Conclusion The absorbable coral hydroxyapatite is a good bone tissue engineering scaffold.

結(jié)論可吸收性珊瑚羥基磷灰石具有促進(jìn)骨髓基質(zhì)細(xì)胞表達(dá)成骨細(xì)胞表型、合成細(xì)胞外基質(zhì)的功能,是良好的細(xì)胞載體.

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Phase changes and structural stability of hydroxyapatite in this process were explored.

探討噴涂過程中羥基磷灰石晶體的相變化與結(jié)構(gòu)穩(wěn)定性.

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To observe the effect of embedding hydroxyapatite artificial eye mount in orbit.

[目的]觀察羥基磷灰石義眼座眼眶內(nèi)植入術(shù)的效果.

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Methods: The hydroxyapatite eye socket in 15 patients after enucleation of eyeball.

方法: 采用羥基磷灰石義眼臺(tái)做為眼球摘除術(shù)后眼窩成形的填充物,觀察15例成形效果.

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Objective To observe the clinical effect of orbital implantation with hydroxyapatite.

目的觀察應(yīng)用不同術(shù)式時(shí)羥基磷灰石義眼座的效果.

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The clinical effect of our national products coralline hydroxyapatite is well.

國(guó)產(chǎn)HA義眼座臨床應(yīng)用效果良好.

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Replantation objects are replaced with Carbonated Hydroxyapatite Cement ( CHC ), alloglaft and autoglaft.

所以在植入物方面有了新的替代物,主要是碳酸化羥基磷灰石水泥(CHC)及同種異體骨 ( alloglaft ) 和自體骨(autoglaft).

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Clinical study on socket implantation with hydroxyapatite artificial base.

與磷灰石義眼座眼窩填充術(shù)>>相似的文獻(xiàn).

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Objective To repair a large exposure of hydroxyapatite implant in orbit.

目的:修復(fù)較大范圍的羥基磷灰石義眼臺(tái)暴露.

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Clinical Application of Hydroxyapatite Sphere as an Orbital Pack ( A Repirt of 18 case )

羥基磷灰石填充球臨床應(yīng)用 ( 附18例報(bào)告 )

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Using calcium chloridize and sodium phosphate dibasic, this paper synthesizes hydroxyapatite having hexagonal system at 40 ℃.

本文以氯化鈣和磷酸氫二鈉為原料,在40℃溫度下合成了具有六方晶系的羥基磷灰石.

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Polyetheretherketone cages have been used successfully with or without hydroxyapatite for anterior cervical discectomy with fusion.

聚醚醚酮融合器±羥基磷灰石已成功用于頸椎前路椎間盤摘除融合術(shù).

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Gypsum was used as raw material to prepare porous hydroxyapatite with hierachical structure by hydrothermal reaction.

使用石膏作為原料,通過水熱反應(yīng)得到具有特殊結(jié)構(gòu)的多孔羥基磷灰石.

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This paper reports on the synthetic production of artificial bone - hydroxyapatite and its characteristics properties tests analysis.

本文報(bào)導(dǎo)了人工骨 — 羥基磷酸鈣的研制及其性能檢測(cè).

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To obtain hydroxyapatite scaffold with appropriate pore size and porous rate , we used reticulation polyurethane substrate.

為了得到孔徑和孔隙率合適的羥基磷灰石框架, 本文采用多孔聚氨脂泡沫浸漿法制備.

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