Enteric coated fluorouracil micro-granules were prepared with extrusion, spheronization and airflow coating method. 用挤出造粒、气流包衣技术制备氟尿嘧啶肠溶微粒。
Coating: Particle, pill protection layer, prepared colors, slow-release, film, and other enteric coating. 包衣:颗粒、丸剂保护层、备色、缓释、薄膜、肠溶包衣等。
The Study of Aqueous Enteric Poly-acrylic Acid Resin Used for Film-coating Material Preparation of Micro-granules with Extrusion and Airflow Coating Method. ⅵ. Preparation and Pharmacokinetics of Enteric Coated Fluorouracil Micro-granules 水性肠溶型聚丙烯酸树脂类药物包衣材料的研制挤出造粒、气流包衣法制备包衣微粒剂.Ⅵ.氟尿嘧啶肠溶微粒的制备和药动学研究
Effect of enteric coating on the release of pressure controlled colon specific capsules in vitro and in vivo 肠溶包衣压力控制结肠定位给药胶囊的体内外评价
Preparation of Ophiopogon japonicus saponin enteric pellets by extrusion-spheronization and fluid bed coating technology 粉体、颗粒、丸的薄膜、肠溶、缓控释包衣。挤出滚圆-流化床包衣法制备麦冬皂苷肠溶微丸
Objective: To investigate the feasibility of two enteric coating technologies for naproxen micro-pellets. 前言:目的:考察萘普生肠溶微丸两种包衣工艺的可行性。
Objective To optimize the formulation of enteric coating of erythromycin. 目的优化红霉素肠溶薄膜包衣配方。
Determination of Dissolution Rate of Ketoprofen Enteric Coating Capsules 酮洛芬肠溶胶囊的溶出速率测定
Study an enteric-coating microcapsules containing probiotics 肠溶性益生菌微胶囊的研究
Methods: The target capsules were prepared with different high polymers using enteric coating and microencapsulation technologies. 方法:采用胶囊肠溶包衣新技术和微囊化技术,将不同的高分子材料用于制备全封闭的双歧杆菌活菌微囊胶囊。
A Comparative Study of Two Enteric Coating Methods for Naproxen Micro-pellets 两种包衣方法制备萘普生肠溶微丸的比较研究
Study on the bioavailability of erythromycin enteric coating microcapsule in rabbit 红霉素肠溶微囊兔体内的生物利用度
CONCLUSION: 4-paramisan sodium oral colon-specific delivery coated tablets coated in turn with permeable and enteric soluble acrylic resin has ideal specific delivery and slow-release properties, the coating technology was stable and the reproducibility is good. 结论:以渗透型和肠溶型丙烯酸树脂依次包衣制备的4-氨基水杨酸钠口服结肠定位包衣片具备理想的定位与缓释功能,包衣工艺稳定,重现性好。
Methods The method of trundle coating was enveloped by HPMC for the thin film and by polyacrylic resin-II for enteric coating. 方法采用滚转包衣法,先用羟丙基甲基纤维素包薄膜衣,再用聚丙烯酸树脂-Ⅱ包肠溶衣。
Methods The influences of the enteric coating formulations of polyacrylic ⅱ, such as plasticizer, antiadherent, colouring agent and solvent on the quality of enteric-coated erythromycin were studied with orthogonal design. 方法用正交试验法,研究丙烯酸树脂Ⅱ号肠溶薄膜包衣配方的增塑剂、抗黏剂、着色剂、溶剂对肠溶薄膜包衣质量的影响。
The results of coating and disintegration test show that stomachic and enteric tablets both had complete and smooth surface after coating which state their excellent coating performance. 包衣及崩解试验结果表明,包衣后的胃溶型及肠溶型药片表面完整光滑,说明它们的包衣性能好。