2016
DOI: 10.1016/j.msec.2015.10.048
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Continuous cellularization of calcium phosphate hybrid scaffolds induced by plasma polymer activation

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Cited by 20 publications
(15 citation statements)
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“…It can be concluded, that plasma treatment did not alter fibers organization, their point-bonded junctions and no melting effect was observed that in turn may cause physical damage to the electrospun PLGA microfibers. These results are in accordance with previous study where electrospun PLLA scaffolds have shown no alteration in their ultrastructure after 3 min of plasma treatment with nitrogen [56]. However, these results may reflect also the effect of the type of plasma reactive gas on the treated materials since Park et al, [59] found differences in the morphology of PLGA scaffolds after plasma treatment with oxygen and ammonia.…”
Section: Morphological Analysis Of the Electrospun Plga Microfiberssupporting
confidence: 92%
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“…It can be concluded, that plasma treatment did not alter fibers organization, their point-bonded junctions and no melting effect was observed that in turn may cause physical damage to the electrospun PLGA microfibers. These results are in accordance with previous study where electrospun PLLA scaffolds have shown no alteration in their ultrastructure after 3 min of plasma treatment with nitrogen [56]. However, these results may reflect also the effect of the type of plasma reactive gas on the treated materials since Park et al, [59] found differences in the morphology of PLGA scaffolds after plasma treatment with oxygen and ammonia.…”
Section: Morphological Analysis Of the Electrospun Plga Microfiberssupporting
confidence: 92%
“…The fact that no changes were observed in the FTIR spectra of the treated materials could be related to the changes that only occur superficially in order of nanometers during plasma treatment despite the analysis of FTIR technique is from 1 to 5 µm in depth [100]. These results are in accordance with other reported data where no changes have been detected in the FTIR spectra after plasma treatment [47,56,62].…”
Section: Chemical Characterization Of the Electrospun Plga Microfiberssupporting
confidence: 91%
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“…Bioactive inorganic materials are capable of reacting with physiological fluids to form tenacious bonds to bone through the formation of bone-like hydroxyapatite layers, which provide effective biological interaction and fixation of bone tissue with the material surface [5]. It is now widely accepted that to establish a bond with bone, the biologically active mineral surface layer should form at the material/bone interface [6][7][8][9]. Previous studies [10] show that three-dimensional (3D) channels embedded into scaffolds play a vital role in cell immobilization, proliferation and nutrient transfer.…”
Section: Introductionmentioning
confidence: 99%