The Skin We’re In: Microfluidics, Bubbles, and Healthcare Solutions with Prof. David Fernández Rivas — SciLux Listen to full episode :

The new #SciLux episode features Professor David Fernandez Rivas from the University of Twente. We talk about what engineering actually means, the role of interdisciplinary work in modern science, and how #bubble research is finding its way into #biomedical technology.
www.scilux.eu/episodes/ski...

Research progress on bio-inspired composite structures based on ceramic 3D printing: a review

This review examines biomimetic ceramic #AdditiveManufacturing, highlighting coaxial, layered, porous & intelligent structures that boost toughness & adaptability while tackling scalability & stability for #aerospace & #biomedical use. #Ceramic3DPrinting

#IJEM: doi.org/10.1088/2631...

In this review, Yang et al. propose organ-on-a-chip toxicology (OCT) as a groundbreaking interdisciplinary paradigm that integrates advanced engineering, toxicological science, and biomedical research to redefine toxicological assessment.
doi.org/10.1016/j.xi...
#toxicology #biomedical #Microdevices

mRNA vaccines and CRISPR gene editing are two of the most important new #BioMedical technologies in the 21st Century

A team of researchers conducted a review that specifically addresses the preparation of magnetic materials, structural design, actuation systems, and medical applications. Free download: https://ow.ly/79Zt50XWvIQ
#surgical #robots #Biomedical #surgery #Origami/kirigami #Healthcare

Xiangyi Cheng Is Bringing AR to Classrooms and Hospitals When Xiangyi Cheng published her first journal paper as a principal investigator in IEEE Access in 2024, it marked more than a professional ...

#Robotics #Ai #Ieee-member-news #Type-ti #Careers #Biomedical

Origin | Interest | Match

Pen and pencil drawing of a spotted cat in a loaf position.

Hi, I'm an illustrator and science writer getting started here on Bluesky. I'm more active at Substack "Climbing Grasses" and Instagram Snowseasons, but looking forward to connecting with editors and artists here. Drop a line! #science #biomedical #journalism #universitycomms #research #art

In this review, Li et al. elucidate the challenges and clinical feasibility of the current cooperative surgical robots and discuss the future directions for next-generation multifunctional solutions to expand biomedical application horizons.
doi.org/10.1016/j.xi...
#surgicalrobot #biomedical

📣BME faculty—tell your undergrad students about the #DEBUT2026 #biomedical design challenge with prizes up to $20K.

🚨 Applications close on June 5: bit.ly/49Aslao

PLA-PCL-PEG-PCL-PLA from PolySciTech used in development of dexamethasone loaded nanoparticles to investigate glaucoma www.biorxiv.org/content/10.6...
#science #glaucoma #biomedical

The latest in the Washington Update: #NIH Council of Councils reviews a proposed DPCPSI reorganization and new initiatives to strengthen rigor, replication, and reproducibility in #biomedical research. buff.ly/scF7oXw

Magnetic micro/nano robots for physical cell stimulation: fundamentals, fabrication, and applications

This review explores advances in magnetic micro/nano robots for precise physical cell stimulation—detailing #actuation principles, #fabrication strategies, and #biomedical applications in #CancerTherapy, #RegenerativeMedicine and #antimicrobial treatment.
#IJEM: doi.org/10.1088/2631...

Being part of my students' #biomedical #academic journey and being there to celebrate together is such a joyous honour. From #classroom to #community outreach including #MicroToons -memories I shall treasure.

#lecturerlife #rinawong #rinafu #graduation #DrRina #universitylife

Zhou et al. review how #brainorganoids— including vascularized, tumor, and #neurodegenerative models—are revolutionizing the study of #cerebrovascular diseases, brain tumors, and disorders like #Alzheimer's and #Parkinson's. doi.org/10.4103/ATN.... #Neuroscience #Glioblastoma #StemCells #Biomedical

Scalable design strategies in stretchable #RFElectronics show how engineered geometries, dielectric substrates & #fabrication enable strain-invariant communication or sensing for durable #biomedical systems.
#BionicManufacturing #FlexibleElectronics
#IJEM: doi.org/10.1088/2631...

We help you build your biotech business Learn how to start a successful biotech business with xbio's masterclass. Acquire the essential knowledge, skills, and network to succeed. Join now!

Curious about #biomedical #entrepreneurship? Join xbio and learn how to build a biomedical enterprise, a masterclass co-led by #univie and xista science ventures. 🚀 Q&A sessions on 12 & 24 Feb. Learn more: x-bio.at

🧫🧬 Looking for a PhD opportunity in Brussels ? It is just here ⬇️ #PhD #Biomedical #ULB

🔬At a glance 800+ clinical professionals 200+ international clients Global presence across China, the U.S., Australia 🔬Core expertise Phase I–III clinical trial execution IITs as a complementary and flexible development strategy Full clinical services: Regulatory, Medical, Clinical Ops, DM, Statistics, PV Strong experience in oncology, autoimmune, CNS, ophthalmology, metabolic & infectious diseases, including cell & gene therapies (ex vivo & in vivo CAR-T) 🌐Why China. Why PanaCRO. China offers unique advantages in patient access, enrollment speed, and site maturity—and PanaCRO brings the local execution strength and global-standard rigor needed to run complex trials with confidence. With trusted partners like PanaCRO joining the BCIC ecosystem, we continue to expand not only clinical development capabilities for innovators but also the capital, visibility, and strategic resources that help early-stage biotech companies scale globally. 🎉If you’re building the next breakthrough therapy, this is exactly the type of ecosystem designed to support you. The 2026 Biomedical Pitch Competition has been open for registration. Don’t miss your chance to gain the visibility and support needed to scale your breakthrough. Register now:(https://lnkd.in/ePTt9247) Also our upcoming webinar: Unlocking Pre-IPO Investing: Democratizing Access to High-Growth Private Equity Date: February 12, 2026 (Thursday) Time: 7:00 PM – 8:15 PM EST Format: Virtual Only (Zoom Webinar) Register Here: (https://lnkd.in/eiemMvQt) Don’t miss this opportunity to explore the next paradigm of private equity investment!

A trusted China clinical development partner joins the Boston Capital Investment Club ecosystem! 🎉

We’re excited to introduce PanaCRO, a full-service clinical CRO and long-term clinical development partner in China.

#Biotech #Startups #CRO #VentureCapital #Biomedical #PitchCompetition #BCIC

UF College of Medicine launches AI in biomedical and health sciences master’s program UF's AI in biomedical and health sciences master's degree program launches in fall 2026.

UF College of #Medicine launches #AI in #biomedical and #health sciences master's program

news.clas.ufl.edu/ai-biomedical/

#MedSky #AImedicine #AI #HealthAI #AIinHealthcare #MedTech

Two-photon polymerization-based 4D printing and its applications

This review explores TPP-based #4DPrinting, highlighting principles, advances, #SmartMaterials, and applications from #biomedical #microrobots to transformable devices and anti-counterfeiting, while noting challenges and future prospects.

#OpenAccess #IJEM: doi.org/10.1088/2631...

#boston and #biomedical #science #research are intertwined. This is an important issue 👇🏻

Strengthening the #biomedical workforce starts with helping students see themselves as scientists. Learn about
@dukepump.bsky.social’s approach in The Center’s latest newsletter. 🔗 mailchi.mp/0914c5bffd83...
#STEMM #PathwayPrograms #PhysicianScientist #Nephrology #Urology #DukeResearch #NIDDK

Correlation of Polymer–drug Composition with Micelle Properties, Performance, and Cytotoxicity for the Oligoelectrolyte-mediated pH-triggered Release of Hydrophobic Drugs Polymeric micelles have the potential to improve the efficacy and safety of drug delivery by improving drug solubility, enhancing bioaccumulation and reducing off-target toxicity. Despite excellent safety profiles, a major limitation with polymeric ...

mPEG-PLA from PolySciTech used in research on micelle formation and behavior. pmc.ncbi.nlm.nih.gov/articles/PMC... #science #medicine #biomedical #research #micelle #polymer

The genome of the American groundhog, *Marmota monax* The genome of the American groundhog, *Marmota monax* | Welcome to Oxford Nanopore technologies. Our goal is to enable the analysis of any living thing, by any person, in any environment

News article from Oxford Nanopore Technologies: 
nanoporetech.com/resource-cen...

The Journal of Immunology:
news.aai.org/2025/10/31/w...

#genomics #genomes #genes #DNA #sequencing #Biomedical #OxfordNanopore #PacificBioscience #Illumina #JHU #JohnsHopkins

Article: "Issues Regarding the #Indexing of Publication Types and Study Designs" (preprint) (via arXiv) arxiv.org/abs/2601.18616 #AI #LLMs #biomedical #mesh

🎉 Jan #NewsFromTheCenter:
See how @dukepump.bsky.social PUMPs the brakes on the #biomedical workforce crisis through identity-building.
🎯 In 2026, we're focusing on #cascadedmentoring.
🤝 Plus, deadlines are approaching for 6 #PathwayPrograms!
Read more: mailchi.mp/0914c5bffd83...
#STEMM

A simple blood test could change how Alzheimer’s is diagnosed Alzheimer’s disease is the most common form of dementia. For millions of Europeans – and the health services that care for them – it is a ticking time bomb, with still no cure. But EU-funded researche...

A blood test, combined with #graphene, could advance efforts in #Alzheimer’s diagnosis🩸🔬

Discover how #2D-BioPAD is developing it: projects.research-and-innovation.ec.europa.eu/en/horizon-m...

👉 Find out how #GRAPHERGIA is using graphene for #biomedical applications: graphergia.eu/2025/07/08/2...