In addition, Zhang and Williams define tissue engineering as “the use of cells, biomaterials and suitable molecular or physical factors, alone or in combination, to repair or replace tissue to improve clinical outcomes”.10 In the context of this special issue of ABME, tissue and organ ...
39.Biomechanical and fluid flowing characteristics of intervertebral disc of lumbar spine predicted by poroelastic finite element method 机译:多孔弹性有限元预测的腰椎椎间盘生物力学和流体流动特征 作者:Guo Li-Xin;Li Rui;Zhang Ming 期刊名称:《Acta of Bioengineering and Biomechanics》 | 2016年第2期 关...
Studies exploring the effects of biomechanical cues on the microcirculation have largely focused on shear stresses from blood flowing along the apical surface of the endothelium [8,131,132,133,134,135]. As mentioned above, intraluminal blood pressure also exerts forces on the microvessel wall, namel...
MATHGoogle Scholar Busatto, S. et al. The nanostructured secretome.Biomater. Sci.8, 39–63 (2019).This article describes extracellular nanoparticles and their traits in a concise framework, including theirbiogenesis, colloidal properties, engineering and clinical translation. Google Scholar Buzas, E. ...
The dynamic transport mechanisms are examined using a baculovirus expression system (BEVS) to produce the necessary recombinant proteins.; In tissue engineering, cells are often placed into a polymer scaffolding for controlled attachment, spreading, and growth. However, the microstructural features of ...
& Sudo, H. Biomaterials and cell-based regenerative therapies for intervertebral disc degeneration with a focus on biological and biomechanical functional repair: targeting treatments for disc herniation. Cells 11, 602 (2022). Article Google Scholar Lokoff, A. & Maynes, J. T. The incidence, ...
Design and Application of Injectable Gels in Tissue Engineering and Drug Delivery © 2018 References Zhou, H. et al. Injectable biomaterials for translational medicine.Mater. Today28, 81–97 (2019). ArticleGoogle Scholar Spector, M. & Lim, T. C. Injectable biomaterials: a perspective on the...
Engineering considerations of hepatocytes within devices Whether hepatocytes are cultivated within bioreactors or microdevices, in vitro bioprocessing of mature hepatocytes involves considerations of cell seeding, hepatocellular, and extracellular matrix configuration (Fig.3). Viability, morphology, and function ...
These characteristics assured biomechanical performances such as strength, distensibility and stiffness of decellularized oesophagi comparable with the ones of native tissues, as evaluated with several mechanical tests, and consistent with other studies using DET for tubular organs29,30,31. Avoiding ...
[30]Moskalenko YuE, Weinstein GB, Ryabchikova NA, Halvorson P, Feilding A, Kravchenko TI, Vardi T, Samus NL, Semernia VN, Panov AA, "Interhemispheric asymmetry of the CSF dynamics and biomechanical properties of the skull", Russian J. of Physiology, v.96, No.10, pp.1005-1013, 2010...