Eben Alsberg (@tissue_engineer) header
Eben Alsberg (@tissue_engineer) profile picture

Eben Alsberg

@tissue_engineer

Richard and Loan Hill Chair of Biomedical Engineering, Mechanical & Industrial Engineering, Pharm. and Reg. Med., and Orthopaedics at the University of Illinois

 Chicago, Illinois
Joined February 2012
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4Media
Photo by Eben Alsberg (@tissue_engineer)Photo by Eben Alsberg (@tissue_engineer)Photo by Eben Alsberg (@tissue_engineer)Photo by Eben Alsberg (@tissue_engineer)
Ding A, Tang F, Alsberg E. 4D printing: A comprehensive review of technologies, materials, stimuli, design, and emerging applications. Chemical Reviews, 2025. pubs.acs.org/doi/full/10.102…
Image from Eben Alsberg (@tissue_engineer)
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Honored to be interviewed as part of this 'Inspiring Academic Female Founder' interview series!
Osage Univ. Partners (@OUP_VC) profile pictureOsage Univ. Partners@OUP_VC6 Dec 2022
We're back with another interview in our inspiring academic female founder series! 🔬🧬👩‍🔬 This time we talked with Melissa Krebs, Ph.D., (@KrebsLab) CEO & Founder of GelSana and Associate Professor at the Colorado School of Mines. Read Melissa's story 👇oup.vc/founders-blog/intervi…
Image from Osage Univ. Partners (@OUP_VC)
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Excited to share new strategy for bioprinting 4D constructs that can undergo multiple complex shape changes! eurekalert.org/news-releases… @WileyVCH @AdvSciNews @UIC_Alumni @BioFabUnipi @SFBiomaterials @UICEngineering @TERMISAM @ORSsociety @BMESociety onlinelibrary.wiley.com/doi/…
Scientists bioprint tissue-like constructs capable of controlled, complex shape change

Scientists bioprint tissue-like constructs capable of controlled, complex shape change

New cell-laden bioink, comprised of tightly-packed, flake-shaped microgels and living cells, the production of cell-rich 4D bioconstructs that can change shape under physiological conditions.

eurekalert.org
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A single-component jammed micro-flake hydrogel is developed as a cell laden ink for 4D bioprinting The 🦈fin was printed as is part of experiments that show easy 3D-3D shape morphing @tissue_engineer @BIOENGatIL Read the article: ow.ly/gJRy50HYOJB
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Eben Alsberg retweeted
Jian Yang (@jianyangpsu) profile picture
Jian Yang@jianyangpsu19 Jun 2021
4D biofabrication via instantly generated graded hydrogel scaffolds sciencedirect.com/science/ar… @tissue_engineer
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Eben Alsberg retweeted
Jian Yang (@jianyangpsu) profile picture
Jian Yang@jianyangpsu28 Mar 2021
'Is This Patriot Enough?': Asian American Official Shows Military Scars,... youtu.be/zTJa_SwHcTE via @YouTube
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Excited to have just received a copy of my close friend Christina Consolino's book "Rewrite the Stars"! Get your copy now! christinaconsolino.com/books… amzn.to/3rYbiXW #womensfiction #2021debuts #PTSD #marriage #booklovers #WritingCommunity @cmconsolino
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Our latest paper led by @JessieNulty is out in @ActaBio 3D Bioprinting of Prevascularised Implants for the Repair of Critically-Sized Bone Defects sciencedirect.com/science/ar… Its the latest paper from our @ERC_Research project JointPrinting & another collaboration w @tissue_engineer
Image from Danny Kelly (@dannykelly1978)
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Pleased to share a new paper on 4D materials that undergo multiple and reversible shape changes to produce structures that resemble those during morphogenesis. (only possible through strong efforts of Aixiang Ding, @jeon9301, Yu Bin Lee and Sang Jin Lee) onlinelibrary.wiley.com/doi/…
Image from Eben Alsberg (@tissue_engineer)
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Shape-shifting 4D materials provide new opportunity for tissue engineering @UICEngineering @tissue_engineer @UICPharmacology Find out more in the news highlight 👉 ow.ly/4n3u50DMNhf
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Thrilled to share our recent work on cytocompatible, biodegradable 4D hydrogels with high cell density for spatiotemporally tunable shape-changing. Kudos to Yu Bin Lee, Oju Jeon, Sang Jin Lee, Aixiang Dang & Derrick Wells! doi.org/10.1002/adfm.2020101… @jeon9301
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This paper was a real collaboration with @tissue_engineer and the entire @dannykelly1978 team! Funded by @ERC_Research and my @IrishResearch postdoctoral fellowship!
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Super excited about @UFBME recruiting 2 new assistant profs!!
Greg Hudalla (@GregHudalla) profile pictureGreg Hudalla@GregHudalla6 Sep 2019
*Please Retweet* @UFBME is looking to hire 2 tenure-track Assistant Professors - one in data science and one in cell/molecular engineering. Come join us! Priority application date Oct 1. See ad below. I am chairing the search committee. Feel free to direct any questions to me.
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Thank you, Matt Levy and team, for making this work on tethering RNA within hydrogels possible! Great job, Khanh, Truc and Alex! today.uic.edu/high-tech-gel-… advances.sciencemag.org/cont…
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Excited to share our latest collaborative effort with @jboerckel's team! today.uic.edu/addition-of-gr… #tissueengineering #bone #stemcells #biomaterials
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Link to paper below: advances.sciencemag.org/cont… @ScienceAdvances
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Recent writeup on our individual cell-only and aggregate bioink printing: today.uic.edu/3d-printed-tis… pubs.rsc.org/en/content/arti… #bioink #bioprinting #tissueengineering #scaffoldfree #MaterialsHorizons #biomaterials
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Please check out our new work out today in Materials Horizons on bioprinting with an cell only bioink (no carrier material), and a strategy that permits the formation and maintenance of 3D constructs with complex geometries. pubs.rsc.org/en/content/arti…
Individual cell-only bioink and photocurable supporting medium for 3D printing and generation of...

Individual cell-only bioink and photocurable supporting medium for 3D printing and generation of...

Scaffold-free engineering of three-dimensional (3D) tissue has focused on building sophisticated structures to achieve functional constructs. Although the

pubs.rsc.org
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Thrilled to share our recent collaborative work with Joel Boerckel's group, Danny Kelly and Mark Grinstaff! This is the culmination of huge efforts by all of the members of our teams, with Anna McDermott and Samuel Herberg leading the charge! stm.sciencemag.org/content/1… #boerckellab
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