Significance of Detection method
The detection method refers to various techniques employed across multiple fields to identify and quantify substances. In agriculture, it involves identifying aflatoxins and determining phytochemical presence in food products. In pharmaceuticals, detection methods focus on impurities and measuring drug concentrations. Other areas include identifying pathogens in clinical samples, assessing antioxidant capacity, and confirming specific compounds like flubendazole using mass spectrometry. Techniques such as PCR and Gram staining are also part of detection methods aimed at ensuring safety and accuracy in analysis across different applications.
The below excerpts are indicatory and do represent direct quotations or translations. It is your responsibility to fact check each reference.
Hindu concept of 'Detection method'
In Hinduism, the Detection method comprises techniques used by goldsmiths to uncover fraudulent activities, including hammering, cutting, scratching, and rubbing, aimed at ensuring the authenticity and quality of gold.
From: Kautilya Arthashastra
(1) Techniques employed by the state goldsmith to identify deceitful practices, such as hammering, cutting, scratching, and rubbing.[1]
The concept of Detection method in scientific sources
The keyphrase "Detection method" encompasses techniques for identifying pathogens like Aa using culture and PCR, as well as methods for detecting Curcuma longa in Ayurvedic preparations through color reactions and chemical tests.
From: The Malaysian Journal of Medical Sciences
(1) This refers to the various techniques used to identify the presence of a virus, and several reviews have been documented on the detection methods of SAR-CoV-2.[2] (2) A detection method is a way of identifying the presence of a disease, such as EOC, and the sensitivity and specificity of these methods are important factors.[3] (3) These are the techniques used to identify the presence of Fasciola infection, which are important in preventing misdiagnosis of the disease in ruminants and humans.[4] (4) These are part of PCR product analysis and often suffer from problems, including the use of toxic materials like Ethidium bromide, a carcinogenic substance.[5] (5) Various techniques previously used to identify DRD2 polymorphisms which are often costly and complex.[6]