… for cell encapsulation sections focus on the use of 3D printing for dynamic culture systems
(… a culture platform. These features allow for the study of diseases related to that particular …

… residues, used for more than 60 years in the medical and biomedical fields [236]. Dextran
is widely used for biomedical applications. Its advantages are its biocompatibility, low cost, …

… cell culture systems in comparison to the two-dimensional (2D) monolayer culture, focusing
on cell growth conditions, cell … The innovations and development in 3D culture systems for …

… their uses for biomedical applications such as cell codrug delivery systems, the enhancement
of cell functions, and tissue … The use of gelatin as a microcapsule for drug delivery was not …

… a variety of biomedical applications. This review outlines recent progression and advancement
in the fabrication of micrometer scale systems and the application of 3D cell culture. …

… Here we review the packed-bed bioreactors used for mammalian cell culture and discuss …
applications. Common features of both bioprocess applications and biomedical applications of …

… cell culture methods from two aspects: a scaffold-free culture system and a scaffold-based
culture system. … Although 2D cells are widely used in biomedical researches for a long time, …

… during tissue/material interaction. This paper reviews the published literature on the use of
cell culture … according to the medical application the material is intended for. When membrane …

… 3D cell culture systems and describe, compare, and contrast the 3D cell cultures techniques
… could be integrated into healthcare innovations, in particular drug discovery, cell therapy, …

… three-dimensional (3-D) cell cultures have been widely used in biomedical research since
the early decades of this century. Although preceded by work of other scientists, Holtfreter (62) …