Cosimo Ligorio

I am so proud to share our latest article published today on Advanced Materials. Here we introduce the unparalleled opportunity to exploit synthetic peptides to biocooperate with blood for the creation of autologous, tuneable, regenerative implants. shorturl.at/gCWtZ

Great work. Check it out!

Congratulations to Dr Cosimo Ligorio and Professor Alvaro Mata on being shortlisted in the Collaborate to Innovate (C2I) Awards for their work on peptide-blood hydrogels for bone regeneration @TheEngineerUK @UoN_Pharmacy #C2IAwards Read more here ➡️ bit.ly/4nVUuMY

When chemistry paints its masterpiece

I had the fantastic opportunity to present my work on biocooperative materials at ESB 2025. Great symposia, great opportunity for discussions.

Congratulations to @IreneChiesa22 & co-authors for this beautiful paper on 4D bioprinting of trachea that got the cover of Advanced Materials Technologies @AdvPortfolio #ProudPI @CPiaggioUniPisa @CHOP_Research @ChildrensPhila @Unipisa @pennbioeng @Penn_ENT advanced.onlinelibrary.wiley.com/doi/10.1002/ad…

The art and science of collaboration in bioengineering research bit.ly/4l2GrVB

Check out this great review! doi.org/10.1002/adhm.2… @Mata_Lab

@DanaiSGkotsi @Mata_Lab @UoN_BDI 😁 thanks Danai, you're too kind!!

@CosLigorio @Mata_Lab @UoN_BDI Powerhouse!! Incredible work!!!

New publication! Here, we presented a label-free methodology using in vitro tests, OrbiSIMS & SRS to reveal how cosmetic peptides penetrate human skin, self-assemble with endogenous molecules, and restore skin hydration and mechanics bit.ly/3D0HDHN @Mata_Lab @UoN_BDI

Biomaterial design for proactive modulation of the complement system bit.ly/40XTHBJ

'Once-in-a-century' discovery in Pompeii reveals gold coins, pearl earrings and a sumptuous private bathhouse bbc.in/4atcvNp

@Martin_Stoddart @Mata_Lab Thank you Martin!!

@CosLigorio @Mata_Lab Congratulations

Our article entitled ‘Disassembly of self-assembling peptide hydrogels as a versatile method for cell extraction and manipulation’, has been featured in the J of Mater Chem B 2024 Most Popular Articles collection. Free to access until 28 Feb 2025 shorturl.at/ETcQM @Mata_Lab

Read our recent work in #Small @AdvPortfolio unveiling how electrostatic interactions govern lateral association of peptide β-sheet nanofibers. Important mechanistic insights for understanding of peptide nanofibres formation & protein fibrillation onlinelibrary.wiley.com/doi/10.1002/sm…

WHAT A COMEBACK. WHAT A GAME. @acmilan have won the #EASPORTSFCSupercup! 🏆❤️🖤

Thank you @RobSissons1 from @BBCNews for covering our story. bbc.com/news/articles/… @Mata_Lab @NottmBRCMSIR @AOCMF_BOOST

Happy to share that our paper published:doi.org/10.1002/smll.2…. A big thanks to my wife,@JelenaRnjak and @Khoonono for endless support. Also, a grateful to our collaborators for invaluable contributions, Thanh,@KaplanLab_Tufts,@jugalsahoo, Onur, Quin, Do, @KrisKilian, @docswise.

It's fantastic to see the growing interest in our article! Here is some of the media coverage we got: independent.co.uk/news/science/p… @Mata_Lab @NottmBRCMSIR @UoNresearch @UoN_BDI @AOCMF_BOOST @UoNPressOffice

@akhiljain4 @Mata_Lab Thank you my friend!!

@CosLigorio Many congratulations Cosimo and @Mata_Lab

I am so proud to share our latest article published today on Advanced Materials. Here we introduce the unparalleled opportunity to exploit synthetic peptides to biocooperate with blood for the creation of autologous, tuneable, regenerative implants. shorturl.at/gCWtZ

@UoN_BDI @UoNresearch @Mata_Lab @AOCMF_BOOST @NottmBRCMSIR