Top Tweets for #microphysiological
Accordion-inspired perfusion for #microphysiological systems. 🪗
Researchers with Dr. Abhishek Jain engineered Hemadyne, a standalone mechanical pump, which sustained the long-term culture of endothelial cells in a vessel-chip for up to 60 days.
🩸 https://t.co/1lJjzwXQAd
#Respiratory #microphysiological #system in respiratory research: recent advances and future prospects. Open Access. https://t.co/3t1y3358lv
Our #UofRBME students are at #MPSWorldSummit 2025 in Brussels 🌍presenting cutting-edge tissue chip research & connecting with global leaders. Stop by & say hi if you can! 👋
🔗 https://t.co/8LpOYlE7cB
#Microphysiological #URochesterResearch @URochester_SMD @ur_engineering @UofR
Great symposium on #microphysiological #3Dmodels organized by the IHM of #immunology and #immunopathology @univ_paris_cite thanks for the invitation @ImmunoBladder and for putting together such an amazing program 🙌🏻 #organoids #organonchip #bioengineering
We're pleased to share our latest article "Clinical trials in-a-dish for cardiovascular medicine" in @ESC_Journals. Here we proposes a framework of #iPSC, #microphysiological systems, #multiomics, and #AI to improve healthcare. @StanfordCVI @ehj_ed
https://t.co/eUcQs5pV0S
Check out this disruptive tech - Organic molecular phototransducers that allow wiring- and electrode-free tissue modulation for highly resolved cardiac tissue stimulation @ITItalianTech #photostimulation, #cardiac, #microphysiological https://t.co/Xz0YGhc4Wp
On June 3, 2024, the Rochester #Microphysiological Systems Network (MPS Network) held their inaugural symposium at the @UofR. The event was a tremendous success, with nearly 100 attendees...
-full article: https://t.co/pLKGehM9Vu
-photos: https://t.co/K93GfJUSZK
#UNYMPSS2024
Tomocube is excited to participate in the 3rd #Microphysiological Systems World Summit #MPS2024. Visit us to discover our #holotomography innovations, explore collaboration opportunities, and join our exciting #event. See you in Seattle!
Read our new #blog post to learn how #microphysiological systems are transforming drug development and our understanding of human diseases. https://t.co/Q5TDZuzwj1
#CredibleConversations
Glad to share our lastest series of advancements in #microphysiological constructs and systems: a review (https://t.co/TVMavZATkB), a biofab database (https://t.co/IF5LFoB5Ze, https://t.co/5sTCtwIvhe), and a model for evaluating bioartificial organ
(https://t.co/b8jcEtn10y).
Developing an adult stem cell derived #microphysiological intestinal system for predicting oral prodrug bioconversion and permeability in humans
Abhinav Sharma @ThePhD_Guide & David Stresser et al. @abbvie
https://t.co/z7r88KT4Uv
Zoom out and take a look at the bigger picture with this weekend's review!
Authors detail the significance of patient-derived #microphysiological systems for precision medicine, including #organoids, #microfluidic devices & more.
📑 @AdvSciNews | https://t.co/rnfLI56uCk
A #microphysiological system for studying human bone biology under simultaneous control of oxygen tension and mechanical loading
#OpenAccess from Julia Scheinpflug & Frank Schulze et al. @Bf3R_centre @bfren
https://t.co/IpjTNgYkfT
#Microphysiological Systems (#MPS) are an exciting technology---allowing for so-called Organs-on-Chips. #DesignAutomation can help in realizing corresponding devices. How exactly has been discussed today by Maria Emmerich at @MPSWorldSummit.
Read more at
https://t.co/THPOdlFM5Y
Participating in an exciting brainstorming session on #microphysiological system with all possible stakeholders including researchers, industry, ministry, regulators, funding agencies etc. Thank u @cphms_aic for organising this meeting.
#OrganOnChip #organoid
A team at 🏫 @BerkeleyMetBio and collaborators found that #iPSC derived #macrophages and #adipocytes cocultured 🧫 in a #microphysiological system recreated classic histological features of white adipose tissue #inflammation.
🔍 Read the full study: https://t.co/JXrTp3rGdk
new #innovations
@zimmerbiomet unveils latest enhancements to ZBEdge™ Dynamic Intelligence™ at #AAOS2023
@CN_Bio launches single-organ higher #throughput #microphysiological system
@PowerfulMedical launches PMcardio in UK, bringing #AI to #CardiovascularDiseases treatment
Written by key opinion leaders in our community, the topics in this issue range in breadth from medical #diagnostics to #microphysiological models, from applications of #nanoparticles to the power of #multiplexing, and from #microfluidic fundamentals to horizons for the future
📢 New publication “Whitepaper on MPS” https://t.co/Kn0H1N120W
👉Authors Susanna Sartori, Federico Vozzi, Gianluca Ciardelli, Monica Boffito, Tommaso Sbrana, Miguel Berenguel Alonso, Salvador Fernández Arroyo, Adam Anglart, contribute on #Microphysiological systems (MPS)
Congrats @srv_mkjee 4 having the bst poster award at @cphms_aic @EMBO Lecture Course on #Microphysiological systems. #MLab is proud of u. Congratulations to other student presenters from various labs. U all r amazing.
#MLab_Moments
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