Noninvasive prenatal gene testing and analyzing software
A technology of genetic detection and analysis software, applied in the fields of genomics, special data processing applications, instruments, etc., can solve the problems of installation difficulties, not considering the detection accuracy of uneven distribution of GC in human chromosomes, etc., and achieve easy maintenance and display results. Intuitive, easy-to-use effects
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Embodiment 1
[0028] Example 1 A kind of non-invasive prenatal genetic testing and analysis software
[0029] A non-invasive prenatal genetic detection and analysis software, including a data quality control module 1, a data comparison module 2, a non-invasive prenatal analysis module 3, a data statistics module 4 and a report generation module 5, each module is sequentially connected to transmit data. The data quality control module 1 is used for quality control of the peripheral blood gene detection data of pregnant women; the non-invasive prenatal analysis module 3 is used for comparative analysis and format conversion of the data after quality control; the data statistics module 4 is used for GC distribution. Correct and calculate the Z value of each chromosome; the data statistics module 4 is used to perform statistics on the Z values transmitted from the non-invasive prenatal analysis module 3; the report generation module 5 generates the final report with the data transmitted from t...
Embodiment 2
[0032] Example 2 The use flow of a kind of non-invasive prenatal genetic testing and analysis software
[0033] The present invention also discloses the use process of the non-invasive prenatal gene detection and analysis software, specifically:
[0034] 1) Transmitting the obtained genetic testing data of the peripheral blood of pregnant women to the data quality control module 1;
[0035] 2) The data quality control module 1 uses the fastx algorithm to perform quality control on the obtained genetic testing data;
[0036] 3) The data comparison module 2 uses the bwa algorithm to compare the data transmitted by the data quality control module 1, and then uses the samtools and picardtools algorithms to convert the data format;
[0037] 4) The non-invasive prenatal analysis module 3 performs GC correction on the data in the corresponding format transmitted from the data comparison module 2, and calculates the Z value of each pair of chromosomes;
[0038] 5) The data statistic...
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