Preimplantation genetic evaluation system

Abstract

The invention belongs to the technical field of genetic evaluation, and discloses a preimplantation genetic evaluation system, which comprises a user terminal, a personal database, a genetic detectiondata device, a data encryption module, a genetic risk analysis database, a gene sequencing module, a report data device and an evaluation server. The preimplantation genetic evaluation system can effectively and accurately evaluate embryo genes before embryo implantation, so as to ensure the survival rate of embryos and effectively select an excellent embryo for implantation; through the gene sequencing module, three kinds of fluorescent molecules are adopted to mark nucleotide for sequencing by synthesis, so that the consumption of more expensive fluorescent modified molecules and lasers isreduced, the cost is saved, molecular residue left after chemical excision is reduced, and the stability of a DNA double helix structure is not affected; the safety of genetic data is greatly improvedthrough the data encryption module, so as to prevent significant losses caused by data cracking or theft.

Description

technical field [0001] The invention belongs to the technical field of gene evaluation, in particular to a genetic evaluation system before embryo implantation. Background technique [0002] At present, embryo transfer, also known as fertilized egg transfer, is to transfer the early embryos of female animals, or embryos obtained through in vitro fertilization or other methods, into other female animals of the same species and in the same physiological state, so that they can continue to develop into new embryos. individual technology. Embryo transfer technology research at home and abroad has achieved great success by using surgical and flushing methods to extract embryos. Embryo transfer has been brewing and obtained good offspring. Therefore, in order to improve the success rate of embryo transfer, it is necessary to carry out genetic evaluation on embryos before implantation. The existing genetic evaluation system has low accuracy and incomplete database. The survival r...

AI Technical Summary

Problems solved by technology

Therefore, in order to improve the success rate of embryo transfer, it is necessary to carry out genetic evaluation on embryos before implantation. The existing genetic evaluation system is low in accuracy and the database is not perfect.

The survival rate of implanted embryos cannot be guaranteed, and the quality of embryos cannot be effectively judged

[0003] To sum up, the problems existing in the existing technology are: the accuracy of the existing genetic evaluation system is low, and the database is not perfect

The survival rate of implanted embryos cannot be guaranteed, and the quality of embryos cannot be effectively judged; at the same time, the existing gene sequencing costs are high and the speed is slow; and the storage security of genetic data is not high, and it is easy to be cracked and leaked

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