The objective of the present study was to minimise the unwanted side effects of lithium carbonate (LC) drug by kinetic control of drug release, LC was entrapped into gastro resistant, biodegradable carnauba wax microspheres using meltable emulsified dispersion cooling induced solidification technique utilizing a wetting agent. Solid, discrete, reproducible free flowing microspheres were prepare...

The aim of the present study was to design and evaluate a chronomodulated time-clock pulsatile tablets of valsartan to release it after a certain lag time, independent of the gastrointestinal pH, in its absorption window to cope with the circadian rhythm of human body for blood pressure elevation. Core tablets were prepared by direct compression of a homogenous mixture of valsartan, Avicel PH10...

The study was carried out to investigate the drug release profiles of multi-unit dosage formulations of theophylline consisting of both the fast and slow release components in a unit dose. The fast release component consisted of conventional granules of theophylline formed by mixing the drug powder with starch mucilage (20% w/v) while the slow release component consisted of wax granulations of ...

Thermal energy storage systems that use composite phase change materials (CPCM), such as paraffin wax and nonbiodegradable high-density polyethylene, are gaining attention in recent years due to the effort resolve issues. There is a need undertake research development on how prepare durable CPCMs from thermo-chemically treated biowastes, renewable resource. Raw spent coffee grounds (SCG) have b...

Fouling and contamination of surfaces are prevailing challenges humanities facing today in fields such as healthcare, hospitality, food manufacturing. These strongly motivate the development multifunctional with antifouling antimicrobial properties that coupled sensing capabilities. To address this challenge, we prepared a superhydrophobic surface using eco-friendly materials: polydimethylsilox...