controlled release

controlled release的基本解释

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长效

与controlled release相关的网络例句 [注：此内容来源于网络，仅供参考]

Release agents, carbon black; tire release agents, mold release agents brakes, aluminum alloy release agent; friction material release agent; Alloy release agent; polyurethane elastomer release agent; cement product release agent; epoxy release agent; conveyor belt release agent; solar release agent; Rubber release agent; red pomade

脱模剂，碳黑；轮胎脱模剂、刹车片脱模剂、铝合金脱模剂；摩擦材料脱模剂；铝合金脱模剂；聚氨酯弹性体脱模剂；水泥制品脱模剂；环氧树脂脱模剂；输送带脱模剂；太阳能脱模剂；橡塑脱模剂；冲头油

The IR analyses proved that the polymerization effects really occurred. The BET adsorption test indicated that the adsorption amount of MIPMs to LMD was as three times as that of non-imprinted microspheres. The controlled release test indicated that the release ratio of LMD on NIPMs was linearly increased with increasing time, which suggests that the release process is completely controlled by diffusion. Meanwhile, the release ratio of LMD on MIPMs was curvedly increased with increasing time, which indicates that the release process is controlled by both diffusion and the imprinting effect.

药物扩散实验表明， LMD在非印迹微球上的释药率几乎与时间呈直线关系，说明其释药过程完全受扩散控制；而LMD在MIPMs上的释药率则呈曲线上升趋势，说明其释药过程除了受扩散控制外，还受到药物模板分子与MIPMs之间的印迹效应的协同作用的控制，从而达到了缓释药物分子的目的。

No entire nitrendipine crystals were observed visually in SEM photos. The results of X-ray diffraction and differential scanning calorimetry analysis indicated that the crystalline form of nitrendipine was highly dispersed in microspheres, so as amorphous state. The drug release rate of microspheres could be controlled with adjusting the ratio of solid dispersion carriers and retarding agents formulated. The agitation speed and temperature of the preparation process have distinct effect on micromeritic properties of microspheres. The release profiles of the microspheres were mainly affected by the stirring rate of paddle, the concentration of SDS and pH of dissolution medium. Cooling speed and time, however, have no evident influence on the drug release rate of the microspheres. The dissolution data showed that the mechanism of drug release from microsphers was mainly diffusion-controlled. The incorporation efficiencies of 3 batches sample were exceed 96. 8％, which implied that the current method was suitable for design sustained-release dosage form for poorly water-soluble drug.

在扫描电子显微镜下观察，在微球内外未发现尼群地平的完整结晶，X-射线粉末衍射和差示扫描量热试验结果也显示，尼群地平已经被高度分散在微球中；微球的释药速度可通过调整处方中固体分散体载体和阻滞剂的比例控制；制备温度和搅拌速度对微球的质量影响较大；溶出仪的搅拌速度，释放介质的浓度和pH对微球的释放有较大的影响；制备过程中的冷却速度和冷却时间对微球的释放行为影响不很明显；方程拟合的结果表明缓释微球的释药行为符合扩散机制；测定三批微球样品的包封率均在96.8％以上，表明该法适合于制备难溶性药物的缓释微球。

与controlled release相关的网络解释 [注：此内容来源于网络，仅供参考]

electrochemically controlled release：电化学控释

缓释骨架片:controlled-release system | 电化学控释:electrochemically controlled release | 控释复肥:Controlled-release compound fertilizers (CRCF)

Zidovudine sustained release tablets：齐多夫定缓释片

? 格列比嗪控释片 Glipizide controlled release tablets | ? 齐多夫定缓释片 Zidovudine sustained release tablets | ? 硝苯地平控释片 Nifedipine controlled release tablets

Controlled Atmosphere Storages：气调库

可控机理:Controlled Mechanism | 气调库:Controlled Atmosphere Storages | 控制释放:controlled release