Metanil yellowEffective dipole momentElectrical impedance spectroscopyUV–Vis spectroscopyThis article investigates the possibility of using electrical impedance spectroscopy (EIS) technique for detection and quantification of metanil yellow (MY) in turmeric powder. The observation is supported by ultraviolet–...
Metanil yellowEffective dipole momentElectrical impedance spectroscopyUV-Vis spectroscopyThis article investigates the possibility of using electrical impedance spectroscopy (EIS) technique for detection and quantification of metanil yellow (MY) in turmeric powder. The observation is supported by ultraviolet-...
Application of Near-Infrared Spectroscopy for the Detection of Metanil Yellow in Turmeric Powderdoi:10.1007/s12161-017-1106-9Saumita KarBipan TuduAnil K. BagRajib BandyopadhyaySpringer US
Garlic was found to be more potent in correcting the lipid profile of metanil yellow fed albino rats in comparison to turmeric extract. However, it has been concluded that both the herbs could be used as antihyperlipidemic agent to avoid health risk in human beings caused by...
Metanil yellow (MY) adulteration detected in turmeric using Vis-NIR spectroscopy and ML.Two datasets were created by mixing turmeric powder with varying MY concentrations (0 to 50%)Performances on dataset-1: R = 0.998 and RMSE = 0.664 and dataset-2: R = 0.998, RMSE = 0.833Performances on...
Metanil Yellow (MY), a non-permitted, toxic, chief additive adulterant is majorly used in sweets, pulses, and turmeric in India owing to its color that ranges from yellow to orange. Owing to this, we have assessed the presence of MY in sweets like "jalebi" and "laddu" from branded ...
Present study was undertaken to investigate hazardous effects of metanil yellow (MY) exposure on antioxidant biomarkers. Adult albino rats were divided into four groups i.e., control, MY administered, MY garlic extract administered and MY turmeric extract administered. 250...
Turmeric powderMetanil yellow powderRegression analysisFigures of meritNet analyte signalTurmeric ( Curcumina Longa ) is a globally traded commodity which is subjected to economically motivated chemically unsafe adulteration, namely metanil yellow. In this work, we report a simplistic and convenient ...
Metanil yellow is used as adulterant in this work. The consolidated results show that the presented CNN model can provide up to 98.5% classification accuracy. Therefore, the presented computer vision technique can be a possible alternative approach to adulterant identification in turmeric powder....
Metanil Yellow (MY), a non-permitted, toxic, chief additive adulterant is majorly used in sweets, pulses, and turmeric in India owing to its color that ranges from yellow to orange. Owing to this, we have assessed the presence of MY in sweets like "jalebi" and "laddu" from branded ...