目前，对酪氨酸酶活性和含量的检测方法的研究有很多，目前，对生物体内的酪

At present, there are many researches on the detection methods of tyrosinase activity and content. At present, the detection methods of tyrosinase activity (content) in organisms mainly include: spectrophotometry, fluorescence method, electrochemical method, etc. Among them, the detection period of the spectrophotometric method is short, but the detection sensitivity is low, and the detection error is large; the fluorescence detection method has attracted people's attention because of its convenience and high sensitivity. However, because fluorescent molecules are exposed to the solution, in actual samples, common fluorescent molecules may be interfered by proteins, nucleic acids, and peptides [52]; electrochemical methods are simple in operation, high in sensitivity, selective, and rapid in detection, etc. Features play an important role in research in many fields.

At present, there are many studies on the detection methods of tyrosine enzyme activity and content, and at present, the detection methods of tyrosine enzyme activity (content) in organisms are: phosphorescence method, fluorescence method, electrochemical method and so on. Among them, the detection cycle of phosphorescence method is short, but the detection sensitivity is low and the detection error is large, and the fluorescence detection method has attracted people's attention because of its convenience and high sensitivity. However, due to the exposure of fluorescent molecules to solutions, common fluorescent molecules in actual samples may be disturbed by proteins, nucleic acids and peptides, and electrochemical methods play an important role in many fields of research due to their simple operation, high sensitivity, good selectivity and rapid detection.

At present, there are a lot of research on the detection methods of tyrosinase activity and content. At present, the detection methods of tyrosinase activity (content) in organisms mainly include: spectrophotometry, fluorescence, electrochemical methods and so on. Among them, the detection cycle of spectrophotometry is short, but the detection sensitivity is low, and the detection error is large; fluorescence detection method has attracted people's attention because of its convenience and high sensitivity. However, due to the exposure of fluorescent molecules in solution, in actual samples, common fluorescent molecules may be interfered by proteins, nucleic acids and peptides [52]; electrochemical method plays an important role in many fields because of its simple operation, high sensitivity, good selectivity, rapid detection and other characteristics.<br>