Lecture 13: Tissue Engineering Scaffolds: Processing and Properties | Cellular Solids: Structure, Properties and Applications | Materials Science and Engineering | MIT OpenCourseWare
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Lecture 13: Tissue Engineering Scaffolds: Processing and Properties | Cellular Solids: Structure, Properties and Applications | Materials Science and Engineering | MIT
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Apr 3, 2022
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The MIT MechE course 2.797/2.798: Molecular Cellular and Tissue Biomechanics teaches students about the role that mechanics plays in biology. Co-taught by Ritu Raman and Peter So, the class incorporates hands-on lab-learning so students can see firsthand how living cells sense and respond to their environment. https://news.mit.edu/2025/mechanical-engineering-course-invites-students-build-with-biology-0528 | MIT School of Engineering
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The MIT MechE course 2.797/2.798: Molecular Cellular and Tissue Biomechanics teaches students about the role that mechanics plays in biology. Co-taught by Ritu Raman and Peter So, the class incorporates hands-on lab-learning so students can see firsthand how living cells sense and respond to their environment. https://news.mit.edu/2025/mechanical-engineering-course-invites-students-build-with-biology-0528 | MIT School of Engineering
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The MIT MechE course 2.797/2.798: Molecular Cellular and Tissue Biomechanics teaches students about the role that mechanics plays in biology. Co-taught by Ritu Raman and Peter So, the class incorporates hands-on lab-learning so students can see firsthand how living cells sense and respond to their environment. https://news.mit.edu/2025/mechanical-engineering-course-invites-students-build-with-biology-0528 | MIT School of Engineering
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The MIT MechE course 2.797/2.798: Molecular Cellular and Tissue Biomechanics teaches students about the role that mechanics plays in biology. Co-taught by Ritu Raman and Peter So, the class incorporates hands-on lab-learning so students can see firsthand how living cells sense and respond to their environment. https://news.mit.edu/2025/mechanical-engineering-course-invites-students-build-with-biology-0528 | MIT School of Engineering
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The field of tissue engineering aims to replicate the structure and function of real biological tissues. This engineered tissue has potential applications in disease modeling, drug discovery, and implantable grafts. 3D bioprinting, which uses living cells, biocompatible materials, and growth factors to build three-dimensional tissue and organ structures, has emerged as a key tool in the field. To date, one of the most-used approaches for bioprinting relies on additive manufacturing techniques an
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The field of tissue engineering aims to replicate the structure and function of real biological tissues. This engineered tissue has potential applications in disease modeling, drug discovery, and implantable grafts. 3D bioprinting, which uses living cells, biocompatible materials, and growth factors to build three-dimensional tissue and organ structures, has emerged as a key tool in the field. To date, one of the most-used approaches for bioprinting relies on additive manufacturing techniques an
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A team, including researchers from MIT MechE, developed a new 3D bioprinting technique that could improve the process of tissue engineering—a field that aims to replicate the structure and function of real biological tissues. Engineered tissue has potential applications in disease modeling, drug discovery, and implantable grafts. https://news.mit.edu/2025/new-3d-bioprinting-technique-may-improve-production-engineered-tissue-0917 | MIT School of Engineering
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A team, including researchers in MIT MechE, demonstrated a new enzyme-free strategy for detaching cells from culture surfaces. The approach could transform large-scale biomanufacturing by enabling automated and contamination-conscious workflows for cell therapies, tissue engineering, and regenerative medicine. “In the pharmaceutical and biotechnology industries, cells are typically detached from culture surfaces using enzymes — a process fraught with challenges,” says MIT MechE Professor Kripa V
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Research into repairing so-called “permanent” nerve damage is advancing through new classes of injectable biomaterials designed to support regeneration rather than simply manage symptoms. Teams at MIT, including researchers led by Professor Xuanhe Zhao, have been developing advanced hydrogels and bioadhesive materials aimed at improving peripheral nerve repair. The core concept involves a shear-thinning hydrogel—a material that flows like a liquid when injected through a needle but rapidly refor
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