… techniques developed based on conventional 3D printing techniques for the engineering of
biomimetic tissue … these multimaterial techniques can be employed to address major tissue …

… methods used to develop biomimetic products for various medical applications. The objective
of this study to provide readers with information on the various methods… tissues and organs …

… To improve the 3D structure of nano-fibrous scaffolds for cell seeding and distribution, mass
transport, vascular invasion, and tissue organization, techniques have been developed in …

… These bioprinting methods have been used to fabricate various types of tissue constructs,
such as cardiac, [ 42-44 ] vascular, [ 45-47 ] muscle, [ 48-51 ] and cartilage. [ 52-55 ] However, …

… in the field of tissue engineering. In this section, 3D printing techniques and 3D printed
biomaterials are categorized into subsections by tissues and organs that they were designed to …

… tissues and organs. In a regeneration strategy, biomaterials play a key role promoting new
… Next, we review the main materials and scaffold processing techniques. Then, some relevant …

… tissues and organs. In this review article, we provide a review of the recent advancements in
the field of biomimetic … led to the development of biomimetic scaffold techniques as the most …

… of human organs and tissues, the biomimetic scaffold needs to … for the regeneration of related
tissue and organ [49]. The … of biomimetic scaffolds with 3D printing techniques were present…

… Bone tissue is one of the most extensive and ubiquitous organs in the human body, and …
through a sintering process.10 In this report, we will review a fabrication technique for an …

… defects and restore organ structure and function. … These methods are primarily classified
as extrusion, inkjet, laser-… bioprinting techniques toward ​developing biomimetic tissue-like …