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Highly sensitive potentiometric assay of vardenafil in pharmaceutical formulations and biological fluids

Abstract
Sensitive disposable screen printed potentiometric vardenafil (VAR) sensors have been constructed based on multiwall carbon nanotubes/crown ether (MWCNTs/CE) composite. Factors affecting the sensor performance have been optimized on the basis of nature and content of the molecular recognition elements, anionic sites, membrane plasticizers and nanomaterial. The fabricated sensors showed acceptable ...
Keywords
Potentiometric titration
Detection limit
Plasticizer
Potentiometric sensor
Chromatography
Vardenafil
Chemistry
Carbon nanotube
Ether
Pharmaceutical formulation
Materials science
Nanotechnology
Organic chemistry
Medicine
Ion
Tadalafil
Sildenafil
Internal medicine
Sustainable Development Goals (SDG)
Quality education



Highly sensitive potentiometric assay of vardenafil in pharmaceutical formulations and biological fluids

Highly sensitive potentiometric assay of vardenafil in pharmaceutical formulations and biological fluids

Abstract
Sensitive disposable screen printed potentiometric vardenafil (VAR) sensors have been constructed based on multiwall carbon nanotubes/crown ether (MWCNTs/CE) composite. Factors affecting the sensor performance have been optimized on the basis of nature and content of the molecular recognition elements, anionic sites, membrane plasticizers and nanomaterial. The fabricated sensors showed acceptable ...
Keywords
Potentiometric titration
Detection limit
Plasticizer
Potentiometric sensor
Chromatography
Vardenafil
Chemistry
Carbon nanotube
Ether
Pharmaceutical formulation
Materials science
Nanotechnology
Organic chemistry
Medicine
Ion
Tadalafil
Sildenafil
Internal medicine
Sustainable Development Goals (SDG)
Quality education