Construction of a triglyceride amperometric biosensor based on chitosan–ZnO nanocomposite film

Nanocrystals of Zeolite Act as Enhanced Sensing Interface for Biosensing of Leviteracetum

“…Different conventional methods are used for the determination of LEV and among them are gas chromatography, LC–tandem mass, HPLC, and capillary electrophoresis . These methods have many setbacks like low sensitivity, time consuming, need large volume of sample, and some of them require solid phase extraction . Thus, an effortless and fast method is required for drug monitoring.…”

Lipase Based Biosensors for Triglyceride Determination

“…Besides that, performance of triglyceride biosensor is measured by identifying its detection limit, linear range, response time, sensitivity and storage ability. Based on Table 1, Narang and Pundir (2011) shows a modest detection limit, nevertheless it shows wide linear range that are corresponding with triglyceride concentration that varies in the range between 30 and 550 mg/dL [14,15]. Furthermore, time taken for the electrode to response is faster and the life time is longest.…”

“…Phongphut et al, (2013) stated that, the operational potential for triglyceride determination on Au electrode have been characterized by ranging the potential from 0.1 V to 0.6 V, and the optimum potential for biosensor was at 0.4 V, most of optimum potential was at lower potential since higher applied potential leads to the interferences [15]. Pundir., (2008) stated that, effect of pH towards biosensor have been studied, and optimum pH level for biosensor to response was at pH 6.5, while result that found by Narang and Pundir., (2011), the biosensor was found optimum at pH 7.5, most of triglyceride biosensor shows optimum pH between 6.5 to 7.5, after that it start decreasing [11,14]. Meanwhile, for optimum temperature, Narang et al, (2013) state that, the changing in temperature will give an effect on current response of the biosensor and from their result, it reached at approximately 35 • C [1].…”

Amperometric biosensor for detection of triglyceride tributyrinbased on zero point charge of activated carbon

“…Values greater than this in the bloodstream cause deposition of plaques of fatty material on the inner walls of arteries and promote atherosclerosis. This induces the risk of hyperlipoproteinemia and heart and coronary heart diseases (Solanki et al, 2009;Narang and Pundir, 2011;Narang et al, 2013;Panky et al, 2013).…”

“…A linear response was obtained for triolein concentrations ranging from 0.2 to 3.5 mM. Another amperometric TG biosensor was constructed by Narang and Pundir (2011) To make the use of biosensors technically and economically feasible, reducing the fabrication cost is of utmost importance. Use of low cost and high efficiency material for enzyme immobilization and stabilization can make a significant contribution to lowering the cost of a fabricated biosensor.…”