During our summer ISPEED program, students visited the Johns Hopkins Medical campus and spoke with researchers working in immunoengineering, neuroengineering, and translational cell & tissue engineering.

JUST PUBLISHED: Tissue Engineering In Vitro Leaflet- and 3-Dimensional Printing-Based Implant Prototypes for Infant Mitral Valve. Click here to read the latest free, Open Access article from BMEF: #tissueengineering #pediatrics #bioengineering

The fuel for economic growth.

Max is focused on the development of biomaterial and biofabrication approaches to address challenges in tissue engineering. Learn more about @LabMaxYav and the 2025 #CASFutureLeaders before they arrive in Columbus next week.

We are looking for a post-doctoral fellow to work on muscle cell biology and tissue engineering using image-based spatial omics @ARMI_Labs in Melbourne. Apply here: learn more about the lab:.

Just had a chance to visit Barcelona, Spain - interesting intersection of "Architecture" and "Bioengineering"! Tissue engineering can draw inspiration from Gaudí's designs and visions, as the biomimetic architectural design blends natural forms, mathematics, and utility

🧪 Methacrylated collagen peptide-xanthan gum bioinks were developed for bioprinting stable constructs and were found to support human bone marrow #mesenchymal stem cell proliferation and differentiation with potential for ligament tissue engineering!. 🔗

ICAP: Not A Traditional Dividend Strategy.

🔬 Excited to share the publication "Cell-Tissue Interaction: The Biomimetic Approach to Design Tissue Engineered Biomaterials". 👉 #extracellular_matrix #cell_tissue_interactions #tissue_engineering #regenerative_medicine #scaffolds

Check out this recent methods article on revolutionizing the female reproductive system research with additive manufacturing!. Read more here:

In a groundbreaking discovery, scientists have harnessed the natural structure of spinach leaves to create functional human heart tissue. By using the plant's cellulose framework, researchers have opened the door to potential treatments for heart damage and beyond, offering hope

We’re thrilled to announce #RavishSeeruthun from #KCL, #UnitedKingdom, as a #Speaker at.@TERMCevent by @magnus_group!.🔗 Details: 🗓️September 18-20, 2025.📍#London, #UK & #Virtually.📲+1 (702) 988-2320.💬+1 (640) 666-9566.#TERMC2025

After seven years of Arweave’s permanent data storage protocol, and millions of new users, some questions remain:. What are the key use cases for permanent data?. Why would you opt for permanent data over other options?. We explore these in our latest blog.

🔬Inside the Tissue Engineering and Regenerative Medicine lab, within the Dept. of Chemical and Biomolecular Engineering, where curiosity meets cutting-edge science!👨‍🔬 This exciting research is led by Ph.D Almeida, whose mentorship is empowering the next generation of scientists.

Dr. Samuel Achilefu and his team created Cancer Vision Goggles that use a near-infrared dye to make tumors glow under special goggles during surgery. Surgeons can see the cancer cells directly overlaid on the surgical field, allowing them to remove malignant tissue more precisely

Smart Bioelectronic Materials and Systems for Regenerative Tissue Engineering

Professor Robert Langer delivered the inaugural Kavli–Krebs Prize Lecture to a packed audience at Oxford, sharing insights from his career in drug delivery and tissue engineering. A truly inspiring afternoon celebrating interdisciplinary science! .

🚨 Don’t miss the opportunity to get early bird registration for the SEMIT 2025 - Congress of the Spanish Society for Regenerative Medicine & Tissue Engineering! . In the meantime. meet the speakers!. 🗓 Oct 2–3, 2025 .📍 Parc Científic de Barcelona . 🔗

Biotechnology in Crops – What Every Farmer Should Know . Biotechnology is changing agriculture worldwide — and Africa can’t afford to be left behind. But first…. What is crop biotechnology?. It’s the use of science (like genetic engineering, tissue culture, and molecular