دانلود کتاب چاپ زیستی سه بعدی در بازسازی بافت و اندام

Three-dimensional (3D) bioprinting is the utilization of layer-by-layer methods to deposit bioinks such as cells, growth factors, and biomaterials to fabricate biomedical parts that maximally imitate natural tissue/organ characteristics. In the past decade, bioprinting has considerably advanced and a large number of studies have shown attractive outcomes in different applications. The 3D bioprinting market is projected to reach USD 1647.4 million by 2024. This burgeoning technology appears promising for evolving tissue engineering toward functional tissue and organ regeneration, ultimately alleviating organ shortage. In this regard, the development of a comprehensive book covering the state-of-the-art advance in applications of bioprinting is valuable for academia, the public, and industry. This book is organized into three major parts, and it benefits the readers to understand bioprinting from varied angles. First of all, this book contains a comprehensive discussion, covering the major considerations during the prebioprinting, bioprinting, and postbioprinting stages, which gives the readers an overview to understand the technical process of designing and manufacturing a bioprinted product. Secondly, a major portion of this book covers detailed descriptions of different applications of bioprinting, including skin, cartilage, bone, vascularized tissue, and organs, which helps the bioengineers, manufacturing engineers, and clinicians to understand the biofabrication approaches of the given tissue/organ type, such as the selections of bioink, bioprinter type, and appropriate process. Especially, intraoperative bioprinting is highlighted in a separate chapter, which has been widely considered as one of the important future trends of bioprinting. Lastly, ethical and regulatory concerns about the clinical utilization of bioprinting will also be discussed, which offers the reader a unique insight into the social responsibility of researchers and practitioners in this field. Overall, compared to current books that largely focus on bioprinting techniques, this book is more application-oriented, showing the audience the great value of bioprinting. This book is a great source for senior undergraduate and graduate students who are interested in bioprinting and is recommended to be used as a textbook for bioprinting-related courses. This book could play an instructive role in developing medical products using bioprinting for industry professionals. Researchers in the disciplines of biomedical engineering, mechanical engineering, and medicine can refer to this book for the latest advance in this field.