Titlebook: Application of Ionic Liquids in Drug Delivery; Masahiro Goto,Muhammad Moniruzzaman Book 2021 The Editor(s) (if applicable) and The Author(

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Mortar

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Samy Mailoud Sekkouri,Sandro Wimbergerpecially for use in drug delivery systems (DDSs). Because of the “green” and “designer” properties of ILs, the use of ILs has escalated dramatically in pharmaceutics and medicine. Although virtually an unlimited number of ILs could be produced from diverse sources of organic and inorganic cations an

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https://doi.org/10.1007/978-3-319-47810-4 properties that make them potentially useful in various areas of modern science, especially drug delivery. Owing to their intrinsic tunability and exceptional properties, ILs are undoubtedly capable of addressing the drawbacks associated with sparingly soluble drugs, such as polymorphism, limited s

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Naya Nagy,Marius Nagy,Selim G. Akl required. However, the pharmaceutical industry faces several challenges in supplying many newly developed drugs by oral means because of their low water and other solvent solubility, formulation complexity, and limited bioavailability. In response to these constraints, tailor-made solvents known as

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A Review of Aspects of Automata Theorychemical and biological properties. ILs can dissolve many important drug molecules at ambient conditions, which are sparingly soluble in water and other conventional organic solvents. However, the selection of potential ILs from thousands of anion–cation combinations is quite challenging. To address