Stem Cells and Organoids Explained: Development, Disease Modelling & Regenerative Medicine
San's Scientific Review
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Stem Cells and Organoids Explained: Development, Disease Modelling & Regenerative Medicine
12 просмотров · 7 дн. назад
San's Scientific Review
131 подписчик
12 просмотров · 7 дн. назад
CAN SCIENTISTS GROW MINI-ORGANS IN A LAB? The Fascinating World of Stem Cells & Organoids | Dr. San Maharana
TINY STRUCTURES. BIG DISCOVERIES. A NEW WAY TO STUDY HUMAN LIFE!
How can stem cells organize themselves into three-dimensional structures that mimic selected features of human organs?
Discover the fascinating science of organoids, from stem cell differentiation and tissue organization to disease modelling, drug testing and the future possibilities of regenerative medicine.
*Dr. San Maharana | Stem Cell & Organoid Biology Masterclass*
🧬 *STEM CELLS & ORGANOIDS: THE FASCINATING SCIENCE OF MINI-ORGANS*
Can scientists grow miniature, organ-like structures in a laboratory? How do stem cells develop into organized tissues, and how can these models help researchers understand human diseases?
Welcome to *Dr. San Maharana's Molecular Biology & Developmental Biology Lecture Series!*
In this lecture, *The Fascinating World of Stem Cells and Organoids*, we explore how stem cells and three-dimensional organoid models are transforming developmental biology and biomedical research.
🔬 *WHAT WILL YOU LEARN?*
• What are stem cells, and how do they differentiate?
• What are organoids, and how are they different from conventional cell cultures?
• How do researchers grow brain, intestinal, liver and other organoids?
• How do developmental signals guide tissue organization?
• How can organoids help scientists model human diseases?
• How are organoids used in drug discovery and toxicity research?
• What are the limitations of organoid models compared with real human organs?
• What scientific and ethical questions shape the future of organoid research?
Organoids can reproduce selected structural and functional features of organs, but they are not complete miniature human organs. Their capabilities depend on the tissue model and experimental system.
Whether you are a biology student, medical aspirant, stem cell researcher or curious science enthusiast, discover how this exciting technology is opening new avenues for understanding human biology.
🎓 *WATCH, LEARN AND SHARE!*
Presented by *Dr. San Maharana*
Molecular Biology | Developmental Biology | Stem Cell Research
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