The Role of Matrix Stiffness in Esophageal Cancer - Mechanism to Translational Therapeutics
Explore the impact of extracellular matrix stiffness on esophageal cancer progression and drug resistance, using engineered hydrogels and 3D cancer organoids to identify potential therapeutic targets.
Cryogenically Suspending and Rewarming Living Biological Systems
Explore breakthrough technologies in cryogenic suspension of biological systems. Learn about engineering approaches, applications, and recent achievements in preserving cells, tissues, organs, and whole organisms.
Occam's Pharmacokinetics - Anchored Cytokine Immunotherapy for Cancer
Explore innovative cancer immunotherapy techniques using anchored cytokines, as presented by MIT's K. Dane Wittrup in this bioengineering seminar.
Neuronal Dysfunction in Brain Slice Cultures after Concussion - Lecture
Explore neuronal dysfunction in brain slice cultures post-concussion with Dr. Barclay Morrison III's seminar on cutting-edge bioengineering research.
Imagining Our Future Through Tech - Daily Life in 2030 and Beyond
Explore a visionary tour of daily life in 2030, from AI-powered toilets to VR offices. Discover the technological innovations and business models needed to bring this future to life.
The Future of Humanity - Revolutions in Technology and Society
Explore how technological and societal revolutions will transform human bodies and minds in the 21st century, challenging our understanding of humanity's future evolution.
Pushing the Limits of Human Mobility
Explore biomechanics and cutting-edge technology for enhancing human movement. Learn how computer simulations and smart sensors are revolutionizing mobility and athletic performance.
Beauty of Life Seen Through Keyhole of Mathematics - Lecture 2
Explore molecular structures, mathematical thought in genetics, and the nature of life through a mathematical lens. Discuss bioengineering's future and human impact on Earth's ecology.
Beauty of Life Seen Through Keyhole of Mathematics - Lecture 3
Explore the intersection of mathematics and biology, from molecular structures to ecological impact, with insights on Life's nature and future bioengineering applications.
Beauty of Life Seen Through Keyhole of Mathematics - Lecture 4
Explore molecular structures, mathematical thought in genetics, and the nature of life. Delve into bioengineering's future and human impact on Earth's ecology.
HDLA - Leopold N. Green - Engineering Bacteria
Explore bacterial engineering for microbiome control, antibiotic resistance, and nanorobotics with insights from a Caltech researcher on cutting-edge synthetic biology applications.
Growing New Organs - Advances in Regenerative Medicine
Discover groundbreaking advancements in regenerative medicine as Anthony Atala explores tissue engineering and organ growth technologies, offering hope for future medical treatments.
Giving New Life to Materials for Energy, the Environment and Medicine
Exploring biological engineering to create advanced materials for energy storage, solar power, carbon capture, and medical imaging using genetically modified organisms and biologically inspired synthesis.
Synthetic Life - Could We? Should We?
Expert panel explores synthetic biology's potential impacts, ethical considerations, and technological advancements. Discusses applications in crop protection, biosensors, and bioprocessing, as well as societal implications.
Microorganisms: The Future of Food, Fuel and Pharmaceuticals
Explore how microorganisms can revolutionize food production, energy sources, and pharmaceutical development. Learn about their potential to address global challenges and shape our future.
What is Regenerative Medicine?
Experts discuss cutting-edge regenerative medicine, exploring smart materials for bone healing, kidney restoration, and diabetes reversal, as well as the potential of stem cells in medical treatments.
How 3D Bioprinting Regenerates Organs
Explore the revolutionary potential of 3D bioprinting in regenerative medicine, from regrowing damaged tissues to creating living organs, and its applications in skin, cartilage, bone, and vascular regeneration.
Regenerative Medicine: Hope and Hype
Explore the potential and challenges of regenerative medicine in cardiovascular disease with insights from Mayo Clinic expert Dr. Timothy Nelson.
3D-Printed Bone Substitutes with Triply Periodic Minimal Surface - Lecture 2
Explore 3D-printed bone substitutes using triply periodic minimal surfaces in this lecture by Franz E. Weber, covering advanced techniques in biomedical engineering and materials science.
Your Immune System Could Predict How You Heal
Breakthrough research in Musculoskeletal Regenerative Medicine helps predict healing outcomes for traumatic injuries and osteoarthritis, leading to more effective treatments and improved quality of life.
Managing Thermal Burns: Leveraging Regenerative Medicine to Reduce Donor Site Complications
Explore advanced techniques in thermal burn management using regenerative medicine to minimize donor site complications and improve patient outcomes.