3 results about "Tinidazole" patented technology

This invention discloses a type of N-doped carbon nanodots and their application in the detection of tinidazole, belonging to the field of analytical detection. The preparation method of the N-doped carbon nanodots in this invention is as follows: L-lysine, ethylenediamine, and water are mixed to form a mixture, which is then heated to react. After the reaction, the N-doped carbon nanodots are purified. This invention is the first to use L-lysine and ethylenediamine as precursors to prepare carbon nanodots and achieve quantitative detection of tinidazole. It is low-cost, highly sensitive, and suitable for rapid on-site detection, possessing high practical value and promising prospects for widespread application.

The application develops an application of an electrochemical sensor in metronidazole antibiotic detection, the electrochemical sensor is that graphene oxide nanosheet is placed in a mixed solution of ultrapure water-ethanol, pH value is adjusted to 1-5, ultrasonic is obtained, and a protonated graphene oxide colloidal solution is obtained; platinum chlorate is put into the protonated graphene oxide colloidal solution, and [PtCl6] 2‑ -GO colloidal is prepared after ultrasonic at 2-5 DEG C; [PtCl6] 2‑ -GO colloidal is dropped on the surface of a pretreated electrode, then the electrode is dried, the electrode is placed in a PBS buffer solution after drying, and the electrochemical sensor is obtained by cyclic voltammetry scanning; the electrochemical sensor has high sensitivity, low detection limit and can selectively recognize metronidazole.

The present application relates to a kind of carbon quantum dots, preparation method, application, the component identification method and concentration detection method of to be measured liquid, comprising: urea and ammonium citrate are dissolved in solvent, then transfer to reaction kettle and carry out heating reaction.The carbon quantum dots provided by the present application not only have lower preparation cost itself, but also the detection method of chlorogenic acid and tinidazole is relatively simple, conducive to the low-cost detection of chlorogenic acid and tinidazole.