共晶
微粉化
溶解度
生物利用度
溶解
化学
材料科学
药物输送
纳米技术
有机化学
药理学
医学
分子
粒径
氢键
物理化学
作者
Aniket More B,Pradip Bade B,Swapnali Darekar B,Sampada Netane S
出处
期刊:Journal of advanced scientific research
日期:2023-02-28
卷期号:14 (02): 40-43
标识
DOI:10.55218/jasr.202314203
摘要
Drugs are a crucial commercial good in our lifestyle because they help us stay healthy and treat illnesses. Poor solubility,permeability, bioavailability, dissolving rate, hygroscopicity, tablet ability, compressibility, and stability of medicines aremajor causes of medication failure during clinical development. To overcome the shortcomings of pharmaceuticals,several methods can be created including salt formation, Nano-formulations, co-solvency, complexation withcyclodextrins and surfactants, micronization, solid dispersions, coamorphous formulations, cocrystallization,nanococrystallization, etc.Nanococrystallization is the approach that has the best chance of enhancing the physical and chemical characteristics ofAPIs without altering their chemical composition. With the extra advantage of a carrier-free delivery route,nanococrystallization offers a flexible technique for saving poorly soluble medicines. In this review, we provide acomprehensive analysis of nanococrystals. In these we also compare the cocrystal with nano cocrystal along with theformulation methods, advantages and characterization techniques for nanococrystals.
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