… and scaffolds with magnetic fields and stem cells increased the … and scaffolds with magnetic
fields and stem cells to enhance … and scaffolds with magnetic fields and stem cells include …

… scaffolds and their probable toxicities (especially after the disintegration of graphene scaffolds
… and differentiation of stem cells on biocompatible graphene scaffolds having the potential …

… medicine and nanotechnology that have come up in recent years. These approaches have
been broadly categorized into two sections: nano-therapies and tissue engineering. Nano-…

… , biosensing, stem cells, biomedical … and stem cells cultured on nano-scaffold have long
slender morphology on adhesion to neighbor cells; however, the cells cultured in solid scaffold …

… For this reason, in addition to growth factors TPO, FL and SCF, we used PCL nano-scaffold
coated with FN as a feeder layer for the expansion of CD34+ cells. After 10 days of …

… control stem cell fate decisions. Fabrication of Nano fiber cell scaffolds onto which stem cells
can adhere and spread, forming a niche-like microenvironment which can guide stem cells …

… novel nano-rod HAp/gelatin scaffolds coated with nano-HAp; to the best of our knowledge,
such coated scaffold is … scaffolds was assayed using mesenchymal stem cells (MSCs) in vitro. …

Due to their mulitpotency, Mesenchymal stem cells (MSCs), have the ability to proliferate
and differentiate into multiple mesodermal tissues. The aim of this study was to isolate MSCs …

… Nanomaterials may be perceived, in bizarre ways by the cells. Starting from the membrane
to the nucleus, each component of the cell could have a new response. Mesenchymal …

… Either ECM or the dynamic culture alone promoted cell … (PLLA) scaffold provided a 3D
structure for maximizing the cell-… on a nano fibrous PLLA scaffold can be potentially used for cell-…