Incorporation of cytochrome C with thin calcium phosphate film formed by electron-beam evaporation

Li, Yan; Lee, In Seop; Cui, Fu Zhai; Lin, Zhang; Park, Jong Chul; Chung, Sung Min

doi:10.1016/j.surfcoat.2008.06.082

Cited by 8 publications

(4 citation statements)

References 21 publications

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“…In‐Seop Lee and co‐workers have studied the effect of different deposition parameters on the PPCs properties intended for medical applications. They found that the substrate type, heat treatment and doping, have huge effects on the adhesion of the films, their chemical stability, as well as their mechanical and biological properties.…”

Section: The Strategies For the Preparation Of Phosphorus Containing ...mentioning

confidence: 99%

Phosphorus Containing Coatings: Technologies and Applications

et al. 2020

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Phosphorus Containing Coatings (PCCs) are an interesting class of materials that attracted considerable attention for use in different domains. A variety of PCCs characterized by outstanding electrical, biological, and chemical properties have been manufactured using various physical and chemical deposition processes. Thanks to developments in thin film and surface deposition technologies, it has become possible to manipulate the formation of PCCs according to the desired application, which has therefore been a mean of promoting this type of material towards new products and processes. This review explores the potential of the PCCs and deposition methods which can be used for their fabrication. Highlights on the connections between processing methods and the resulting film characteristics will be provided. The resulting coatings' properties are discussed in the context of the characteristics necessary for achieving high-performance PCCs in different sectors. Important prospects for PCCs research and their practical use in different fields will also be provided, and light will be shed on the future research directions for further progress of promising PCCs for the next film technology generations.

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Section: The Strategies For the Preparation Of Phosphorus Containing ...mentioning

confidence: 99%

Phosphorus Containing Coatings: Technologies and Applications

et al. 2020

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“…So the resulting composite layers in these solutions are ready for in vitro experiments without any sterilization process. Although Hanks' balanced salt solution (HBSS) can be used as it is ( * e in table 1) [73], Dulbecco's phosphate buffered saline (DPBS) has to be supplemented with 100 mg L −1 CaCl 2 in advance ( * l in table 1) [74,75].…”

Section: Solutions Originated From Saline Solutionsmentioning

confidence: 99%

“…The coprecipitation of amelogenin and apatite resulted in higher incorporation of amelogenin into the coating and longer release (with the presence of amelogenin on the coating ever after 90 h release), than the superficial adsorption on the preformed coating [66,67]. The immobilized cytochrome C in the cytochrome C-apatite composite coating continued to release for at least 10 days [77] and resulted in a constant release [74] due to the homogeneous incorporation of cytochrome C in the apatite coating, while for the case of adsorption, the release of cytochrome C continued only for several hours [15]. The AsMg-apatite composite coating released 54% of AsMg in the physiological saline solution within 1 week, while the adsorbed coating released 85% of AsMg [48].…”

Section: Prolong the Signal Molecules Release From The Signal Molecul...mentioning

confidence: 99%

Signal molecules–calcium phosphate coprecipitation and its biomedical application as a functional coating

Wang

Ito

et al. 2011

Biofabrication

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In this review, the current knowledge of signal molecules-calcium phosphate coprecipitation and its biomedical application as a functional coating are described. Although signal molecules regulate a variety of cellular processes, it is difficult to sustain the regulation activity for a long term when the signal molecules are only injected in a free form. The signal molecules-calcium phosphate coprecipitation on a substrate surface is a very promising process to achieve sustained regulation activity of the signal molecules by controlled and localized delivery of the signal molecules to specific body sites (implantation sites). However, the significance of immobilizing signal molecules with calcium phosphate coatings and their biomedical application are not systematically illustrated. For this purpose, the presently existing coprecipitation methods and strategies on biomedical application are summarized and discussed.

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“…We developed nano-structured thin calcium phosphate films on titanium substrates and used the deposited films as active layers to biomimetically induce mineral layers by immersing the as-deposited samples in a simple Dulbecco's phosphatebuffered saline solution (DPBS) containing CaCl 2 . [11][12][13][14] The properties of calcium phosphate films such as thickness, Ca/P ratio, and crystallinity are easily controllable. 15 The kinetics of Ca 2+ releasing from the films and re-precipitation as mineral layers onto the surfaces were fully investigated.…”

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confidence: 99%

Biomimetic fibronectin/mineral and osteogenic growth peptide/mineral composites synthesized on calcium phosphate thin films

et al. 2011

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Composites of fibronectin/mineral and osteogenic growth peptide/mineral were synthesized on calcium phosphate coated substrates immersed in Dulbecco's phosphate-buffered saline solution containing biomolecules. The kinetics of coprecipitation for two biomolecules was similar, and the biomolecules participated in the formation of the crystal latticework and influenced the mineral structure and composition.

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Incorporation of cytochrome C with thin calcium phosphate film formed by electron-beam evaporation

Cited by 8 publications

References 21 publications

Phosphorus Containing Coatings: Technologies and Applications

Phosphorus Containing Coatings: Technologies and Applications

Signal molecules–calcium phosphate coprecipitation and its biomedical application as a functional coating

Biomimetic fibronectin/mineral and osteogenic growth peptide/mineral composites synthesized on calcium phosphate thin films

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