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Tissue Engineering: Biomaterials and Stem Cells
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Related lectures (33)
Stem Cell Differentiation Tools
Explores tools for stem cell biology, such as immunofluorescence, RNA FISH, and fluorescent proteins.
Ethical Research with Biological Material
Explores ethical research with biological material, emphasizing vulnerable populations and the balance between risks and benefits.
Organs and Organoids: Engineering and Applications
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Explores the formation and applications of organs and organoids, highlighting their potential to revolutionize medical research.
Stem Cells and Organoids
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Covers stem cells, organoids, and their applications in healthcare and engineering.
Engineering Artificial Cells and Organs: A Biological Perspective
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Covers the engineering of artificial cells and organs, emphasizing material applications in biological systems.
Tissue Engineering: Organoids and Biomaterials
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Explores the use of organoids for disease modeling and tissue regeneration, along with advancements in biomaterials.
Tissues and Organs: Introduction and Engineering
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Introduces tissues, tissue engineering, and organs, exploring their structure, function, properties, and importance in treating diseases.
Artificial ECMs: Design, Applications, and Challenges
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Delves into artificial ECMs, synthetic biomaterials, and challenges in tissue engineering.
Tissue Engineering: Stem Cells and Organoids
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Explores tissue engineering with stem cells, organoids, and 3D printing technology for regenerative medicine.
Organoid Mechanobiology
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Covers the formation and applications of organoids, including brain, skin, and intestinal organoids, as well as the engineering of tissues and the concept of organ-on-a-chip.
Cell Adhesion: Integrin Signaling and ECM Mechanics
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Explores integrin signaling, ECM mechanics, substrate stiffness effects on cell behavior, and the use of Matrigel vs. synthetic ECM scaffolds.
Organ-on-Chip: Biomedical Research and Cancer Modeling
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Explores Organ-on-Chip technology for biomedical research and cancer modeling, showcasing its impact on drug development and disease understanding.
Exploring 2D Materials at High Resolution
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Explores advanced electron microscopy techniques for 2D materials, covering high-resolution imaging, reducing damage, diffraction, and ptychography.
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