Filling the need for a lab textbook in this rapidly growing field, A Laboratory Course in Tissue Engineering helps students develop hands-on experience. The book contains fifteen standalone experiments based on both classic tissue-engineering approaches and recent advances in the field. Experiments encompass a set of widely applicable techniques: cell culture, microscopy, histology, immunohistochemistry, mechanical testing, soft lithography, and common biochemical assays. In addition to teaching these specific techniques, the experiments emphasize engineering analysis, mathematical modeling, and statistical experimental design.
A Solid Foundation in Tissue Engineering—and Communication Skills
Each experiment includes background information, learning objectives, an overview, safety notes, a list of materials, recipes, methods, pre- and postlab questions, and references. Emphasizing the importance for engineering students to develop strong communication skills, each experiment also contains a data analysis and reporting section that supplies a framework for succinctly documenting key results. A separate chapter provides guidelines for reporting results in the form of a technical report, journal article, extended abstract, abstract, or technical poster.
Customize Your Courses with More Than a Semester’s Worth of Experiments
The book is a convenient source of instructional material appropriate for undergraduate or graduate students with fundamental knowledge of engineering and cell biology. All of the experiments have been extensively tested to improve the likelihood of successful data collection. In addition, to minimize lab costs, the experiments make extensive use of equipment commonly found in laboratories equipped for tissue culture. A solutions manual, available with qualifying course adoption, includes answers to pre- and postlab questions, suggested equipment suppliers and product numbers, and other resources to help plan a new tissue engineering course.
"The book is well organized to teach cell culture and tissue engineering experiments to novice and experienced students. There is a quantitative emphasis in the book that strengthens the ‘engineering’ part of tissue engineering."
—Ann Saterbak, Rice University, Houston, Texas, USA
"… an excellent handbook for graduate students and investigators who are new in tissue engineering area. … The approaches and topics selected are appropriate for not only undergraduate but also graduate students and new investigators in this area."
—Sha Jin, University of Arkansas, Fayetteville, USA
"This book has a protocol-like style and can actually be used directly by teachers to prepare lab courses as well as by people with lab experience that enter the field of tissue engineering. … provides students with good insight in methods, techniques and approaches in the field of tissue engineering."
—Gerjo J.V.M. van Osch,Erasmus MC, University Medical Center Rotterdam, the Netherlands
"… a much-needed book for undergraduate bioengineering curricula. Tissue engineering is a topic best learned through practice, and this book just might take the fear out of offering a laboratory course on the subject."
—Michael J. Moore, Ph.D.,Tulane University, New Orleans
"… provides comprehensive coverage of laboratory techniques in tissue engineering, including detailed experimental protocols."
—Adam Higgins,Oregon State University, Corvallis
Getting Started in the Lab
Essential Lab Skills for Tissue Engineers
Isolation of Primary Chondrocytes from Bovine Articular Cartilage
Measuring and Modeling Growth of a Cell Population
Purification of a Cell Population Using Magnetic Cell Sorting
Decellularized Matrices for Tissue Engineering
Effect of Plating Density on Cell Adhesion to Varied Culture Matrices
Dynamic versus Static Seeding of Cells onto Biomaterial Scaffolds
Cell Patterning Using Microcontact Printing
Measuring and Modeling the Motility of a Cell Population Using an Under-Agarose Assay
Characterizing Matrix Remodeling through Collagen Gel Contraction
Effect of Substrate Stiffness on Cell Differentiation
Effect of Culture Configuration (Two versus Three Dimensions) on Matrix Accumulation
Combining In Silico and In Vitro Techniques to Engineer Pluripotent Stem Cell Fate
The FahraeusLindqvist Effect: Using Microchannels to Observe Small Vessel Hemodynamics
Examining Single-Cell Mechanics Using a Microfluidic Micropipette Aspiration System
Contribution of Tissue Composition to Bone Material Properties
Technical Communication: Presenting Your Findings
Appendix 1: Trypsinizing a Cell Monolayer
Appendix 2: Counting Cells with a Hemacytometer
Appendix 3: PicoGreen® DNA Assay
Appendix 4: Dimethylmethylene Blue (DMMB) Assay for Sulfated Glycosaminoglycans
Appendix 5: Microfluidic Device Design and Fabrication