Method for acquiring tissue sample information based on a composite bar code label

Abstract

The invention discloses a method for acquiring tissue sample information based on a composite bar code label. The method comprises the following steps: respectively reading first bar code informationassociated with laboratory inspection data and second bar code information associated with relevant data obtained by pathological staining and flaking by adopting a bar code scanner; Forming a composite bar code label according to the first bar code information and the second bar code information; in need of searing, scaning the first bar code information or the second bar code information on thecomposite bar code label through the bar code scanner; Compared with the prior art, the method is capable of addressing the technical problem. A non-special pathological section scanning system can acquire the tissue sample information corresponding to the patient by scanning two-dimensional bar information.

Description

technical field [0001] The invention relates to the field of barcode labels in laboratory medicine, in particular to a method for obtaining tissue sample information based on composite barcode labels. Background technique [0002] LIS system (Laboratory information System) is the laboratory (laboratory information system) information system. It is a set of information management system specially developed for the hospital laboratory. The LIS system uses intelligent auxiliary functions to handle the inspection work with a large amount of information. For example, the hospital Inspection stations can collect specimens, process specimen data, review reports, etc. through this system. Doctors can quickly browse patient information through this system, so that doctors can obtain the patient's condition results as soon as the test results are reported, and can check the same In addition, the system also has the functions of receiving specimens, generating receipts, printing barcod...

AI Technical Summary

Problems solved by technology

However, since the traditional pathological slide scanning system can only read its proprietary barcode and cannot read the LIS barcode, medical workers also need to place the proprietary barcode on the glass slide at the same time

However, due to the small size of the glass slide, the proprietary barcode can only be pasted on the top of the LIS barcode, so that the LIS barcode is covered by the proprietary barcode, and the pathological slide scanning system cannot scan the LIS barcode to track the patient’s more recent history of the sample. A lot of information brings great inconvenience to the doctor's examination

[0004] Moreover, traditional pathological slide scanning system manufacturers generally encrypt the data embedded in their proprietary barcodes. If medical workers want to use other staining systems different from the special slide staining system, the data on the slide must be encrypted. Proprietary barcode labels are stripped and then re-labeled with LIS barcodes to restore the ability of LIS barcodes to identify tissue sample information

But usually, doctors need to manually write the sample information on the slide, which greatly reduces the inspection efficiency and increases the probability of errors

Images