Take a look at our last review on PMCAs and cerebellar Ataxia! @BioMedCentral Biology Direct!

@NatMetabolism 👆👆👆A Must Read! Congratulations @AgostinisLab and team for the outstanding work! An elegant and highly relevant study uncovering disease mechanisms through lysosome–mitochondria contacts, a major step forward for the field. 👏

BDH2-driven lysosome-to-mitochondria iron transfer shapes ferroptosis vulnerability of the melanoma cell states

Call for Content: Don't forget to submit to Biology Direct's new Collection 'Evolution of prokaryote virus defense'! Guest Edited by Nash Rochman, Tito Calì and Daniele Marcoccia @lab_cali https://t.co/rzMTjfKSXB

Call for Content: Don't forget to submit to Biology Direct's new Collection 'Evolution of prokaryote virus defense'! Guest Edited by Nash Rochman, Tito Calì and Daniele Marcoccia @lab_cali https://t.co/Wdod1t4s7J

🚨 New Review Alert! 🚨 Our latest in CSH Perspectives in Biology explores when, where, and how calcium ions flow between organelles—and why this matters for cellular signaling & health. Read more 👉 #CellBiology #Calcium @cshperspectives https://t.co/T7DZUWKDPr

Proud to share the collaborative work with @NasuLab_IBC & @Campbell_FPs (Robert E. Campbell)! Split biosensors have been developed to intrinsically monitor membrane contact & Ca²⁺ exchange simultaneously—no chemical fluorophores required! 👉 https://t.co/e562JyYR11"

🧠💤 Mitochondrial origins of the pressure to sleep. This is so cool—sleep deprivation increases ER–mito contacts (thanks SPLICS! 🙏➡️🔆⬅️). Congrats to the team! Turns out your organelles need rest too. 😴 Mind your contacts if you want to count sheep. 📄

🧪 We have a new publication out in @NatureComms. 🧪Great collaborative work involving @KclRandallMol, @dsb_unipd, @PhD_DSB_UniPD, @cnr_scitec, @humantechnopole. Here's the link

New Online! Key challenges and recommendations for defining organelle membrane contact sites https://t.co/ZGhjrQsQzC

🚨 New review out in Nature Reviews Molecular Cell Biology! Expert recommendations for studying organelle contact sites and introduce the concept of organelle contactome 🧬 https://t.co/8gWJlHFAgN Huge thanks to editor Lisa Heinke for the support and guidance! 🙏@NatRevMCB

🧬𝐌𝐚𝐫𝐜𝐨 𝐒𝐚𝐧𝐝𝐫𝐢 is Full Prof at @dsb_unipd & former winner of an ERCCoG Grant in 2011. The aim of his project is to dissect the mechanisms of cachexia &develop an RNA-based therapeutic approach to restore a normal gene signature &prevent cachexia onset &patient’s death.

Call for Content: Don't forget to submit to Biology Direct's new Collection 'Evolution of prokaryote virus defense'! Guest Edited by Nash Rochman, Tito Calì and Daniele Marcoccia @lab_cali https://t.co/Wdod1t4s7J

Being able to contribute in a very small part to @ccp4_mx has been one of the highlights of my career so far. So happy that this paper received enough views to be a Top Viewed Article. Read it here https://t.co/fMOtUu7oMV #TopViewedArticle @wileyinresearch

Join us for this wonderful international practical school. Great speakers and tutors. Register now https://t.co/2dgYtFxSOL #cryoEM #structural_biology #crystallography @AICryst @UniPadova

🚀 New paper! 🧬✨Thrilled to share our latest work @cddpress, pushing the boundaries of imaging inter-organelle contacts in vivo! Incredible effort by our talented postdoc Lucia Barazzuol, in collaboration with @alessio_vagnoni and the Marisa Brini Lab. https://t.co/rijEh14JCh🚀

Dear old aspirin…. A new study shows it prevents metastasis by limiting platelet TXA2–mediated suppression of T cell immunity. From heart attacks to cancer... is there anything it can’t do?

Moving Biology Direct towards a new dimension!@BioMedCentral, @melino_G

Grateful to collaborate with J. César Cárdenas on this study highlighting the crucial role of Ca²⁺ fluxes at mitochondria-ER contact sites in maintaining the viability of senescent cells. Exciting insights into cellular aging!

Calcium (Ca2+) fluxes at mitochondria-ER contact sites (MERCS) are a new target of senolysis in therapy-induced senescence (TIS) | npj Aging