Artificial assistance and cattle mating method

By deploying micro-sensor arrays and microfluidic technology to monitor and regulate the bovine embryonic development environment in real time, and combining metabolomics and deep learning analysis, the problems of poor embryonic development quality and delayed conception status have been solved. This has enabled accurate prediction and personalized management of early conception status, and improved mating success rate and breeding efficiency.

CN121817141APending Publication Date: 2026-04-10LONGHUA COUNTY JINDA AGRICULTURAL DEVELOPMENT CO LTD
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Patent Information

Application Number
CN202610057054.4
Authority / Receiving Office
CN · China
Patent Type
Applications(China)
Current Assignee / Owner
Filing Date
2026-01-16
Publication Date
2026-04-10

AI Technical Summary

Technical Problem

Current technologies lack the ability to accurately monitor and regulate the microenvironment of bovine embryonic development, cannot capture changes in reproductive tract microenvironment parameters in real time, and have a delayed confirmation of conception status, resulting in poor embryonic development quality and low conception rate.

Method used

A miniature multi-parameter sensor array is deployed to monitor the reproductive tract microenvironment in real time. Combined with microfluidic technology, precise regulation is achieved. Wearable physiological sensors and dietary monitoring devices are integrated to collect multidimensional data. Metabolomics and systems biology are applied to analyze embryonic development quality. An early conception status prediction model is constructed. Multi-source information is fused through hierarchical time memory networks and Bayesian networks.

Benefits of technology

It significantly improves the early embryonic development environment, increases the implantation rate of fertilized eggs, accurately predicts the conception status within 7-10 days after mating, provides personalized management strategies, and reduces unnecessary waste of resources and economic losses.

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Abstract

The invention relates to an artificial assistance and cattle mating method. The artificial assistance and cattle mating method comprises the steps that genital tract microenvironment parameters of to-be-mated cattle are monitored in real time, and the microenvironment parameters at least comprise the pH value, the temperature, the oxygen content and the metabolite concentration; collecting multi-dimensional data of the physiological state of the cattle to be hybridized, and preprocessing the multi-dimensional data and the microenvironment parameters through an edge calculation unit; analyzing the embryonic development state based on metabonomics and evaluating the quality; a micro-fluidic technology is combined to realize accurate regulation and control of a microenvironment; a hierarchical time memory network model and a Bayesian network are applied to construct an early pregnancy state prediction model, and high-precision pregnancy result prediction within 7-10 days after hybridization is achieved; according to the artificial assistance and cattle mating method, through multi-dimensional monitoring and accurate regulation and control, the pregnancy success rate is remarkably increased, and the breeding management cost is reduced.
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