Harnessing the Science and Clinical Application of Placental and Dermal Tissue
Explore the scientific foundations and clinical uses of placental and dermal tissue in wound care, gaining insights into innovative treatment approaches and their potential benefits.
Mechano-Epigenetics for Cell Engineering: Biophysical Regulation and Applications
Explore mechano-epigenetics for cell engineering, focusing on biophysical regulation, mechanotransduction, and nuclear deformation's impact on gene activation and chromatin accessibility.
Human-Induced Pluripotent Stem Cell Expansion in a Stirred 3D System - Manufacturing Allogeneic Resources for Cell Therapy
Explore advanced techniques for expanding human-induced pluripotent stem cells in 3D stirred systems, focusing on manufacturing allogeneic resources for cell therapy applications.
Demystifying Exosome Isolation: Best Practices and Centrifuge Selection Strategies
Explore best practices and strategies for exosome isolation, including centrifuge selection techniques. Learn about small extracellular vesicles and their potential in biomedical research and applications.
Linking Single-Cell Function to Multi-omic Analysis Using 'Lab on a Particle' Technology
Explore innovative 'Lab on a Particle' technology for single-cell analysis, linking cell function to multi-omic data. Learn about hydrogel microparticles for cell capture and secretion analysis in various applications.
The NIH Microphysiological Systems Program: Tissue on Chips for Safety, Efficacy, and Precision Medicine Studies
Explore innovative tissue chip technology for drug development, addressing limitations in current safety and efficacy prediction methods to improve human clinical trial outcomes.
Microphysiological Systems for Biomaterials Testing and Early Cancer Research
Explore organ-on-a-chip devices for biomaterials testing and cancer research. Learn about innovative platforms like 'Tooth-on-a-chip' and bone-on-a-chip for investigating disease mechanisms and tissue interactions.
Violet Teaming AI in the Life Sciences
Explore AI's impact on life sciences, balancing opportunities in health and biosecurity risks. Learn about violet teaming to maximize benefits while minimizing downsides in biological engineering.
Biological Engineering—The Nexus Between Computer Programming and Medicine - Tim Lu - TED - 2018
Explore the intersection of computer programming and medicine in bioengineering, focusing on engineered cells as living therapeutics and the future of biological programming.
Designing Tiny Tools to Find a Tumor
Discover how miniaturization and nanoparticles revolutionize cancer diagnostics, as a pioneering physician-engineer shares her lab's groundbreaking approach to tumor detection.
Insight Outside- Harnessing Nature’s Secrets
Explore how bioengineering harnesses nature's solutions to develop innovative medical tools and treatments, inspired by organisms like spiny-headed worms and porcupine quills.
Synthetic Biology’s Industrial Revolution
Explore synthetic biology's potential to revolutionize industries and solve global challenges with bioengineer Drew Endy. Learn about engineering living matter and its applications in environment, energy, and medicine.
The Promise of Human Regeneration - Forever Young
Experts explore regenerative medicine's potential to revolutionize healthcare, from lab-grown organs to tissue engineering, discussing current advancements and future implications for human health and longevity.
Game Change – CRISPR's Brave New World
Explore CRISPR gene-editing technology's potential to revolutionize medicine, agriculture, and energy. Experts discuss its rapid adoption, applications, ethical considerations, and future impact on treating diseases and solving global challenges.
It's Alive, But Is It Life - Synthetic Biology and the Future of Creation
Explore synthetic biology's potential to revolutionize life creation, from writing DNA to engineering organisms. Experts discuss ethical implications, technological advancements, and future possibilities in this cutting-edge field.
Tech and the Transplants of Tomorrow
Exploring advancements in transplant surgery, including HIV transplants, big data, and tissue engineering, with insights on innovation, regulation, and the future of medical technology.
Envisioning an Insulin-Free Future
Explore groundbreaking scientific advancements and potential future treatments for Type 1 Diabetes, offering hope for an insulin-free world through innovative cell-based therapies and bioengineering.
Growing New Organs
Explore groundbreaking lab techniques for growing human organs, from muscles to bladders. Witness cutting-edge bioengineering tools like bioreactors and tissue-printing machines in action.
Assembling the Brain - Understanding Neural Circuit Development Through Lab-Grown Models
Discover groundbreaking research on brain organoids and assembloids, exploring how these lab-grown neural models help understand psychiatric disorders and early brain development for potential new treatments.
Stem Cell Overview: Types, Properties, and Fate Specification
Explore stem cells: their definition, types, and fate specification processes. Gain insights into the fundamental concepts of cellular differentiation and potential applications.
Turning Adversity into Your Superpower
Discover how perseverance in science and life can transform challenges into strengths. Learn from a bioengineering doctoral student's journey in developing therapeutic devices and entrepreneurial ventures.