Voltammetric determination of anticancer drug flutamide in surfactant media at polymer film modified carbon paste electrode

Electrocatalytic oxidative determination of reserpine at electrochemically functionalized single walled carbon nanotube with polyaniline

“…This finding is confirmed by plotting log i p against log (Fig. 4D); a straight line is obtained which can be expressed by the equation log i p (A) = 1.322 log (V s −1 ) + 0.713; r 2 = 0.972 with slope 0.812, which is less than the theoretical value of 1.0 that is expected for an ideal reaction for the adsorption-controlled electrode process [28,32]. The lower experimental slope (0.812) than the theoretical one may be attributed to the partial involvement of the diffusive drug molecule, in the electrode reaction of the adsorbed species.…”

An electrochemical sensing platform for trace recognition and detection of an anti-prostate cancer drug flutamide in biological samples

“…This is advantageous because such detection is simple, sensitive, selective, responsive, and inexpensive. Therefore, little bit voltammetric study has been carried out for the electrochemical detection of FT. 44,45 To the best our knowledge no report is available in the literature for the detection of utamide based on FC and MWCNTs modied carbon paste electrode.…”

The influence of pH and temperature on the stability of flutamide. An HPLC investigation and identification of the degradation product by EI+-MS

“…Also, it is authorized in the British Pharmacopoeia (BP) [3] that describes a direct spectrophotometric assay at 295 nm for its determination in pure from. Reviewing the literature revealed some analytical methods for the determination of FLT such as spectrophotometry [4][5][6][7], HPLC [8][9][10], voltammetry [11][12][13], and GCelectron capture detection [14]. Few analytical methods studied the stability of FLT [15,16].…”