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Biomedical Engineers and Artificial Organs - Frontiers of Biomedical Engineering

Yale University via YouTube

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Details

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Provider

YouTube
Pricing

Free Video
Languages

English
Effort

51 minutes
Sessions

Self-Paced
Level

Beginner

Found in

This lecture examines synthetic biomaterials, the body's responses to foreign materials, and their use in joint replacements, dialysis, and artificial organs. It also discusses the design, function, and challenges of devices including lens implants, heart valves, vessels, and artificial hearts.

Syllabus

- Chapter 1. Introduction to Biomaterials
.
- Chapter 2. Polymers
.
- Chapter 3. Threat of Coagulation and Clotting
.
- Chapter 4. Physical Responses to Biomaterials
.
- Chapter 5. Joint Replacement Using Biomaterials
.
- Chapter 6. Dialysis
.
- Chapter 7. Artificial Organs and Conclusion
.

Taught by

YaleCourses

Reviews

5.0 rating, based on 2 Class Central reviews

Start your review of Biomedical Engineers and Artificial Organs - Frontiers of Biomedical Engineering

Aayush Chaurasia

relevant knowledge delivered but ppt is missing . the presentation slides are not there but still understandable
Rabia

This lecture is an insightful introduction to how biomedical engineers are pushing the boundaries of medicine, particularly through the development of artificial organs. Presented by Yale University, the session bridges the gap between engineering i…

This lecture is an insightful introduction to how biomedical engineers are pushing the boundaries of medicine, particularly through the development of artificial organs. Presented by Yale University, the session bridges the gap between engineering innovation and human health, offering students and enthusiasts a compelling look into the real-world impact of biomedical engineering.

The speaker does an excellent job explaining complex topics such as bioartificial organs, tissue scaffolds, organ regeneration, and biocompatibility in an accessible way. Real-life case studies and research examples highlight how engineering principles are being applied to solve problems that once seemed impossible—like designing functional artificial hearts, kidneys, and even bioengineered skin.

What makes the video even more valuable is its focus on ethical challenges, patient needs, and future possibilities. It encourages learners to think critically about not just what we can build, but how it affects human life.