Advanced Materials Science Research

DETECHIPA Scholarly Peer-review Journal

 DETECHIPA is a novel molecular sensor array, highly selective and sensitive, producing changes in color and fluorescence in the presence of many small molecules or analytes. This technology uses an array of eight sensors in two buffer types, which are dispensed in a 96-well plate. Color and fluorescent variations in analyte presence are reported as a 32-digit binary code that can differentiate on several substances. The new program is devoted to studying marijuana-based opioids such as heroin, tetrahydrocannabinol (THC), as well as daterape and party products such as flunitrazepam, gamma-hydroxybutyric acid (GHB), and methamphetamine, to mention a handful. DETECHIPA has been proven to be an optical detection device that is contactless, compact and affordable that can identify several substances and can be used when a high degree of preliminary diagnosis is needed. In addition to opioids, DETECHIPA can identify and distinguish over-the-counter medicines, trinitrotoluene (TNT), toxins, metabolites of food spoilage and opioids contaminated with cutting agents. DETECHIPA provides the option of a fast, responsive, selective and economical alternative to costly immunoassays. Academic peer review is the method of subjecting the scholarly study, thesis, or ideas of an author to the examination of those who are experts in the same area before a article is published in a journal discussing this study. Job can be approved, deemed suitable with modifications or removed.  

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