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The mineralization behavior of EDCs was investigated at BDD anode monitoring the total organic carbon (TOC) value at three different Iappl.
In these experiments, classic osteoblast differentiation and mineralization markers such as alkaline phosphatase and alizarin red S as well as RUNX2 expression were employed to gain detailed insight into the effect of PRF on mineralization behavior of periodontal progenitors.
Our in vitro studies indicated that PRF almost equaled osteogenic medium in its effect on mineralization behavior of cultured periodontal progenitors, surpassing DMEM and PPP by a significant margin.
To determine whether fibrin as the major structural component of the PRF scaffold affects mineralization behavior of periodontal progenitors, cells were cultured on fibrin-coated culture dishes, vacuum gas plasma-treated tissue culture dishes, and untreated Petri dishes, for 5 days, and stained for alkaline phosphatase activity) or alizarin red S).
Similar(56)
This work is to explore the biological responses to M13 bacteriophage (phage) modified titanium surfaces in vitro from the aspects of their interaction with macrophages, osteoblasts and mineralization behavior.
The ACP/PDLLA composite nanofibers exhibited a fast mineralization behavior in the simulated body fluid.
In the native environment, hypertrophic chondrocytes can induce mineralization of the ECM, leading to inferior function and mechanical behavior of the tissue [50].
The dynamic behavior of hydroxyl (HO) radical generation and consumption in mineralization reaction under different systems was investigated by measuring hydroxyl radical concentration during the reaction.
A mathematical model based on the structure/function of ferritin protein nanocages and purely kinetic considerations about the mineralization/dissolution of the ferritin iron mineral core was proposed to elucidate functional characteristics of the dynamic behavior of ferritin in vitro and in vivo.
Bioelectrocatalytic behavior of mixed biocatalyst on the basis of redox catalytic currents and prevalence of redox mediators signified the specific function of electron transfer toward dye mineralization.
The biological behavior of these hybrid scaffolds is greater than that of pure ceramic scaffolds without gelatine, increasing pre-osteoblastic MC3T3-E1 cell differentiation (matrix mineralization and gene expression).
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