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>> Education >> Mini-Courses and Textbooks
Objective: One of our group’s effort is to develop several web-based online courses on biomaterials, tissue engineering and regenerative medicine as a free and open resource of education for educators, students, and self-learners worldwide. We are planning to accomplish at least two online courses before 2010.
!!!NEW!!! From May. 1st, 2008, the online courses will be available at:.
http://www.musc.edu/bioengineering/courses/
Online Mini-Course # 1 Tissue Engineering and Regenerative Medicine (Under development)
(All contents are password protected during the trial period, please email Dr. Wen to obtain a trial password for these documents.)
Table of Contents:
1) Concept and principle series - The fundamental concepts and principles in tissue engineering and regenerative medicine will be described. Courses in this series will include: fundamental principles of tissue engineering, such as biocompatible materials, scaffolds design and fabrication, bioactive molecules and their delivery, and bioreactors; stem cells and regenerative medicine. Some videos related to material synthesis, scaffold fabrication, bioreactor development, etc. will be included in this website to help learner understand the concept and key processes.
Part I: Biomaterials
Lecture #1: Introduction to biomedical materials (biomaterials) (1.885 Mb)
Lecture #2: Fundamental of material science (I) (896.995 Kb)
Lecture #3: Fundamental of material science (II) (1.775 Mb)
Lecture #4: Fundamental of material science (III) (1.328 Mb)
Lecture #5: Metallic Biomaterials (I) (2.24 Mb)
Lecture #6: Metallic Biomaterials (II) (1,016.817 Kb)
Lecture #7: Mechanical Properties of Biomaterials (3.089 Mb)
Lecture #8: Metallic Biomaterials (III) (2.278 Mb)
Lecture #9: Corrosion (5.761 Mb)
Lecture #10: Ceramic Biomaterials (I) (1.928 Mb)
Lecture #11: Ceramic Biomaterials (II) (5.006 Mb)
Lecture #12: Ceramic Biomaterials (III) (2.357 Mb)
Lecture #13: Ceramic Biomaterials (IV) (459.424 Kb)
Lecture #14: Polymeric Biomaterials (I) (990.99 Kb)
Lecture #15: Polymeric Biomaterials (II) (1.887 Mb)
Lecture #16: Polymeric Biomaterials (III) (4.329 Mb)
Lecture #17: Polymeric Biomaterials (IV) (1.444 Mb)
Lecture # 18: Polymeric Biomaterials (V) (1.455 Mb)
Lecture #19: Polymeric Biomaterials (VI) (4.201 Mb)
Lecture #20: Polymeric Biomaterials (VII) (1.641 Mb)
Lecture #21: Composites (5.928 Mb)
Lecture # 22:
Lecture # 23:
Lecture # 24:
Lecture # 25:
Part II: Tissue Engineering
Lecture #1: Introduction to Tissue Engineering and Regenerative Medicine (670.637 Kb)
Lecture #2: The Biology of Regeneration (467.417 Kb)
Lecture #3: Tissues (4.48 Mb)
Lecture #4: Cells for Tissue Engineering (I) (3.413 Mb)
Lecture #5: Cells for Tissue Engineering (II) (769.742 Kb)
Lecture #6: Cells for Tissue Engineering (III) (2.083 Mb)
Lecture #7: Cells for Tissue Engineering (IV) (2.872 Mb)
Lecture #8: Cells for Tissue Engineering (V) (1.093 Mb)
Lecture #9: Stem Cells for Tissue Engineering (I) (2.564 Mb)
Lecture #10: Stem Cells for Tissue Engineering (II) (1.501 Mb)
Lecture #11: Extracellular Matrix (I) (2.851 Mb)
Lecture #12: Extracellular Matrix (II) (2.571 Mb)
Lecture #13: Growth Factors, Cytokines, Chemokines, and Hormones (1.032 Mb)
Lecture #15 Biomaterials for Tissue Engineering (6.157 Mb)
Lecture #16: Scaffolding (15.011 Mb)
Lecture #17: Mechano-transduction, Bioreactors (4.947 Mb)
Lecture #18 Transport and Vascularization in Tissue Engineering (6.621 Mb)
Lecture #19
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Lecture #23
Lecture #24
Lecture #25
2) Application series - The minicourses in this series deal with specific topics on the applications of tissue engineering and regenerative medicine principles in addressing life science questions. Emphasis will be placed on the potential of an engineering approach, which involves the application of knowledge in physical, biological sciences, and mathematics, to tackle the problems in biology and clinical science. The materials will be largely derived from the research efforts in on-campus labs at Clemson and MUSC and those presented in the current literatures. Topics may include: customizing biomaterials for specific applications; animal models for evaluating engineered tissues; bioreactor design and applications; tissue engineering for neurological diseases and injuries; stem cell engineering, etc.
Lecture #1: Skin Tissue Engineering (2.2Mb)
Lecture #2: Neural Tissuen Engineering (17.084 Mb)
Lecture #3: Orthopedic tissue engineering (7.938 Mb)
Lecture #4: Cardiovascular Tissue Engineering (5.285 Mb)
Lecture #5:
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Lecture #7:
Lecture #8:
3) Research-derived materials - These will contain the materials derived from the K-12 outreach activities in collaboration with the students, described below.
Summer Research #1:
Summer Research #2:
Summer Research #3:
Summer Research #4:
Summer Research #5:
Summer Research #6:
Summer Research #7:
Summer Research #8:
Online Feedback Evaluation: (Under construction)
Online Mini-Course # 2 Neural Bio-Engineering (Under development; This project was initiated in July 2008)
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