Ed Sander
@ProfEdSander
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Professor of Biomedical Engineering at the University of Iowa. Leads the Multiscale Mechanics, Mechanobiology, and Tissue Engineering Lab.
Joined October 2015
New CMBE Issue Alert!!! 🧪🥼🦠 April 2025, Volume 18, Issue 2 Take a look to read about the newest advancements in cellular and molecular bioengineering research! https://t.co/fsqc2Ws9oE Cover photo credit: J. Wang et al., 2025
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Congratulations to @iowabme @ProfEdSander who has been inducted as an @aimbe fellow for “pioneering contributions in multiscale mechanics, mechanobiology, and tissue engineering.”
engineering.uiowa.edu
Edward A. Sander, a renowned University of Iowa scholar in the areas of tissue engineering and multiscale mechanics, has been inducted as a fellow of the American Institute for Medical and Biological...
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New CMBE Issue Alert!!! 🧪🥼🧫 February 2025, Volume 18, Issue 1 Check it out to read about new research in bioengineering like recent advances in optogenetics, 3D engineered human lymphatic vessels, and cervical/endometrial cancer screening methods! https://t.co/4FKybVXOKm
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📢 BMES 2025 Abstract Submissions are OPEN! Showcase your research at the BMES Annual Meeting—the must-attend event for biomedical engineers! Don't miss this chance to present and connect with experts in the field. 🔗 Submit today: https://t.co/bVW8OhdLau 📅 Deadline: May 1,
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Liu et al. utilize a computational model approach to study the effect of ranolazine on failing hypertrophic cardiomyopathy cardiomyocytes. @sjtu1896
https://t.co/giEmG2AGbN
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Martinez-Zalbidea et al. created extracellular vesicles from CRISPR-dCas9 engineered mesenchymal stem cell line overexpressing TSG-6. The therapeutic effect of these vesicles was explored on in vitro human intervertebral disc cells. @RITtigers
https://t.co/NpRyCxMkNx
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Seymour et al. demonstrated the efficacy of using automated cell dispensing for high throughput screening of cervical and endometrial cancer in vitro models. @OregonStateBEE
https://t.co/dNdygDQX1c
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Seibel et al. studied the effects of obesity-associated conditions (like chronic inflammation, hypoxia, and tissue hyperlipidemia) on lymphatic draining function using 3D engineered in vitro models of lymphatic vessels. @BostonU_BME
https://t.co/I1AG7Ye43u
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Taufalele et al. explore the effects of substrate stiffening on endothelial epigenetics, with a focus on DNA methylation. @VandyBME @creinhartking
https://t.co/5rnZqdj55O
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Miyano et al. study the molecular mechanisms underlying hyperosmolarity-induced autophagy, specifically looking at the effects of transcription factor EB (TFEB) and Ca2+ signaling pathways. @TMU_PR @TUS_PR_en
https://t.co/rd1yjVIgmC
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📣📣 Exciting opportunity! The Freeman lab is #hiring a fully funded (@ERC_Research) PhD student to develop a lung metastasis-on-a-chip model for osteosarcoma. Come join my team @UCD_Mech_Eng and @UCD_Conway to advance cancer research with cutting-edge bioengineering techniques!
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My final editorial as departing Editor-in-Chief of @CMBEjournal is published and my friends, this one is a doozy. Hope you find it amusing and remember… Just Review It! #OpenAccess
https://t.co/3JFWHUjpsa
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Silva and Jacinto review recent engineering approaches to deliver wireless light to the brain for optogenetic applications. @UPorto
https://t.co/EAzAmPsnzG
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Xia et al. explore the damage mechanisms of endothelial networks under ultrasound cavitation. #HengyangUniversity #HuLab
https://t.co/4o4DHLSxQa
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Kerivan et al. demonstrate a new approach using QCM-D for deciphering the feedback mechanisms that drive emergent cytoskeletal ensemble crosstalk and intracellular mechanosensing. @OleMiss_MBELab @emkerivan @olemissengineer
https://t.co/MKpYS5UrJl
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Hirway et al. developed a multicellular computation model to investigate tumor microenvironment remodeling and pre-metastatic niche formation. @OhioStateBME @OSUengineering @SHWeinbergLab
https://t.co/TFEdTEmxrT
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📢We're recruiting! Please RT. Fully funded PhD studentship starting Oct 2025. Interested in #mechanobiology #CancerResearch #Immunology? Awesome project w/ @LeoneRossetti & @KoechlLab studying the impact of tissue mechanics on T-cells 👩🔬 https://t.co/YhRWm9crf0. Deadline 19 Jan
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Lowrey et al. present a coaxial 3D bioprinting technique to facilitate ultrasound-controlled gene delivery. #cmbeYI @AcoustiCarolyn @OHSU_BME
https://t.co/KDMPhLBXkP
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To improve mesenchymal stem cell (MSC) culture, Heinrichs et al. reduced the population of senescent cells with dasatinib, thereby improving MSC functionality. @DrRebekahSamson @UArkansas
https://t.co/D1z5GMk2ZS
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