Abstract

Abstract

The purpose of this study was to develop extemporaneously compounded oral liquid formulations of aripiprazole for use in pediatric patients and those patients unable to swallow the solid oral dosage forms. Aripiprazole tablets(30 mg) were ground to a fine powder and suspended at a concentration of 1.0 mg/mL in either a 1:1 blend of Ora-Plus and Ora-Sweet, or 1% methylcellulose and Simple Syrup NF. Five amber, plastic liquid prescription bottles of each formulation were stored at 4°C, and aripiprazole content was measured by ultra-performance liquid chromatography time-of-flight mass spectrometry at 0, 14, 32, 67, and 91 days. Formulations were visually inspected at each time point for color change and precipitation. Forced degradation studies were conducted under oxidizing, acidic, basic, and thermal conditions. Concentrations of aripiprazole in the formulation containing 1:1 Ora-Plus and Ora-Sweet were unchanged over the study period with no signs of degradation over 91 days. In the 1:1 1% methylcellulose and Simple Syrup NF formulation, aripiprazole concentrations were 95% of labeled levels at 67 days, but failed to maintain greater than 90% of labeled levels at 91 days, with an average of only 84% of the labeled content. No apparent physical changes in the formulations were noted over the study period. In the forced degradation studies, loss of aripiprazole was notable under extreme oxidizing and alkaline conditions. Extemporaneously compounded oral suspensions of 1.0 mg/mL aripiprazole in 1:1 Ora-Plus and Ora-Sweet are stable for at least 91 days when stored in amber, plastic prescription bottles at 4°C, whereas suspensions in 1:1 1% methylcellulose and Simple Syrup NF are stable for up to 67 days.

Related Keywords

• aripiprazole
• oral suspension
• formulations
• children
• infants
• neuropsychiatric disorders
• psychosis
• antipsychotic agent
• excipients
• stability
• forced degradation studies

Related Categories

• EXCIPIENTS
• FORMULATIONS
• MENTAL HEALTH
• PEDIATRICS
• PEER-REVIEWED
• STABILITIES, COMPATIBILITIES