In this paper we used a modified fluorine-doped tin oxide (FTO) as the substrate of a novel
aptasensor for electrochemical determination of digoxin. For this purpose, a selective …

In this work, a highly sensitive aptasensor for digoxin determination in biological samples
has been introduced. The surface of a gold screen-printed electrode was modified by using …

In this study a new electrochemical aptasensor has been represented for digoxin
determination using signal-on strategy to improve limit of detection. To construct the sensor …

Two approaches were utilized and compared for designing a novel ultrasensitive fluorescent
apta-nanobiosensor for fast and sensitive determination of digoxin (DX) in biological fluids …

A novel nanobiosensor was prepared by aptamer and gold nanoparticles conjugate in poly
vinyl alcohol hydrogel for sensitive detection of digoxin in human plasma samples. The …

Herein, a novel ultrasensitive strategy has been developed by designing a label free
fluorescent nano-aptasensor for monitoring of small moecules in human plasma. In this …

Despite the existence of numerous methods for measuring digoxin, advancements in
science have led to improvements in methods, making it possible to measure very low levels …

The present study aimed to develop a highly sensitive label-free electrochemical aptasensor
for the detection of Diazinon (DZN), as one of the most widespread organophosphorus …

Digoxin is a cardiac glycoside with a narrow therapeutic index that is commonly used to treat
heart failure. In this study, we designed selective, sensitive and fast fluorescence quenching …

Digoxin is a useful drug in the treatment of heart failure. The therapeutic index of digoxin is
very narrow. Thus, its detection in serum is of remarkable interest. In this study we designed …