Postdoctoral Researcher in Nanomedicine @TCDDublin | Ph.D. @UniBirmingham | Developing nanotherapeutics for bone repair ◎ | 🇫🇷
Dublin, Ireland
Joined September 2020
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Mathieu Brunet retweeted
Thrilled to have this out! Formulating a lubricating 1-component spray from an antifibrotic polysaccharide, for a low cost, stable intervention to curb scarring and fibrosis in conditions like #EpidermolysisBullosa @CharityDEBRA @HTIbham onlinelibrary.wiley.com/doi/…
Had a great time this week at #NME23 in #Liverpool exploring the latest innovations in #Nanomedicine and presenting my own research! Thank you @Etpnanomedicine and @BritSocNanoMed for organising! – at Liverpool, England
Mathieu Brunet retweeted
Delighted to share our latest paper in @IJMS_MDPI "Epigenetic Reprogramming via Synergistic Hypomethylation and Hypoxia to Enhance the Therapeutic Efficacy of Mesenchymal Stem Cell #Extracellularvesicles for Bone Repair" #Tissueengineering #nanomedicine bit.ly/43RN842
Mathieu Brunet retweeted
I'm excited to share our ongoing work describing the dessert diversity at the canteen @institutpasteur ! 🧁
This study included extensive sampling of 102 independent samples over 3 years. Here's a 🧵 of our key findings. 1/7
ALT Collage of 102 dessert photos with white backgrounds arranged in a grid. Desserts include cakes, cookies, tarts, cream puffs, and more!
Mathieu Brunet retweeted
My pleasure to share our research on #extracellularvesicles today in beautiful Montpellier at their Biotherapy Innovation conference – at Montpellier, France
Mathieu Brunet retweeted
Scientists have developed tattoos that change color in response to glucose, albumin, and pH levels. The new tech could let people with diabetes or kidney disease track and control their health without having to take frequent blood samples. doi.org/10.1002/anie.2019044…
It was great to meet you! Thank you @TermisEU2022 for this opportunity and for organising this conference in stunning #Krakow! @HTIbham
#ExtracellularVesicles can also regenerate #bone…an exciting area of investigation! @MathieuBrunet_ makes #synthetic #EVs from whole cells (“top down”) or from individual molecules (“bottom up”) for this application #TermisEU2022 @TermisEU2022
Mathieu Brunet retweeted
Really enjoyed sharing my enthusiasm for #ExtracellularVesicles with the audience at #TermisEU2022 @TermisEU2022 @IsevComms thanks @MathieuBrunet_ for the pic!
Mathieu Brunet retweeted
Delighted to share our latest paper now out in @FrontBioeng. Here we developed an ECM-mimetic hydrogel for the controlled release of pro-osteogenic #extracellularvesicles to promote bone repair @HTIbham #Biomaterials #Tissueengineering bit.ly/3Ll5NuY
Mathieu Brunet retweeted
On your marks … The world’s smallest race, 24-hour-long NanoCar Race with molecular machines against each other on a track of pure gold crystal, only 6 nanometres wide and 200 nanometres long, can be enjoyed here: nature.us17.list-manage.com/…
Mathieu Brunet retweeted
Another great articles from @iniciativa__ on photocurable antimicrobial silk-based hydrogel for 👁️👁️ repair doi.org/10.1002/jbm.a.37381
Mathieu Brunet retweeted
Really looking forward to guest lecture TODAY from @PuttyKnees at 2pm - RTs welcome
We're pleased to host a HTI Seminar talk by @PuttyKnees on the Design and formulation of inks ready for multimaterial 3D printing of medical implants.
24 Feb 14:00 - 15:00, in person ( Dome Lecture Theatre, Aston Webb, @unibirmingham ) and online.
@sophieccox
Mathieu Brunet retweeted
Delighted to share our latest paper in @IJMS_MDPI on the controlled release of epigenetically activated #extracellularvesicles from a photocurable nanocomposite hydrogel to promote bone repair @HTIbham @MDPIOpenAccess #Biomaterials #Tissueengineering bit.ly/3fqu30S
Mathieu Brunet retweeted
Excited to share our latest paper in @FrontBioeng. Here we developed a bone-mimetic 3D printed scaffold to enhance the production of pro-osteogenic #extracellularvesicles for bone regeneration #3Dprinting #Biomaterials #AdditiveManufacturing @HTIbham bit.ly/3CiBhxY
Mathieu Brunet retweeted
New Research: Development of a Bone-Mimetic 3D Printed Ti6Al4V Scaffold to Enhance Osteoblast-Derived Extracellular Vesicles’ Therapeutic Efficacy for Bone Regeneration frontiersin.org/articles/10.… #bioengineering #biotech
Mathieu Brunet retweeted
Happy our paper is now out in Bone. Here we combined #bioassembly and #epigenetic reprogramming to promote #stemcells efficacy for bone formation. Great collaboration with @Khoonono and @Tim_WoodfieldNZ #biofabrication #tissueengineering @leedsdentistry bit.ly/2Vw0AMN
Great event SNEV team! Thank you for the invitation! 🙂
Very inspiring Q&A discussion with selected oral presenters during the 2nd day at #SNEV2021 Congrats to all speakers for being within the highest scored abstracts! Tom @tomdriedonks and Abdi are doing an excellent moderation of the session too 🥳 @IsevComms
Mathieu Brunet retweeted
Delighted to finally share our latest paper in @ISEV_JEV harnessing #epigenetic reprogramming to enhance the therapeutic efficacy of #extracellularvesicles as an acellular tool to promote bone regeneration bit.ly/3AC67Rz @HTIbham @IsevComms #tissueengineering #openaccess