Embryo laboratory assisted reproductive technology medical record card identification and input method

Abstract

The invention discloses an embryo laboratory assisted reproductive technology medical record card identification and input method. The method comprises the steps: 1, an electronic system window partition is entered; 2, the number of eggs obtained by the electronic system and the semen condition are manually inputted into an egg taking operation window and an in-vitro fertilization window respectively; 3, an embryo culture record medical record card is established; 4, a medical record card is printed and filled; 5, the bar code of a patient is identified; 6, medical record card scanning, content identification, result input and storage are conducted; 7, data statistics is conducted; 8, scanning and inputting by an operator are conducted. The medical record cards are partitioned and filled,the medical record card information is inputted into an electronic medical record system in the form of scanning identification information, an operator can record the embryo state in real time in theembryo observation process, repetitive work of manually inputting recording results into the electronic system again is reduced, working efficiency is improved, time and manpower resources are saved,cost is reduced, the operator can input corresponding operator information in medical records of all posts in the same day in batches through bar code scanning, the missing recording error rate is reduced, the recording workload is reduced, time is saved, and efficiency is improved.

Description

technical field [0001] The invention relates to a method for identifying and entering a medical record card, in particular to a method for identifying and entering a medical record card for assisted reproductive technology in an embryo laboratory, and belongs to the technical field of medical and health care. Background technique [0002] Human Assisted Reproductive Technology Embryo Laboratory is mainly engaged in a series of embryo culture-related work such as semen processing, egg retrieval, fertilization, embryo freezing, embryo transfer, and observation of embryo development. The laboratory needs to record the embryo culture of patients entering each cycle. Establishing electronic medical records of embryo development, entering electronic information, storing electronic information, and printing paper medical records are an indispensable part of laboratory work. The traditional laboratory medical record entry step is that the laboratory technicians observe the embryos b...

AI Technical Summary

Problems solved by technology

During this process, technicians need to manually input the development of the patient's embryos in the laboratory, and enter the detailed input of the treatment method of each patient's embryos, and enter the operator corresponding to each position. The patient's embryos should be cultured for at least two days. It can be cultured for up to six days. However, the development of embryos needs to be recorded every day, so the embryo development needs to be entered every day. Due to the large number of people entering the assisted reproductive cycle and the total number of eggs retrieved every day, the staff enters a large amount of information into the electronic medical record system. The workload is heavy and the operations are numerous. In the process of entering electronic medical records, there will be errors in the input due to the large amount of input, different input information and operational problems. In the entire embryo culture cycle, an error in information input in one place will cause errors in all subsequent information input, so correction The amount will also increase accordingly, which will consume a lot of time, resulting in reduced time for technicians to process embryos and a waste of manpower

Secondly, when entering the embryo situation of each patient, the names of different operators corresponding to the corresponding positions are entered. Due to the large number of positions and operators, the input workload is heavy, and the operator will be temporarily replaced after the input. In some cases, the operator's name entered previously will need to be opened again to the electronic system to be modified one by one

The operator needs to be entered once for each patient, which is heavy and cumbersome

Entering a lot of information from different operators is easy to enter errors, and the workload of modifying electronic medical records is large and varied, which is time-consuming and labor-intensive

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