Co-Crystallization: Approaches, Characterization and Applications in Drug Delivery

Sayali T. Patil, Monika Mane, Kshitija S. Desai, Satyajeet R. Jagdale, P. A. Jadhav, Harshada A. Patil
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Abstract

Co-crystals play a significant role in the pharmaceutical sector. Medicinal co crystals are multicomponent systems with at least one active therapeutic ingredient and the rest of the constituents being pharmaceutically acceptable. Co crystallization of a medicinal material with a coformer is a potential and growing method for improving pharmaceutical performance in areas such as solubility, dissolution profile, pharmacokinetics, and stability.. A key barrier to developing novel API compounds is poor bio availability and water solubility, which can limit the effectiveness of new drugs or prevent their approval for the market. In terms of the significant enhancement in solubility profiles compared to the single- active pharmaceutical ingredients, co-crystals provide a distinct and competitive edge over other traditional approaches.
共结晶:方法、表征及其在药物传递中的应用
共晶在制药领域发挥着重要作用。药用共晶体是具有至少一种活性治疗成分且其余成分在药学上可接受的多组分系统。用共成体对药材进行共结晶是一种在诸如溶解度、溶解谱、药代动力学和稳定性等方面改善药物性能的潜在和不断发展的方法。开发新的原料药化合物的一个关键障碍是生物利用度和水溶性差,这可能限制新药的有效性或阻止其上市。与单一活性药物成分相比,在溶解度方面的显著增强,共晶提供了比其他传统方法独特的竞争优势。
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