In this study, we uncover the senolytic mechanism of conjugated polyunsaturated fatty acids (PUFAs), specifically α eleostearic acid (α-ESA), demonstrating that these compounds eliminate senescent cells by inducing ferroptosis, rather than classical programmed cell death pathways.

Really grateful for the chance to share my journey across Europe and the U.S. looking forward to it! #ICSA #cellularsenescence #agingresearch #academia #senolytics #geroscience

Had an amazing time at SenesceL 2025 in Barcelona! Great science, great talks, and so nice seeing familiar faces again. Can’t wait for next year. Big thanks to the organizers! @senescel.org

Elastin-derived extracellular matrix fragments drive aging through innate immune activation @nataging.nature.com www.nature.com/articles/s43...

It was great to be at #ICSA2025Rome grateful to present my research & connect with brilliant scientists. Thanks to MarcoDeMaria, @martakova.bsky.social & Fabrizio D’Adda di Fagagna for the outstanding organization! @icsasenescence.bsky.social @yicsac.bsky.social

Highlights from yICSA at #ICSA2025Rome 🌍✨ ✔️Networking Social Event 🤝 ✔️Special Session with career insights from @dimiccolab.bsky.social & @narita-lab.bsky.social 🙌 Thank you to everyone who joined us! #yICSA #Senescence #ECR

Excited to dive into fascinating science on cellular senescence! @yicsac.bsky.social @icsasenescence.bsky.social #CellularSenescence #Aging #ICSA2025 #yICSA”

“NIH researchers found that exercise triggers mitochondrial DNA release in muscle, activating immune pathways that boost fat-burning fibers and fight obesity—but this same response may worsen fatigue in long COVID and #ME/CFS through immune overactivation.” www.cell.com/trends/endoc...

Mindblowing!!!

Are you interested in joning our lab to work on #CellSenescence? You could apply for a MSCA fellowship, the call is open: ec.europa.eu/info/funding... Get in touch!

🪰 The next step is to carry out a more extensive search in the drosophila fly genome. In the long-term, this knowledge could be used to increase the success rate of assisted reproduction treatments and to develop drugs to tackle aneuploidy, which is a characteristic of many tumours.

Had the pleasure of presenting my PhD research at the yICSA Symposium at the Karolinska Institute! It was a great experience to share my work on cellular senescence and connect with so many scientists.

🚨 Calling senescence researchers! Applications are open for the #ICSARome2025 @icsasenescence.bsky.social & @yicsac.bsky.social Travel Fellowships 🌍✈️ Need-based & merit-based awards available! 🗓️ Deadline: May 15