Publication

Desenvolvimento de método analítico para quantificação do efavirenz por espectrofotometria no UV-Vis

View document

Bibliographic Details
Summary:An UV-Vis spectrophotometry analytical method for quantifying Efavirenz was developed and validated as an alternative to replace the HPLC current method. The report method presents sample concentration of 10 μg mL-1, dissolved in a solution ethanol:water (60:40, v/v), economic and technically adequate for the purpose adopted. The results and the statistical treated proved that the method being considered an precise and accurate analytical low cost alternative for laboratory routine. The adaptability of this method in product and other analytical methods development has been challenged by mathematical calculation of drug extinction coefficient in water and methanol and practical experiments, showing interesting results.
Main Authors:Alves,Lariza Darlene Santos
Other Authors:Rolim,Larissa Araújo; Fontes,Danilo Augusto Ferreira; Rolim-Neto,Pedro José; Soares,Mônica Felts de La Roca; Soares Sobrinho,José Lamartine
Subject:UV-Vis spectroscopy Efavirenz analytical method
Year:2010
Country:Brazil
Document type:article
Access type:open access
Associated institution:IBICT
Language:Portuguese
Origin:Oasisbr
Description
Summary:An UV-Vis spectrophotometry analytical method for quantifying Efavirenz was developed and validated as an alternative to replace the HPLC current method. The report method presents sample concentration of 10 μg mL-1, dissolved in a solution ethanol:water (60:40, v/v), economic and technically adequate for the purpose adopted. The results and the statistical treated proved that the method being considered an precise and accurate analytical low cost alternative for laboratory routine. The adaptability of this method in product and other analytical methods development has been challenged by mathematical calculation of drug extinction coefficient in water and methanol and practical experiments, showing interesting results.

Funded activities

No funded projects found.