🔸CELLOIDS UPDATE #1🔸
The #CELLOIDS PROJECT aims at realizing cell-inspired #microrobots that can move inside soft tissues. Our microrobots will have four features.
@ScuolaSantAnna@ERC_Research
🇪🇺 GA:948590
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She has joined the team to work on her thesis, focusing on the implementation of an AFM-based method for the mechanical characterization of vesicles membrane, and the consequent mechanical characterization of membranes at different pHs ⭕️
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🧑🔬👩🔬MEET OUR TEAM🎉
🤝Lucrezia Galieni is a #physicsofmatter master's student at @Unipisa.
Having completed a Bachelor's degree in #Physics at @Unipisa, she currently specializing in the #biosystems field.
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membranes at different pHs.
Happy to share our post-doc’s participation at the NWO Dutch Soft Matter Meeting in Nijmegen, presenting her work on #activeparticles and #softmicrorobotics.
A great opportunity for scientific exchange and networking within the Soft Matter community👥
#erc#celloids
Gave my first “soundbite” talk at the NWO Dutch Soft Matter Meeting in Nijmegen!. Loved the inspiring conversations & great networking energy!
Extra special: my very first scientific conference attended together with my husband @yashpalsbrar
Gave my first “soundbite” talk at the NWO Dutch Soft Matter Meeting in Nijmegen!. Loved the inspiring conversations & great networking energy!
Extra special: my very first scientific conference attended together with my husband @yashpalsbrar
We had the pleasure of hosting Dr. @ContiniClau (@imperialcollege) last week for a fascinating seminar on artificial cells with a focus on how soft matter can lead to cell-like behaviour.
Thank you for visiting!
See you soon✨
🎓✨On February 6, 2026, I defended my PhD thesis, closing an intense and deeply formative journey.
Grateful to my supervisor, Prof. @StefanoPalagi, my co-supervisors Dario Cecchi and @GaiaPetrucci1, and the @MicroRobotLab for their support along the way.
Her current research focuses on developing tumor-like tissues to test the infiltration capabilities of ultra-deformable magnetic microrobots for localized anti-cancer therapy delivery💊👩🔬
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SOFTINVADERS is the new project carried on at our lab✨
🇪🇺 Funded by @ERC_Research (GA 101213190), it officially started in October 2025 and will end in March 2027.
It aims at further develop celloid micrororobots so that they can penetrate solid tumors.
Stay tuned for more!
🚨Publication alert!👇
If you’re exploring the #droplettransfermethod for the first time to fabricate your #GUVs, or if you’re curious to learn more about this technique, check out our new article just published on @JoVEJournal.
🔗 https://t.co/RosSMyuiuB
Last week marked the 21st Conference on Complex Systems! 🚀
Our postdoc @jyoti_physics had the opportunity to share heed work on harnessing swarm behaviors of active particles to build intelligent microrobots 🔬🤖
#CCS2025#microrobots#microrobotics#biorobotics
Check out our last publication❕
We investigated how cholesterol, influences GUVs produced via the widely used droplet transfer method with the phospholipid DOPC.
🔗 https://t.co/njgYtyuBWB
@A_Elien5
@cecchi_dario
@StefanoPalagi@ERC_Research
Excited to share our new publication‼️
We developed a novel method to fabricate core-shell capsules with tunable shell thickness and semi-liquid core, designed as carrier systems.
Check it out👇
🔗https://t.co/HbYorFh67w
#openscience#openresearcheurope#coreshell#celloid
He has joined the team to work on his thesis, focusing on the optimisation of liposomes production and their physical properties as drug delivery systems in the context of bioinspired #microrobots.
#team#science#scicomm#research#lab#microrobotics