Enzyme plate positioning and information transmission device and method

Abstract

Microplate positioning and information transmission device and method, the microplate positioning and information transmission device includes two-dimensional code sticker A, two-dimensional code sticker B, two-dimensional code scanning module, LED dot matrix circuit module, touch screen, circuit processing module and host computer. Scan the QR code sticker A or QR code sticker B through the QR code scanning module to obtain the identification information of the microplate plate and the identification information of the culture medium in the wells on the microplate plate, and pass through the LED light in the LED dot matrix circuit module Positioning of the on-off status of the microplate to realize the positioning and information acquisition of the microplate, and then transfer the acquired information or the operation of the culture medium in the wells on the microplate through the circuit processing module to the upper computer for data transmission, and display it on the touch screen displayed on the The device and method can quickly locate the hole positions on the microplate, improve data transmission efficiency, effectively avoid inconsistency of recorded information, and further improve the success rate of experiments using the microplate as a carrier tool.

Description

technical field [0001] The invention relates to the field of microplate application, in particular to a microplate positioning and information transmission device and method. Background technique [0002] ELISA plate is an important carrier in enzyme-linked experiments. In medical or chemical experiments, when bacteria need to be cultured in a variety of ways to observe their growth, porous ELISA plates are often used to test the same or different types of bacteria in different cultures. The growth status of the period is tracked and recorded. In the prior art, in the process of artificial bacterial culture operation, it is necessary to operate the culture solution in each well of the microplate plate over and over again, and record the information, because the number of wells in the microplate plate is large and the spacing is exactly the same , and the bacteria in different growth stages placed in the wells of the microtiter plate are also difficult to distinguish with th...

AI Technical Summary

Problems solved by technology

In the prior art, in the process of artificial bacterial culture operation, it is necessary to operate the culture solution in each well of the microplate plate over and over again, and record the information, because the number of wells in the microplate plate is large and the spacing is exactly the same , and the bacteria in different growth stages placed in the wells of the microtiter plate are also difficult to distinguish with the naked eye, so the experimental user is prone to inefficiency and recording information when operating the culture medium in the wells of the microtiter plate and recording information The problem of inconsistency, so that the success rate of experimental observation is not high

Images