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所在平台: Udemy |
课程主页: https://www.udemy.com/course/ipscs-clinical-trials-in-a-dish-for-future-drug-discovery/
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**课程总结：《干细胞与人工智能在药物发现中的应用：iPSCs与类器官101》** 本课程深入探讨了药物研发的未来趋势，重点聚焦于病人特异性、人体相关性系统。课程将带您走进诱导多能干细胞（iPSCs）技术、人工智能（AI）与类器官研究的前沿交叉领域，了解它们如何重塑生物医学研究。 您将学习到： * **iPSC技术：** 如何利用山中因子将成人体细胞转化为iPSCs，以及如何将iPSCs分化为功能性的、器官特异性的组织。 * **类器官模型：** “体外培养皿中的临床试验”——类器官作为预测药物反应的强大工具，其准确性远超动物模型。 * **AI在药物研发中的应用：** AI如何革新安全性评估、药物筛选以及个性化医疗。 * **关键主题：** 涵盖FDA现代化法案2.0、临床前安全性评价流程、生物样本库，以及在心脏病学、肿瘤学和神经退行性疾病研究中的具体应用案例。 * **伦理、法规与框架：** 探讨下一代疗法中的相关伦理、监管及安全框架。 本课程适合学生、医学院预科生、生物技术专业人士以及对转化科学未来充满热情的所有人士。无需实验室经验，只需保持好奇心，并渴望了解精准医疗的未来。 加入我们，一同掌握未来医学背后的科学知识。
Are you curious about how the future of drug discovery is shifting toward patient-specific, human-relevant systems? This course introduces you to the cutting-edge intersection of iPSC technology, AI, and organoids that is redefining biomedical research.You will learn how induced pluripotent stem cells, or iPSCs, are generated from adult somatic cells using Yamanaka factors, and how they can be differentiated into functional, organ-specific tissues. These lab-grown tissues, known as organoids, are already being used in clinical trials in a dish to predict drug responses with far greater accuracy than animal models.We will also explore how artificial intelligence is revolutionizing safety assessment, drug screening, and personalized medicine. Key topics include the FDA Modernization Act 2.0, preclinical safety pipelines, biobanking, and case studies in cardiology, oncology, and neurodegenerative disease research.This course is ideal for students, pre-med learners, biotech professionals, and anyone passionate about the future of translational science. No prior lab experience required - just curiosity and a drive to understand the future of precision medicine.What you will learn:iPSC generation, differentiation, and therapeutic applicationsOrganoid models and their role in preclinical testingAI-driven approaches in drug developmentEthical, regulatory, and safety frameworks in next-gen therapeuticsJoin us and become fluent in the science behind tomorrow's medicine.
