■3D生物打印能够快速生成基于人类的小规模组织模型,或类器官,病理学建模,诊断,和药物开发。随着3D生物打印技术的使用,3D功能复杂组织可以通过结合生物相容性材料来创建,细胞,和生长因子。在当今世界,3D生物打印可能是满足器官移植需求的最佳解决方案。重要的是检查现有的文献,目的是确定3D生物打印应用的未来趋势。不同的生物打印技术,和研究人员选择的组织,考察现有文献是非常重要的。为了发现3D生物打印研究的趋势,这项工作对3D生物打印进行了系统的文献综述。
■该文献对从Scopus数据库中提取的2000年至2022年生物打印研究文章进行了彻底的研究和分析。选择进行分析的文章根据发表年份进行分类,文章和出版商,nation,在生物打印领域工作的作者,大学,使用的生物材料,和有针对性的应用。
■顶级国家,大学,期刊,出版商,在分析了有关生物打印的研究出版物后,选出了该领域的作家。在这项研究中,还确定了研究主题和研究趋势。此外,已经观察到,需要在该领域进行额外的研究,以开发生物墨水及其特性,这些特性可以指导从业者和研究人员,同时选择适当的生物材料组合以获得适合模仿人体组织的生物墨水。
■这项研究包括研究结果,recommendations,以及对生物打印研究人员和从业人员的观察。本文列出了重大的研究空白,未来的研究方向,以及生物打印的潜在应用领域。
■此处进行的审查主要集中在收集过程中,组织,捕获,评估,和分析数据,以更深入地了解生物打印,并确定潜在的未来研究趋势。
UNASSIGNED: 3D bioprinting is capable of rapidly producing small-scale human-based tissue models, or organoids, for pathology modeling, diagnostics, and drug development. With the use of 3D bioprinting technology, 3D functional complex tissue can be created by combining biocompatible materials, cells, and growth factor. In today\'s world, 3D bioprinting may be the best solution for meeting the demand for organ transplantation. It is essential to examine the existing literature with the objective to identify the future trend in terms of application of 3D bioprinting, different bioprinting techniques, and selected tissues by the researchers, it is very important to examine the existing literature. To find trends in 3D bioprinting research, this work conducted an systematic literature
review of 3D bioprinting.
UNASSIGNED: This literature provides a thorough study and analysis of research articles on bioprinting from 2000 to 2022 that were extracted from the Scopus database. The articles selected for analysis were classified according to the year of publication, articles and publishers, nation, authors who are working in bioprinting area, universities, biomaterial used, and targeted applications.
UNASSIGNED: The top nations, universities, journals, publishers, and writers in this field were picked out after analyzing research publications on bioprinting. During this study, the research themes and research trends were also identified. Furthermore, it has been observed that there is a need for additional research in this domain for the development of
bioink and their properties that can guide practitioners and researchers while selecting appropriate combinations of biomaterials to obtain
bioink suitable for mimicking human tissue.
UNASSIGNED: This research includes research findings, recommendations, and observations for bioprinting researchers and practitioners. This article lists significant research gaps, future research directions, and potential application areas for bioprinting.
UNASSIGNED: The
review conducted here is mainly focused on the process of collecting, organizing, capturing, evaluating, and analyzing data to give a deeper understanding of bioprinting and to identify potential future research trends.