目前酪氨酸酶的传统检测方法包括荧光法，比色法和电化学法。近些年来在这些

At present, the traditional detection methods of tyrosinase include fluorescence method, colorimetric method and electrochemical method. In recent years, on the basis of these methods, some new methods have been extended to further enrich the method system of tyrosinase detection. Table 1 shows the detection limits and characteristics of the tyrosinase detection method and other detection methods proposed in this article. It can be seen from Table 1 that compared with other methods, this experimental method has certain advantages in detection sensitivity and accuracy, simple operation, low experimental cost, and lower detection limit. It can be used for rapid and real-time detection of tyrosinase content in aquatic products, in order to provide a new standard for the quality evaluation of aquatic products.

At present, the traditional detection methods of tyrosine enzyme include fluorescence method, color comparison method and electrochemical method. In recent years, some new methods have been extended on the basis of these methods, further enriching the method system of tyrosine enzyme detection. Table 1 shows the detection limits and characteristics of tyrosine enzyme detection methods and other detection methods proposed in this paper. As can be seen from Table 1, compared with other methods, the experimental method has some advantages in detection sensitivity and accuracy, and the operation is simple, the experimental cost is low, and the detection limit is low. It can be used to detect the content of tyrosine enzyme in aquatic products quickly and in real time, with a view to providing a new standard for the evaluation of the quality of aquatic products.

At present, the traditional detection methods of tyrosinase include fluorescence, colorimetry and electrochemistry. In recent years, some new methods have been developed on the basis of these methods, which further enrich the tyrosinase detection system. Table 1 shows the detection limits and characteristics of the proposed tyrosinase detection method and other detection methods. It can be seen from table 1 that, compared with other methods, this experimental method has certain advantages in detection sensitivity and accuracy, simple operation, low cost and low detection limit. It can be used for rapid and real-time detection of tyrosinase content in aquatic products, in order to provide a new standard for quality evaluation of aquatic products.<br>