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All authors read and approved the final manuscript.”
“Background Nanodelivery system is a part of nanotechnology that allows for drugs to be manipulated

into nanoscale, allowing for the delivery of drugs to the different parts of the body at the same time retaining the valuable pharmacological properties [1]. This phenomenon, called the ‘quantum effects’, allows for delivery of drugs to areas of the body like the brain in the presence of intact blood brain barrier (BBB) [1]. Layered double hydroxides (LDH) are mainly synthesized via co-precipitation or ion exchange methods [1, 2]. They are attracting a great deal of interest as effective and efficient nanodelivery system [1, 2]. As a drug delivery system, LDH has a unique controllable ion exchange capacity, pH-dependent solubility, and controlled release properties. These are due to the positively charged Anidulafungin (LY303366) metal hydroxide sheets and charge-compensating interlayer anions, hydrated with water molecules of LDH nanocomposite [1]. LDH in drug delivery is said to be less toxic than other inorganic nanodelivery systems [2]; it is generally biocompatible, with both in vitro and in vivo toxicity studies done to show that [2]. Recent trials have demonstrated a discontinuous and intermittent delivery of levodopa to the brain [3]. This results in the non-physiologic and pulsatile R406 supplier stimulation of striatal dopamine receptors responsible for motor complication seen in Parkinson’s disease treatment [3].