Daniel Damineli

Plant cells generate rhythms/oscillations in virtually all scales of spatiotemporal organization. A whopping 24 orders of magnitude in time 15 in space! Out in our recent review "Electrifying rhythms in plant cells" with @mtportes_ & Feijó fig:@joana_gcc sciencedirect.com/science/articl…

@WUMIN_LAB Hopefully you will meet my long-term collaborator Maria Teresa Portes and our student Arthur Marcusse. I'm so glad to see you talk about Prigogine and Goldbeter, I am a huge fan of their work. Albert was in the last EMBL oscillator meeting I went, it was truly a blast!

@danieldamineli Thank you ! look forward to it ~

Calcium oscillations are one of the most universal signals in biology. Yet we still know surprisingly little about how these periodic (or aperiodic) events arise. Happy to present our lab's latest work: doi.org/10.1098/rsob.2…

Biology runs on oscillators. Mathematics explains them. Excited to serve with Anne Skeldon as Guest Editor for the Nature Portfolio collection: Biological Oscillators Across Scales: Mathematical and Mechanistic Principles. nature.com/collections/ge… #MathematicalBio #Chronobiology

How do coupled oscillators interact — heartbeats, neurons, circadian clocks? We built IC-PINN to infer coupling functions from data, no basis function selection needed, robust to noise & sparse data #PINN" target="_blank" rel="nofollow noopener">doi.org/10.1103/t8g2-n… #DynamicalSystems #ML

Plants "talk" internally — and now we can watch it happen. MAPPI lets us track shoot-to-root Ca²⁺ signals in real time 🌱⚡ @ScienceAdvances! science.org/doi/10.1126/sc…

A new study uncovers an anti-resonance effect in Wnt signalling, where pathway activity is suppressed at specific signal frequencies. Using optogenetics and modelling, the work shows how signal timing shapes cell fate decisions. 🔗 elifesciences.org/articles/10779…

A new study uncovers an anti-resonance effect in Wnt signalling, where pathway activity is suppressed at specific signal frequencies. Using optogenetics and modelling, the work shows how signal timing shapes cell fate decisions. 🔗 elifesciences.org/articles/10779…

I'm pretty sure this metric is a bit like reinventing the wheel squared, but hey let me know how you quantify plascity in your setting. Here is a link to access the paper without a paywall (for now): academic.oup.com/treephys/artic…

We speculated how plasticity varies with ecological strategy: it peaks at intermediate resource investment, being lower in low-investment (R-like) and lowest at high-investment (K-like) species. Even if not universally true, we must evaluate plasticity systematically!

How to assess plasticity of a species across environmental conditions when you've measured tons of variables? We introduced a simple method that led to a provocative ecophysiological hypothesis about photosynthetic plasticity & leaf resource investment: doi.org/10.1093/treeph…

@DropboxSupport The fact you think this is a reasonable policy should put you out of business.

@danieldamineli Hi Daniel, thanks for the nudge and we're sorry to read about this. If you exceed your storage space, your data may be subject to deletion. More on this, here: help.dropbox.com/storage-space/… Please be sure to save a backed up copy of all your Dropbox content, in any case.

Academics, do not use @Dropbox! They are threatening to delete a career worth of data because I have failed to pay for the plus plan for the last couple of years. It is like paying for a password protection service that will publicize your passwords if you don't pay them enough.

@DropboxSupport considers this a closed issue

I only used Dropbox because support had guaranteed in the past this would not happen. Nowadays they could not care less.

Our latest, led by @thomrobiglio 👏

What do action potential, hearing, calcium oscillations have in common? A periodic, synchronous opening of ion channels that we do understand. Our latest work proposes an alternative perspective for these conceptual problems beyond an ion flux-centric view. Feedbacks welcome!

📣 "Higher-order Laplacian renormalization" finally out in Nat. Phys.! Well done Marco and Well done @MarcoNurisso and @martasolves_ for leading this one! 👏 Thanks to the great team with Francesco, Tommaso, and @lordgrilo Open version: rdcu.be/ea16y

Happy to share a new very exciting work from my lab! Congrats to @CarolinEctor and the team on their study of circadian clock dynamics in breast cancer cells, now published in @MolSystBiol. @medicine_e @ChariteBerlin funded by @BMBF_Bund