Abstract
Micro/Nanoscale Manufacture of Advanced Materials and an Exploration of Their Properties
Highlights
Garnica-Gutiérrez et al, acidfunctionalized and poly-citric acid- (PCA-) polymerized carbon nanotubes (CNTs) were placed in contact with the extracellular membrane (ECM) of mesenchymal stem cells (MSC). The authors examined their effects on the MSC in various biological processes, showing that PCApolymerized CNTs are less cytotoxic and lead to less apoptotic cell death
Undoped CNTs tend to stimulate cell proliferation, whereas CNxs promote the apoptotic behavior. This pioneering work provides useful guidance for further study of the role of the CNT-ECM interaction on the CNT-MSC structures which are crucial for tissue grafting
Vibrations are studied for double-layer graphene sheets (DLGSs) in thermal environments
Summary
Editorial Micro/Nanoscale Manufacture of Advanced Materials and an Exploration of Their Properties Kausala Mylvaganam ,1 Haihui Ruan,2 Weidong Liu,3 and Chengyuan Wang4 This special issue is focused on the manufacturing of advanced materials at the microscale and nanoscale and an exploration of their properties. Manufacturing at the micro/ nanoscale is already an extensive field, leading to the production of improved materials and new products.
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