds in protecting important parts of its genome from the defence mechanisms of the infected cell. A simple and ingenious strategy discovered thanks to computer simulations. Nature Communications bit.ly/2EqlwvE

Cristian Micheletti and colleagues use models and simulations to examine the translocation directionality of xrRNA through a pore. Snow B. Petrel Sissa and SISSA go.nature.com/336aV3q

Inhibiting the #MainProtease of #SARSCoV2 by "blocking the backdoor", in a JPC Letters article by Matteo Carli et al. Analysis on D. E. Shaw Research MD simulation allows unveiling nontrivial allosteric effects that could lead to a new #drugdesign strategy. acspubs.co/Temx50D9jDW

📢 New PhD positions in Sissa's SBP group: check it out! sissa.it/sbp/phdsection…

Allosteric Cross-Talk among Spike’s Receptor-Binding Domain Mutations of the SARS-CoV-2 South African Variant Triggers an Effective Hijacking of Human Cell Receptor pubs.acs.org/doi/10.1021/ac… Just published our work on SARS-CoV-2 variants Angelo Spinello Andrea Saltalamacchia #compbio