An environmentally friendly reflectometric method for ranitidine determination in pharmaceuticals and human urine

An Environmentally Friendly Reflectometric Method for Bumetanide Determination in Pharmaceuticals

“…Previous assays performed in our laboratory showed that on the filter paper surface better spots were obtained under the following addition order: reagent, acid and the drug. 19,20 In the sequence, the studies were directed according to the dependence of the reflectance signal as regards to the p-DAC and HCl concentrations. For this purpose, a central composite design was employed by means of the software Statistica 6.0.…”

“…16 Few methods intended for a quantitative analysis spot test using diffuse reflectance spectroscopy have been reported in the literature. 14,15,[17][18][19][20] Combined spot test-diffuse reflectance spectroscopy offers advantages over other methods, such as simplicity and an extremely low consumption of reagents/solvents. Moreover, reflectance measurements can be performed in locus by using a very simple homemade reflectometer or a portable diffuse reflectance spectrophotometer, which are small, lightweight, inexpensive and battery operated, characteristics highly attractive for many applications in any location by nearly everyone.…”

Green Determination of Urea in Moisturizers by Diffuse Reflectance Spectroscopy

“…This purpose of the present work was to provide a method that is safer for the operator and the environment by complying with the principles of green chemistry (Anastas and Kirchhoff 2002) as well as being fast, simple, and inexpensive. As an alternative methodology that is eco-friendly, the combination of diffuse reflectance spectroscopy with spot tests has been described for the determination of drugs in routine clinical procedures (Gotardo et al 2004;Lima et al 2009: Capiau et al 2016Ehiwe et al 2016), food analysis (Luiz, Pezza, and Pezza 2012;Rossini et al 2016), quality control (Inagaki et al 2016;Rahoui et al 2016), and determination of contaminants (Tubino, Rossi, and Magalhães 1997;Okparanma, Coulon, and Mouazen 2014).…”

Thermodynamic Study of Thermal Decomposition of Ranitidine by HPTLC

“…Scientists examined its bioavailability, distribution and concentration in various biological fluids. [1][2][3][4][5][6][7][8][9][10][11] Different types of pharmaceutical preparation [10][11][12][13][14][15][16][17][18][19][20][21] were also examined. Literature does not include various publications about mobile phase selection of ranitidine separation and products of its thermal decomposition.…”