Matches in SemOpenAlex for { <https://semopenalex.org/work/W4313252603> ?p ?o ?g. }
- W4313252603 endingPage "117120" @default.
- W4313252603 startingPage "117120" @default.
- W4313252603 abstract "Herein, the electrochemical detection of epinephrine (EP) at a carbon quantum dots/copper oxide nanocomposite (CQDs/CuO) modified glassy carbon electrode (GCE) was investigated. The carbon quantum dots (CQDs), copper oxide nanoparticles (CuO NPs), and their composite (CQDs/CuO) were characterized using scanning electron microscopy (SEM), Fourier-Transform infrared spectroscopy (FT-IR), UV–visible spectroscopy, X-ray diffraction (XRD) spectroscopy, Transmission electron microscopy (TEM), and thermogravimetric analysis (TGA). A limit of detection (LoD) of 15.99 µM over a linear dynamic range (LDR) of 10–100 µM was obtained at GCE/CQDs/CuO using the square wave voltammetry (SWV) for EP electroanalysis at pH 7. The theoretical evidence for the conventional weak epinephrinequinone (EPQ) reduction peak and EPQ cyclization was investigated using the density functional theory (DFT) calculations. This sensor was also applied for the analysis of EP in chicken blood serum and EP injection with percentage recovery of 101.23 and 93.54 %, respectively. In addition to its outstanding long-term stability, good reproducibility, and ease of fabrication, the detection of EP in the presence of ascorbic acid (AA) was achieved at this sensor. The proposed sensor also demonstrated the ability to simultaneously detect epinephrine (EP), dopamine (DA), and uric acid (UA)." @default.
- W4313252603 created "2023-01-06" @default.
- W4313252603 creator A5006444360 @default.
- W4313252603 creator A5015998605 @default.
- W4313252603 creator A5035080554 @default.
- W4313252603 creator A5038210367 @default.
- W4313252603 creator A5050014437 @default.
- W4313252603 creator A5060268521 @default.
- W4313252603 date "2023-01-01" @default.
- W4313252603 modified "2023-09-30" @default.
- W4313252603 title "Sensitive and selective neurotransmitter epinephrine detection at a carbon quantum dots/copper oxide nanocomposite" @default.
- W4313252603 cites W1098855583 @default.
- W4313252603 cites W1147352416 @default.
- W4313252603 cites W1443626191 @default.
- W4313252603 cites W1957932054 @default.
- W4313252603 cites W1975997458 @default.
- W4313252603 cites W1981239532 @default.
- W4313252603 cites W1984868160 @default.
- W4313252603 cites W2029467608 @default.
- W4313252603 cites W2030995919 @default.
- W4313252603 cites W2046455532 @default.
- W4313252603 cites W2049488605 @default.
- W4313252603 cites W2077523332 @default.
- W4313252603 cites W2081453845 @default.
- W4313252603 cites W2104694705 @default.
- W4313252603 cites W2119255695 @default.
- W4313252603 cites W2131238432 @default.
- W4313252603 cites W2136693699 @default.
- W4313252603 cites W2162658571 @default.
- W4313252603 cites W2175924887 @default.
- W4313252603 cites W2407119261 @default.
- W4313252603 cites W2466780579 @default.
- W4313252603 cites W2521826675 @default.
- W4313252603 cites W2606681256 @default.
- W4313252603 cites W2610195362 @default.
- W4313252603 cites W2612021589 @default.
- W4313252603 cites W2761335186 @default.
- W4313252603 cites W2762028947 @default.
- W4313252603 cites W2766295125 @default.
- W4313252603 cites W2767744850 @default.
- W4313252603 cites W2790765606 @default.
- W4313252603 cites W2792580937 @default.
- W4313252603 cites W2809702631 @default.
- W4313252603 cites W2887796144 @default.
- W4313252603 cites W2887939056 @default.
- W4313252603 cites W2895942026 @default.
- W4313252603 cites W2896258461 @default.
- W4313252603 cites W2915925300 @default.
- W4313252603 cites W2920051455 @default.
- W4313252603 cites W2943182363 @default.
- W4313252603 cites W2943954265 @default.
- W4313252603 cites W2946705459 @default.
- W4313252603 cites W2947758251 @default.
- W4313252603 cites W2952087677 @default.
- W4313252603 cites W2953496169 @default.
- W4313252603 cites W2959973874 @default.
- W4313252603 cites W2971283162 @default.
- W4313252603 cites W2972736829 @default.
- W4313252603 cites W2976934718 @default.
- W4313252603 cites W2987647770 @default.
- W4313252603 cites W2996472774 @default.
- W4313252603 cites W2997266337 @default.
- W4313252603 cites W2999817328 @default.
- W4313252603 cites W3005949286 @default.
- W4313252603 cites W3006390894 @default.
- W4313252603 cites W3017224388 @default.
- W4313252603 cites W3027636679 @default.
- W4313252603 cites W3028712792 @default.
- W4313252603 cites W3033393031 @default.
- W4313252603 cites W3039641106 @default.
- W4313252603 cites W3040171423 @default.
- W4313252603 cites W3044122174 @default.
- W4313252603 cites W3049115949 @default.
- W4313252603 cites W3082270815 @default.
- W4313252603 cites W3089875828 @default.
- W4313252603 cites W3092950722 @default.
- W4313252603 cites W3123521310 @default.
- W4313252603 cites W3152885006 @default.
- W4313252603 cites W3157266626 @default.
- W4313252603 cites W3164199337 @default.
- W4313252603 cites W3164459821 @default.
- W4313252603 cites W3197807546 @default.
- W4313252603 cites W3216352721 @default.
- W4313252603 cites W4200509320 @default.
- W4313252603 cites W4212882818 @default.
- W4313252603 cites W4224216004 @default.
- W4313252603 doi "https://doi.org/10.1016/j.jelechem.2022.117120" @default.
- W4313252603 hasPublicationYear "2023" @default.
- W4313252603 type Work @default.
- W4313252603 citedByCount "10" @default.
- W4313252603 countsByYear W43132526032023 @default.
- W4313252603 crossrefType "journal-article" @default.
- W4313252603 hasAuthorship W4313252603A5006444360 @default.
- W4313252603 hasAuthorship W4313252603A5015998605 @default.
- W4313252603 hasAuthorship W4313252603A5035080554 @default.
- W4313252603 hasAuthorship W4313252603A5038210367 @default.
- W4313252603 hasAuthorship W4313252603A5050014437 @default.
- W4313252603 hasAuthorship W4313252603A5060268521 @default.