Biomedical Engineering Applications in Cancer Diagnosis and Treatment - Lecture 24

Yale University via YouTube

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Explore the intersection of biomedical engineering and cancer diagnosis and treatment in this 48-minute lecture from Yale University's Frontiers of Biomedical Engineering course. Delve into cancer epidemiology, biology, and detection methods before examining various treatment options, including the role of tumor angiogenesis, radiation sensitivity, and drug localization. Learn about the FDA's drug approval process and the challenges faced in cancer drug research. Discover how biomedical engineers contribute to improving cancer diagnosis and treatment, from developing new technologies to enhancing drug delivery systems. Gain insights into the technical and economic difficulties surrounding cancer research and the potential for innovative solutions in this complex field.

Syllabus

- Chapter 1. Introduction to Cancer
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- Chapter 2. Cancer Epidemiology and Biology
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- Chapter 3. Detection of Cancer
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- Chapter 4. Cancer Treatment Options
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- Chapter 5. New Drug Developments in Chemotherapy
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- Chapter 6. Technical and Economic Difficulties of Cancer Drug Research
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Reviews

4.4 rating, based on 12 Class Central reviews

Start your review of Biomedical Engineering Applications in Cancer Diagnosis and Treatment - Lecture 24

Rui De Noronha Paulo
1

Trata-se de um óptimo curso, descrevendo o diagnóstico e tratamento do cancer por Engenharia Biomedica. Destaca os agentes fitoquimicos e não só.
Selvakani T

The webinar on Biomedical Engineering Applications in Cancer Diagnosis and Treatment – Lecture 24 provided an insightful overview of how modern biomedical engineering technologies contribute to the early detection, diagnosis, and effective treatment…

The webinar on Biomedical Engineering Applications in Cancer Diagnosis and Treatment – Lecture 24 provided an insightful overview of how modern biomedical engineering technologies contribute to the early detection, diagnosis, and effective treatment of cancer. The session highlighted the integration of engineering principles with medical science to develop advanced diagnostic tools such as medical imaging systems, biosensors, and AI-based diagnostic platforms.

The speaker explained the role of technologies like MRI, CT scans, and nanotechnology-based drug delivery systems in improving the accuracy of cancer detection and targeted treatment. The webinar also emphasized the importance of interdisciplinary research in developing innovative medical devices and therapeutic methods that enhance patient outcomes while reducing treatment side effects.

Overall, the lecture was informative and well-structured, offering valuable knowledge about the emerging trends and future scope of biomedical engineering in oncology. It helped participants understand how engineering innovations are transforming cancer care and contributing to more efficient and personalized treatment strategies.
Jescynda

Biomedical engineering combines engineering principles with medical science to develop technologies that improve healthcare.

Biomedical engineers design medical devices such as artificial organs, prosthetic limbs, and diagnostic machines.

Through biomedical engineering, scientists create advanced imaging systems that help doctors detect diseases earlier.

Biomedical engineering plays an important role in developing new treatments and improving patient care.

Students who study biomedical engineering learn about biology, medicine, and engineering to solve health-related problems.
Magdalene Keerthana

Very useful for learning about cancer, diagnosis and treatment implemented in the real world.Highly informative and well‑structured
Rukkesh P
1

This course was very usefull for learning about cancer and treatment . diagnosis and treatment can implemented in real world for some knowledge to increase
Biomedical equipment manufacturers system to the disease in cancer
ETTABTI SOUKAYNA

it was an interesting course,gives global informations about concer in a very simple and interesting way
Chirag Patel

Information about cancer , treatment and identification by different equipment is provided in this video.
Morteza Niazi

I would like to express my heartfelt gratitude for the incredible online biomedical engineering course. This class has been an inspiring journey, blending engineering principles with medical innovation. The engaging lectures, practical examples, and…

I would like to express my heartfelt gratitude for the incredible online biomedical engineering course. This class has been an inspiring journey, blending engineering principles with medical innovation. The engaging lectures, practical examples, and hands-on projects have deepened my understanding of this dynamic field. I truly appreciate the dedication of the instructors, who made complex topics accessible and exciting. The opportunity to connect with peers worldwide enriched my learning experience. This course has not only expanded my technical knowledge but also motivated me to pursue impactful solutions in healthcare. Thank you for creating such a supportive and enriching environment. I’m excited to apply what I’ve learned to contribute meaningfully to biomedical advancements.
Stefani Putri

This lecture on Biomedical Engineering Applications in Cancer Diagnosis and Treatment by Yale University is highly informative and well-structured. It provides a comprehensive overview of how biomedical engineering techniques are applied in oncology, covering imaging modalities, targeted therapies, and advancements in early detection. The explanations are clear, making complex topics accessible to learners from different backgrounds. The content is highly relevant for students in biomedical engineering, medicine, and related fields. However, I would have appreciated more real-world case studies or clinical applications to enhance understanding. Overall, it is an excellent lecture that bridges engineering and medical science effectively
Nguyễn Trọng Gia Phúc

Lecture 24 of Yale's "Biomedical Engineering Applications in Cancer Diagnosis and Treatment" was incredibly informative and engaging. Professor Saltzman explained complex topics like cancer biology, diagnostic techniques, and treatment options in a way that was easy to follow. I particularly enjoyed learning about the role of biomedical engineers in developing new therapies and improving diagnostic tools. The discussion about the challenges of drug development and clinical trials was eye-opening and made me appreciate how much work goes into cancer research. Overall, this lecture is a great resource for anyone interested in how engineering can make a real difference in medicine.
Subasri.s

Good well explanation and early observation and in this class I learn so many knowledge about the cancer
Nachiyar Nachiyar

This class is very usefull and lecture give more informations.
Easy to understand the concepts.
I like the course.
Thats relevant to Biomedical Engineer students.