Shivesh Anand retweetledi
New Perspective article hot-off-the-press! Human iPSC-Based in Vitro Cardiovascular Tissue Models for Drug Screening Applications. doi.org/10.1007/s11886… @StanfordCVI @stanfordctsurg.
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Shivesh Anand
67 posts
Shivesh Anand
@cvsAnand
Postdoc @Stanford🇺🇸 @AarhusUni🇩🇰, PhD @MERLN_UM🇳🇱, Predoc @IBECBarcelona🇪🇸 @ASTARsg🇸🇬 @Harvard🇺🇸, BE + MSc @bitspilaniindia🇮🇳
Katılım Kasım 2012
216 Takip Edilen306 Takipçiler
Can sound regenerate damaged eardrums? 🔊👂
Check out our latest work, my final @MERLN_UM, on how acoustical, hierarchical & molecular cues guide MSC differentiation in eardrum scaffolds!
doi.org/10.1002/sstr.2…
@carlos_m_mota @MoroniGroup @claudia_dtr @er_balmayor @MvanGriensven
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🌟 Grateful to represent @MERLN_UM @MaastrichtU as an NWO Rubicon Fellow in the @NganHuang Lab @stanfordctsurg. Looking forward to merging my background in #biofabrication and #biomaterials with the Lab’s #translational expertise to help advance #lymphedema research! 🇳🇱🇺🇸🚀
MERLN@MERLN_UM
🎉Huge congratulations to Dr. Shivesh Anand @cvsAnand on securing the prestigious NWO Rubicon Grant! He’ll be advancing electro-osmotic bioactive pumps for the treatment of lymphedema at Stanford University School of Medicine. Proud moment! ❤️🚀
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Excited to join the Editorial Board of the International Journal of Bioprinting @IJB_ASP @AccscienceAsp as a Youth Member! Looking forward to connecting with fellow researchers for their upcoming articles in #biofabrication-driven #regenerative strategies!
#academic #publishing
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Shivesh Anand retweetledi
Inspiring Science @wbc2024 a great delegation @MERLN_UM @TheDrBaker @RijtSabine @carlos_m_mota @ClariTomasina @JoannaBabilotte @monize_decarli @GabAddario @AlbillosAne @frcteixeira @esraguben @Steven_Verm @cvsAnand, Ke, Jurica, Yonggang, Jiaping, Niloofar, Pamela, @MaastrichtU
Filipino
Delighted to share that my PhD work on tunable drug delivery for tympanic membrane is now published in Bioactive Materials (IF 18.9)! 🎉 A fantastic team effort from #4NanoEARDRM: huge thanks to everyone! @carlos_m_mota @MoroniGroup @DantiSerena @MERLN_UM
doi.org/10.1016/j.bioa…
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Excited to see all the attention our latest @SSRN preprint is receiving! Check it out to learn about tunable drug delivery through personalized eardrum scaffolds — one of the final projects from my PhD @carlos_m_mota @MoroniGroup @MERLN_UM: papers.ssrn.com/sol3/papers.cf…
#4NanoEARDRM 👂
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Unlocked a new relationship with my fiancé, friend, housemate, colleague @claudia_dtr: collaborator! Thrilled to see our first paper together @MERLN_UM! Check out this intense battle between mRNA and DNA on electrospun membranes. More in pipeline, stay tuned! 😉
#AcademicChatter
Claudia Del Toro Runzer@claudia_dtr
Exciting news 🥳! My first PhD paper is out in @MolTherapy! Check out this mRNA vs DNA 🧬comparison for gene therapy driven tissue regeneration. Big thanks to my supervisors @er_balmayor @MvanGriensven & collaborators @cvsAnand @carlos_m_mota @MoroniGroup cell.com/molecular-ther…
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The #S23MRS meeting was a great platform to summarize the exciting progress we have managed to make in the field of oto-regeneration (tympanic membrane) during my doctoral research @MERLN_UM. Thanks @carlos_m_mota @MoroniGroup and all the #4NanoEARDRM partners for your support 😇
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Last week at MRS Spring '23, I had the opportunity to present the key highlights of my PhD, while networking with some of the brightest minds in materials science! Thank you @Materials_MRS for accepting me as a Symposium Assistant & partially sponsoring my trip to San Francisco☀️
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4/4 A big thanks to all co-authors, especially my supervisors, and the #INSTM partners for leading the immunomodulatory studies: @carlos_m_mota @MoroniGroup @DantiSerena @ColtelliMaria @_LauraAstolfi @MERLN_UM @Unipisa
Thanks @euronanomed for fostering such great collaborations!
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3/4 The sustainably-derived chitin nanofibrils is emerging as a promising nanomaterial for tympanic membrane regeneration. In this regard, we have previously demonstrated their favorable influence on the immunomodulation of electrospun eardrum scaffolds: doi.org/10.3390/pharma…
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1/4 Publication alert! Hot off the press: Chitin nanofibrils modulate mechanical response in tympanic membrane replacements. Investigated as part of the #4NanoEARDRM European consortium, the study has been accepted in Carbohydrate Polymers @sciencedirect: doi.org/10.1016/j.carb…
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Looking forward to talk about tympanic membrane on the other side of the Atlantic. Hope it’s not in my broken Spanish! 😂🤞
Claudia Del Toro Runzer@claudia_dtr
Junto con @cvsAnand mañana vamos a presentar en el @TECcampusGDL nuestra investigación sobre estrategias para la regeneración de tejidos en @MERLN_UM Muy emocionada de volver al lugar dónde todo comenzó! Únanse si pueden! @er_balmayor @MvanGriensven @carlos_m_mota @MoroniGroup
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Hands down, the grandest auditorium I have presented in! It was a delight talking about our in silico approaches toward tympanic membrane regeneration @MERLN_UM @carlos_m_mota. Thanks @GSantesarti_Eng @FrancaScocozza #GIMC #SIMAI @unipv for the invitation and great organization!
Gianluca Santesarti@GSantesarti_Eng
Really excited to attend the joint workshop GIMC-SIMAI young 2022 in this beautiful location in Pavia! If interested in computational modelling of bioprinting technology, join the MS-15 at h15.00 & h17.15 sessions in aula scarpa! @FrancaScocozza @medica_tv #GIMC #SIMAI #ECCOMAS
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@NicolaDiMarzio3 @ISBioFab Hi @NicolaDiMarzio3, that's an excellent question. Yes, indeed, it would be very interesting to see how the cells respond on these scaffolds when subjected to an external stimulation. This is one of our ongoing projects, so hopefully, we will have more information on it soon! :)
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Excited to present our work in the ongoing @ISBioFab Poster Conference #Biofab2022. A hybrid biofabrication strategy allows the creation of hierarchical eardrum scaffolds with desirable mechanical, acoustical, and biological response!
@carlos_m_mota @MoroniGroup @MERLN_UM
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@liliangouyang @ISBioFab @carlos_m_mota Furthermore, a general CNA35-FITC staining demonstrated a similar trend in the production and alignment of extracellular collagen matrix, where a higher deposition was noted along the additive manufactured filaments. Please check it out highlighted in the figure below!
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@liliangouyang @ISBioFab @carlos_m_mota Thanks Liliang for your question!
Two different cell types: human dermal fibroblasts and human mesenchymal stromal cells were used.
The presence of radial and circumferential fibers allowed a guided cell distribution and alignment along them. Please check out the figure below:
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